evm.model.Chr07.529.5.62113170
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Transcript Overview
Alignments
The following features are aligned
Analyses
This mRNA is derived from or has results from the following analyses Orthologs
Syntenic blocks Orthologs Relationships
This mRNA is a part of the following gene feature(s):
The following five_prime_UTR feature(s) are a part of this mRNA:
The following exon feature(s) are a part of this mRNA:
The following CDS feature(s) are a part of this mRNA:
The following three_prime_UTR feature(s) are a part of this mRNA:
The following polypeptide feature(s) derives from this mRNA:
Homology
BLAST of evm.model.Chr07.529.5.62113170 vs. UniProtKB/Swiss-Prot
Match: sp|Q9LUI2|NET1A_ARATH (Protein NETWORKED 1A OS=Arabidopsis thaliana OX=3702 GN=NET1A PE=1 SV=1) HSP 1 Score: 1261.51 bits (3263), Expect = 0.000e+0 Identity = 806/1832 (44.00%), Postives = 1161/1832 (63.37%), Query Frame = 0
Query: 1 MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPNLLNDDS-PCSSSGTGAEPHTPEVPHPIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSRKGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQSLKKELEVIQSDKDSIFLQYQKSLEKLSELERELAKAQQDAGGLDDRASKAEIEIDVLKEALAELKYEKDAGLVQYKQCVERIASLETTLYLAQMDAKGNDERAAKADTEAKNLRKELAKLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQLERTELEVKSLRKNLADLNEEKESVAALYKQCLLKVSTMESEILHAQEISKRLNREIEIGAEKLKTAEKQCDMLEKSNQSLQLEADVLLQKISMKDQKLLENHTELERLQTMMHEEQSRFLQIETTLHTLQKSYSQSQEEQRSLALELKHGLQLLEDIELSKQGFKEEMQHIVEENRTLHELNFSSTRSLENQQTEISELKKIKEKLEREFAIKVEESNVLQQESGQVKDEIQVLNNRYQTILEELGFVGLNPKSFAASVKDLRKEITMLKEVCKMEQDEKEVLREKSKDMDKLLSEKAFMESSLSNLNDELDGLRVTVKKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQDQLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHG-KGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEGAELVTEKGILEQEFENTREQHAMLQKVKLELLEINMELRSEVTKGEEKENELQSKLEALHLDLIDLQRTNLLCQEENCRLLEEKSSLMGSVLDLKEAKSATEQEYSIILHEALALKNLSLVYESFFTEKVLEQRALAENLSDLHSLNSDLKRELGLLRKKFEVKEAENVYLKESVERMGKDMEESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEGSMNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFEIWEAEAATFYFDLQISSISEALLENKVNELSGVCMRLEDERDAKSMEIKQMTERVSQLEGEVGGLKGQLSAYTPAISSLKEDFASLEQTALLRIKTVPVKC--------NQEQKDAGIETCLQENGH-QTSADNKSILTPDGVSDLLSMKARIRAVEMSLVQEIERHVKEENLTTKANPGALTNVSNVEVSPNSSRK--EEKVLKDGSTCDLNSWR----TKPESGSLMKDIPLDHISDTPATKSCRRENSGTDDQMLELWETAEQDCCDSS----IDNEAMKQSSVPTEDVITYHQSDNSGKFLNTSSELDVEKELG-VDRFQLSKSIKERTQDGKRKKILERLASDAQKLSMLKTSVQDLKQKMETKKRNKKGDYTEYETVKRQIEEVEGAVVKLADTNDQLTKDLEESAPSLNRETSVELEKSRHSQRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKLAD--EKSKGKNRFT-GKTVILLRDFIH-SGKKSSKKRSKGFCGCSRPSTNED 1806
MAT+LHSESRRLYSWWWDSHI PKNSKW+Q+NL+DMD+KVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHAT EL AHKT++EAFPN + D S+S + +EP TPE P IQ F +S S S++GL QL + G +E+EV+SLK+ L + ++K+++ LQYQ SL K S LE++L AQ+D GLD+RASKAEIE +L EALA+L+ E+DA L++Y + +++I LE + AQ D KG RA KA+TE +NL++ ++L +EK+A +Y +CLE IS LE K+ AEEN+ + Q + E E+K+LR L +NE K+ + Y+QCL +S +E E+ HAQ+ +KRL+ E+ GA KLKT E QC +LE SN++L+LEAD L K++ KDQ++ + ELE+ Q+++ +E SR+L+IE +L TLQ YSQSQEEQ+ + EL+ + +L D+E + ++ + EEN+ L ELN SS LE Q+ EIS LK+IKEKLE E A + +S+ Q+E ++KDEI LN RYQ I+E++ GL+PKS A SV+ L+ E + L E+C + D+K+ L EK +++D +L + +E L N +LDG R K LQE C L+ EK AE++ LLSQLQI+TE+MQ LEKN+LLE SL A IEL+ ++ KS EEF LL N+K L+ ER L+SQL +V+ KLG LE++FT+LE KYAD++++K+ + QVEEL + L +K++ A+++ S++ R+A+L+N V L+EE R K EFEEELD+AVNAQVE+FILQK +EDLEQKN LL ECQK+ E S FS+K+I+ELESENL QQME EFL+ EI F+ I QV ALQV++ + I +E +P+S +L I LK SL + E +L++ENSVLL++L Q +S+G +L +EK +E++ E + ML+K +LELLE+N +L+SE+ E++E EL+++L+ HL +L + + ++ L + SL +LK E+E IL EA+AL N+S+VY+S +EK + A A+NL+ L ++NS LK+++ L + + KE ++ L +E++ + +EE+ N+ L QI E L +K ELLE E LKA +AE C +E+L+ + ++ R + NLE++ EL + + +EI+ L+ +L S+++ L +E+++ R REE LSSEL +K+NEF +W+AEA +FYFDLQIS++ E LLENKV EL+GVC L+DE K+ EI Q+ E V LE EV LK QLSAY P ++SL ED SLEQ AL +K +PV N E ++A + + GH T+ DN +L D MK RI+ ++ ++ +E +R K ++ + RK EE L+D + ++ R T+ ++GSLMKDIPLD ++DT + RR + G+ DQMLELWE A + +SS I+N+ K+ +P H+ N S E EK +G VD+ +LS+S T+D KILERL SD+++L+ L+ S++DLK K+E ++ K ++ V++Q++E+E A+ +LA+TN+ L+ ++EE+ R RK V E++R GSE+I ++Q ++QNI+ T+LKL + KSKG+ +F+ +TVILLRD IH GK++++K+ FCGC R S NE+
Sbjct: 1 MATVLHSESRRLYSWWWDSHI-PKNSKWIQQNLSDMDSKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATVELCHAHKTMAEAFPNQVPFDMIEDSASSSCSEPRTPEKMPP------------------GIQ--------PFYDSDSATSKRGLSQLTEYLG-----------------------NSETEVESLKRTLVELGAEKEALNLQYQLSLNKFSRLEKDLEVAQKDVSGLDERASKAEIETKILAEALAKLEAERDAALLRYNESMQKITELEESFSHAQEDVKGLTNRATKAETEVENLKQAHSRLHSEKEAGLAEYNRCLEMISNLEKKVRDAEENAQNFSNQSAKAEDEIKALRHELVKVNEVKDGLRLRYQQCLETISKLEREVSHAQDNAKRLSSEVLAGAAKLKTVEDQCTLLESSNETLKLEADGLTHKLAAKDQEIFQKQNELEKFQSLIEDEHSRYLEIEVSLKTLQSLYSQSQEEQKVITSELQSRIGMLRDLETRNLKLEGDISSVKEENQNLSELNDSSMIFLETQKCEISSLKEIKEKLEEEVARHINQSSAFQEEIRRLKDEIDSLNKRYQAIMEQVNLAGLDPKSLACSVRKLQDENSKLTELCNHQSDDKDALTEKLRELDNILRKNVCLEKLLLESNTKLDGSREKTKDLQERCESLRGEKYEFIAERANLLSQLQIMTENMQKLLEKNSLLETSLSGANIELQCVKEKSKCFEEFFQLLKNDKAELIKERESLISQLNAVKEKLGVLEKKFTELEGKYADLQREKQFKNLQVEELRVSLATEKQERASYERSTDTRLADLQNNVSFLREECRSRKKEFEEELDRAVNAQVEIFILQKFIEDLEQKNFSLLIECQKYAEASSFSEKLIAELESENLEQQMEAEFLVHEIDNFRGAICQVFKALQVEADCKTADQKIAKERIPVSRVLGEINELKCSLSSAEYETQRLVIENSVLLSLLGQFQSDGMKLESEKRDVEKDLETIVHHYGMLKKDRLELLEMNRQLKSELIDREQRELELKAELQTEHLKFENLHESYMALHQDYSDALGKNKSLHLKFSELKGEICILEEENGAILEEAIALNNVSVVYQSLGSEKAEQAEAFAKNLNSLQNINSGLKQKVETLEEILKGKEVDSQELNSKLEKLQESLEEANELNDLLEHQILVKEETLRQKAIELLEAEEMLKATHNANAELCEAVEELRKDCKESRKLKGNLEKRNSELCDLAGRQDEEIKILSNLKENLESEVKLLHKEIQEHRVREEFLSSELQEKSNEFGLWDAEATSFYFDLQISAVREVLLENKVQELTGVCENLKDEAVTKTTEINQIKETVGFLEFEVSELKTQLSAYDPVVASLAEDVRSLEQNALSLMK-LPVPAGRRREGVQNDEHQEAAVSQ--EPVGHCSTNLDNGIVLLQD-------MKTRIKTIKQAVAEEKKRRGKLRRRSSSHR--------------SKDRKLFEEIELEDQFSGEIRQPRSPAMTESKNGSLMKDIPLDQVADTTSYGRSRRTSRGSSDQMLELWEEAAEP--ESSIKFLINNKNSKKPLIP-----RLHRRSR-----NPSVESQSEKMVGVVDKLELSRS----TEDN--AKILERLLSDSRRLASLRISLRDLKSKLEINEKPGKFTNPDFARVRKQMKEMEEAIFQLANTNEILSNEIEETGD------------VRDIYRKVVMEKSRIGSEKIEQMQQEMQNIERTVLKLEEGATKSKGRRKFSESRTVILLRDIIHKGGKRTARKKKNRFCGCMRSSGNEE 1728
BLAST of evm.model.Chr07.529.5.62113170 vs. UniProtKB/Swiss-Prot
Match: sp|F4JIF4|NET1B_ARATH (Protein NETWORKED 1B OS=Arabidopsis thaliana OX=3702 GN=NET1B PE=2 SV=1) HSP 1 Score: 1157.13 bits (2992), Expect = 0.000e+0 Identity = 760/1816 (41.85%), Postives = 1116/1816 (61.45%), Query Frame = 0
Query: 1 MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPNLLNDDSPCSSSGTGAEPHTPEVPHPIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSRKGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQSLKKELEVIQSDKDSIFLQYQKSLEKLSELERELAKAQQDAGGLDDRASKAEIEIDVLKEALAELKYEKDAGLVQYKQCVERIASLETTLYLAQMDAKGNDERAAKADTEAKNLRKELAKLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQLERTELEVKSLRKNLADLNEEKESVAALYKQCLLKVSTMESEILHAQEISKRLNREIEIGAEKLKTAEKQCDMLEKSNQSLQLEADVLLQKISMKDQKLLENHTELERLQTMMHEEQSRFLQIETTLHTLQKSYSQSQEEQRSLALELKHGLQLLEDIELSKQGFKEEMQHIVEENRTLHELNFSSTRSLENQQTEISELKKIKEKLEREFAIKVEESNVLQQESGQVKDEIQVLNNRYQTILEELGFVGLNPKSFAASVKDLRKEITMLKEVCKMEQDEKEVLREKSKDMDKLLSEKAFMESSLSNLNDELDGLRVTVKKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQDQLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHGKGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEGAELVTEKGILEQEFENTREQHAMLQKVKLELLEINMELRSEVTKGEEKENELQSKLEALHLDLIDLQRTNLLCQEENCRLLEEKSSLMGSVLDLKEAKSATEQEYSIILHEALALKNLSLVYESFFTEKVLEQRALAENLSDLHSLNSDLKRELGLLRKKFEVKEAENVYLKESVERMGKDMEESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEGSMNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFEIWEAEAATFYFDLQISSISEALLENKVNELSGVCMRLEDERDAKSMEIKQMTERVSQLEGEVGGLKGQLSAYTPAISSLKEDFASLEQTALLRIKTVPVKCNQEQKDAGIETCLQENGHQTSADNKSILTPDGVSDLLSMKARIRAVEMSLVQEIERHVKEENLTTKANPGALTNVSNVEVSPNSSRKEEKVLKDGSTCDLNSWRTKPESGS-----LMKDIPLDHISDTPATKSCRRENSGTDDQMLELW-ETAEQDCCDSSIDNEAMKQSSVPTEDVITYHQSDNSGKFLNTSSELDVEKELG-VDRFQLSKSIKERTQDGKRKKILERLASDAQKLSMLKTSVQDLKQKMETKKRNKKGDYTEYETVKRQIEEVEGAVVKLADTNDQLTKDLEESAPSLNRETSVELEKSRHSQRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKLAD-EKSKGKNRFT-GKTVILLRDFIH-SGKKSSKKRSKGFCGCSRPSTNED 1806
MA+L SES RLYSWWWDSHI PKNSKW+Q+NL DMD+KVK MIKLIE DADSFARRA+MY+KKRPELMKLVEE YRAYRALAERYDH T ELR+AHK + EAFPN ++ D S+ + +EP T ++ ALQKD S++ Q+N + G S + +A+SEV++LK+ L +Q++K+++ LQYQ L K+S E+EL AQ+D G D+RA KA+IEI +LKE+LA+L+ E+D GL+QY Q +ERIA LE ++ Q AKG R ++A+ EA +L+KEL++L++EK+A L+Y + LE IS LE I AEE+ Q E+ E E+K+L++ L LNE E + Y+QCL +S +E E+ HAQ+ +KRL+ E+ GA K+KT E+QC +LE NQ++++EA+ L K+S KDQ+L + E+E+LQ +M EEQ RF ++ +L L+ +SQSQEEQ+ L EL +Q+L ++E+ + ++ EENR L E+N +S SLE Q+ EIS LKK+KEKLE E A ++ +S+ LQ E VK I +N RYQ +++++ G +P+S + SVK L+ E + L E+C ++DE + K +MD +L A +E L N +LDG R K L E C L+ EKS LAAE++ L+SQLQI+T +MQ LEKN++LEKSL A IELE LR KS ++F L N+K L+ ER LVSQL VE KLG LE+++T+LE +Y D+++D + + QVEEL + L A+K++ AN+K S+E+R+A+L+ V L+EE R K E+E+ELD+ VN QVE+FILQK +EDLEQKN LL ECQKHVE S+FS+K+I+ELESENL QQME E LDEI + I+QV+ ALQV++ + I ++++ +S L I+ LKGSL + E +L+VENSVLL++L Q +S+G L +EK ILE++ + Q ML+K K +L E N L+S++ K E++E +L+++L+ +L L + ++ Q++ L + +L+ + K+ E+E IL EA+AL N +VY SF +E E E +S L +++ LKR++ L KK E KE E+ L + +E + + +EE L Q+ + + +LE ++ E+LE LKA + E + +E+L+ + E R + NLE QI ELS+ + ++EI L N +L S+++ L +E+++Q+ REE LS EL +K+NE +W++ A +FYFDLQ+S+I E +LENKVNELSGVC L DE K+ +IKQM E V LE +V LK QLSAY P I+SL D +LE++ K P Q++ + L+E+G TS N G+ L + I+ +E + V+E R ++ +T + N++ P+ D T + R +PE LMKD P D ++D+ + + G++D M E W E+AE + + + N Q S+ + HQS N ++ +K +G VD+ +LS++I+++ KILERL SD+++LS L+ S+ DLK+K+E ++ ++ + VKRQ++E+E AV +L +TN+ L+K++EE+ +R RK V E++R GSE+I +LQ +QNI+ T+LKL D KSKG+ F+ +TVILLRD IH GK+S++K+ FCGC R ST E+
Sbjct: 1 MASLSQSESGRLYSWWWDSHI-PKNSKWIQDNLADMDSKVKTMIKLIEADADSFARRADMYFKKRPELMKLVEELYRAYRALAERYDHTTVELRRAHKVMVEAFPNQMSFDMIEDSASSSSEPRTE---------ADTEALQKDGTK----------------------SKRSFSQMNKLDGTSD------------------SHEADSEVETLKRTLLELQTEKEALNLQYQLILSKVSRFEKELNDAQKDVKGFDERACKADIEIKILKESLAKLEVERDTGLLQYSQAIERIADLEASISHGQEYAKGLTNRVSEAEREAMSLKKELSRLQSEKEAGLLRYNKSLELISSLEKTIRDAEESVRVFRDQSEQAETEIKALKQELLKLNEVNEDLNVRYQQCLETISKLEREVSHAQDNAKRLSSEVLAGAAKIKTVEEQCALLESFNQTMKVEAENLAHKMSAKDQELSQKQNEIEKLQAVMQEEQLRFSELGASLRNLESLHSQSQEEQKVLTSELHSRIQMLRELEMRNSKLEGDISS-KEENRNLSEINDTSI-SLEIQKNEISCLKKMKEKLEEEVAKQMNQSSALQVEIHCVKGNIDSMNRRYQKLIDQVSLTGFDPESLSYSVKKLQDENSKLVELCTNQRDENNAVTGKLCEMDSILKRNADLEKLLLESNTKLDGSREKAKDLIERCESLRGEKSELAAERANLVSQLQIMTANMQTLLEKNSVLEKSLSCANIELESLRDKSKCFDDFFQFLKNDKSELMKERESLVSQLCKVEEKLGVLEKKYTELEVRYTDLQRDNKLKSHQVEELQVSLAAEKQESANYKRSTESRLADLQKNVSFLREECRSRKREYEDELDRVVNKQVEIFILQKLIEDLEQKNFSLLIECQKHVEASEFSEKLIAELESENLEQQMEAEIFLDEIDSLRGAIYQVIKALQVEADCKTEQKITKDQISVSRALGEIDSLKGSLSSAEYEMHRLVVENSVLLSLLGQFQSDGLVLESEKNILEKDLKTKIHQCGMLEKDKQDLQEANRLLKSKLIKREQQEQKLRAELKFENLKFESLHDSYMVLQQDYSYTLNDNKTLLLKFSEFKDGMHVVEEENDAILQEAVALSNTCVVYRSFGSEMAEEVEDFVETVSSLREISTGLKRKVETLEKKLEGKEKESQGLNKMLENLQEGLEEDNFLTGLLEHQVSNVDEILEHREMEILEAEHMLKATNNENEELHKEVEELRKDYEDSRRMRANLEWQISELSDVAGRQEEEIRKLNALNENLESEVQFLNKEIQRQQVREEYLSLELQEKSNEIGLWDSAATSFYFDLQVSAIRELILENKVNELSGVCENLNDEVVTKTTKIKQMKETVGFLESQVTELKSQLSAYDPVIASLAGDVKALEKSTHALTK-FPATAYQQR----VGNNLEESGSTTSPCN-------GIVILKEINPSIKTIEQAFVKEKGRLSRQITRSTSQKRRDRRKIENIQ--PD----------DQVTGESRQPRLRPEMTEVKNELLMKDNPRDQVTDSLTYGRSQGTSHGSND-MFEFWDESAESETSVNFLINSNKPQRSLNSN---LRHQSRNPS--------IESDKAVGVVDKLELSRNIEDKA------KILERLLSDSRRLSSLRISLTDLKRKLEMNEKQRRFSNADLVIVKRQLKEMEEAVSQLENTNEILSKEIEETGD------------ARDIYRKVVVEKSRSGSEKIEQLQNKMQNIEQTVLKLEDGTKSKGRKMFSETRTVILLRDIIHKGGKRSARKKKNRFCGCIRSSTKEE 1710
BLAST of evm.model.Chr07.529.5.62113170 vs. UniProtKB/Swiss-Prot
Match: sp|F4HZB5|NET1D_ARATH (Protein NETWORKED 1D OS=Arabidopsis thaliana OX=3702 GN=NET1D PE=3 SV=1) HSP 1 Score: 1021.15 bits (2639), Expect = 0.000e+0 Identity = 680/1814 (37.49%), Postives = 1093/1814 (60.25%), Query Frame = 0
Query: 1 MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPN----LLNDDSPCSSSGTGAEPHTPEVPHPIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSR-KGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQSLKKELEVIQSDKDSIFLQYQKSLEKLSELERELAKAQQDAGGLDDRASKAEIEIDVLKEALAELKYEKDAGLVQYKQCVERIASLETTLYLAQMDAKGNDERAAKADTEAKNLRKELAKLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQLERTELEVKSLRKNLADLNEEKESVAALYKQCLLKVSTMESEILHAQEISKRLNREIEIGAEKLKTAEKQCDMLEKSNQSLQLEADVLLQKISMKDQKLLENHTELERLQTMMHEEQSRFLQIETTLHTLQKSYSQSQEEQRSLALELKHGLQLLEDIELSKQGFKEEMQHIVEENRTLHELNFSSTRSLENQQTEISELKKIKEKLEREFAIKVEESNVLQQESGQVKDEIQVLNNRYQTILEELGFVGLNPKSFAASVKDLRKEITMLKEVCKMEQDEKEVLREKSKDMDKLLSEKAFMESSLSNLNDELDGLRVTVKKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQDQLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHGKGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEGAELVTEKGILEQEFENTREQHAMLQKVKLELLEINMELRSEVTKGEEKENELQSKLEALHLDLIDLQRTNLLCQEENCRLLEEKSSLMGSVLDLKEAKSATEQEYSIILHEALALKNLSLVYESFFTEKVLEQRALAENLSDLHSLNSDLKRELGLLRKKFEVKEAENVYLKESVERMGKDMEESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEGSMNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFEIWEAEAATFYFDLQISSISEALLENKVNELSGVCMRLEDERDAKSMEIKQMTERVSQLEGEVGGLKGQLSAYTPAISSLKEDFASLEQTALLRIKTVPVKCNQEQKDAGIETCLQENGHQTSADNKSILTPDGVSDLLSMKARIRAVEMSLVQEIERHVKEENLTTKANPGALTNVSNVEVSPNSSRKEEKVLKDGSTCDLNSWRTKPESGSLMKDIPLDHISDTPATKSCRRENSGTDDQMLELWETAEQDCCDSSIDNEAMKQSSVPTEDVITYHQSDNSGKFLNTSSELDVEKELGVDRFQLSKSIKERTQDGKRKKILERLASDAQKLSMLKTSVQDLKQKMETKKRNKKGDYTEYETVKRQIEEVEGAVVKLADTNDQLTKDLEESAP-SLNRETSVELEKSRHSQRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKL-ADEKSKGKNRFT-GKTVILLRDFIHSG-----KKSSKKRSKGFCGCSRP 1801
M +++ S+R YSWWWDSHISPKNSKWLQENLTDMD+KVK MIK+IEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATG +R A +T++EAFPN + ++SP SS G +P TP+ PIR+ + L+K AFG SS ++ +F E P +S KG K GL+ + + + A+ SESERA KAE+E+ +LK L +Q++K++ Q+ ++LEKLS LE E+++AQ+D+ L +RA++AE E++ L+E+L++++ EK++ L+QY+QC++ IA LE + LAQ +A DERA +A+ E L++ L E +K+AA +QY+QCL+ IS LE ++ AEE+S NQ+ E E EV+SL++ ++ L EE E+ Y+QCL ++ ++ ++ HAQE ++RL+REIE G KLK AE++C +LE+SNQ+L E D LL+K+ + +L E EL RL T + EE RF++ ET TLQ+ +SQSQEE +LALEL++ Q+L+D+E G +EE+Q +++++L+ELN SS S+++ Q E+S+L++ +KLE E ++V++ N LQQE +K+E+ + ++Q+++E++ VGL+P+SF +SVK+L++E + LKE+ + E EK L EK + M+KL+ + +E+S+S+LN EL+ +R +K L+E+ L EEKS L +EK L+S+LQ TE+ + E+N +LE SL +A +ELE L++K SLEE C+LLN++K L +ER L+S ++++ ++ +LE+ +L+ K ++ ++ES + ++EEL + L A+ ++A+ SE+RM +E+ + LQ+E + E++ ELD+A +A +E+ +LQKC++D +K+ L+ E Q E SK +K++SELE EN+ +Q++++ ++ I+ + GI+QVL L++ G G G +++ + ILN +E ++ L+ ++E +EN VL+ L Q +SE + TEK ILE+E E+ +Q + + +L+ +N EL ++V +G +E L ++E H ++ L+ + Q +N + L+EK+ L S L L+E K E + S++L E + NL ++ E EK+ L E+L L + L+ E+ L K + + N L+ +E+ ++ +++ N HL +I N+ +K++ELLE + + + +E + +E L+ ++ + I E+ ++Q+L L K+ H EAN L + + +L E+E+ + +E L+ EL + NE E+WE+++AT + +LQIS++ E LLE NEL C LE K EI+Q+ RV+ LE G + Y AI LKE SLE+ A+L ++ + ET + DN DG ++ + RI+A+E + I + + E L T + + ++ + EE + + KDI LD +SD + R+ +D D S++ ++ Q+ GK L+ E+ L VD+ ++S + +D ++K+LERL SD QKLS L +V+DLK K+ET+++++KG EYET+K QI E E A+ KL N +L ++ S ++S++L+++ S+R+R++EQAR+GSE+IGRLQ ++Q +Q+ LLKL D + + K + + KT ILLRD+I+SG +K KKR FCGC +P
Sbjct: 1 MTAVVNGNSKR-YSWWWDSHISPKNSKWLQENLTDMDSKVKQMIKVIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGVIRHAQQTMAEAFPNQDPMMFGEESPLGSSTDGFDPQTPDSYPPIRAPVYPDDLRKGAFGISSSHLSTVKRNIAFMEDPQSVSSGKGFKTAKARKGLNFNNVDGKEINAKVLSESERASKAEAEIVALKDALSKVQAEKEASLAQFDQNLEKLSNLESEVSRAQEDSRVLIERATRAEAEVETLRESLSKVEVEKESSLLQYQQCLQNIADLEDRISLAQKEAGEVDERANRAEAETLALKQSLVSSETDKEAALVQYQQCLKTISNLEERLHKAEEDSRLTNQRAENAEGEVESLKQKVSKLIEENEAYELQYQQCLDTIADLKLKLFHAQEETQRLSREIEDGVAKLKFAEEKCVVLERSNQNLHSELDGLLEKLGNQSHELTEKQKELGRLWTCVQEENLRFMEAETAFQTLQQLHSQSQEELSTLALELQNRSQILKDMEARNNGLQEEVQEAKDQSKSLNELNLSSAASIKSLQEEVSKLRETIQKLEAEVELRVDQRNALQQEIYCLKEELSQIGKKHQSMVEQVELVGLHPESFGSSVKELQEENSKLKEIRERESIEKTALIEKLEMMEKLVQKNLLLENSISDLNAELETIRGKLKTLEEASMSLAEEKSGLHSEKDMLISRLQSATENSKKLSEENMVLENSLFNANVELEELKSKLKSLEESCHLLNDDKTTLTSERESLLSHIDTMRKRIEDLEKEHAELKVKVLELATERESSLQKIEELGVSLNAKDCEYASFVQFSESRMNGMESTIHHLQDENQCRVREYQVELDRAHDAHIEIIVLQKCLQDWLEKSSSLIAENQDIKEASKLLEKLVSELEEENIGKQVQIDSSINCIKILRTGIYQVLMKLEIIPGIGSGDENSRDQRNMHDILNRLEDMQTMLLSIRDENQHSAIENLVLIEFLRQLKSEAVGIETEKKILEEELESQCQQLSFSRDETQKLIFVNGELTTKVNQGVNREKVLMVEIEDFHRQVLQLRDDYTILQGDNNKTLDEKAYLTKSTLQLEEEKCKLEDDISLLLSETIYQSNLIILLEDVILEKLSGAMKLNEDLDRLSIVKCKLEEEVRELGDKLKSADIANFQLQVVLEKSNAELLSARSANVHLEHEI---ANVKVQKEKELLEAMLMISIMQNEKSELSKAVEGLECRYKEAKAIEEDRDKQVLRLRGDYDEQVKKNSHSNEANLKLEADLMNLLMELEEIKVEKENLNQELFTERNEIELWESQSATLFGELQISAVHETLLEGLTNELVEACKNLESRSTLKDREIEQLKGRVNNLEDANKGQNDLMCKYAQAIFLLKESIQSLEKHAML---------HEFENGPATETA-------SLVDN-----SDGFLEIQELHLRIKAIE----EAITKKLAMEELKTSSARRSRRRNGSLRKQNHEIYSEETEM-------------------ITKDIVLDQVSDCSSYGISTRDILKIED--------------DHSLEAKS---------------QNPPKGKSLS-------EESLVVDKLEISDRFTDPNKDANKRKVLERLNSDLQKLSNLHVAVEDLKIKVETEEKDEKGKENEYETIKGQINEAEEALEKLLSINRKLVTKVQNGFERSDGSKSSMDLDENESSRRRRISEQARRGSEKIGRLQLEIQRLQFLLLKLEGDREDRAKAKISDSKTRILLRDYIYSGVRGERRKRIKKRF-AFCGCVQP 1729
BLAST of evm.model.Chr07.529.5.62113170 vs. UniProtKB/Swiss-Prot
Match: sp|Q9ZQX8|NET1C_ARATH (Protein NETWORKED 1C OS=Arabidopsis thaliana OX=3702 GN=NET1C PE=3 SV=1) HSP 1 Score: 466.077 bits (1198), Expect = 1.999e-139 Identity = 255/559 (45.62%), Postives = 377/559 (67.44%), Query Frame = 0
Query: 7 SESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPN----LLNDDSPCSSSGTGAEPHTPEVPHPIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESP----SGLSRKGLKQLNDMFGLSPLMAENQN-VKAQNHSESERAQKAESEVQSLKKELEVIQSDKDSIFLQYQKSLEKLSELERELAKAQQDAGGLDDRASKAEIEIDVLKEALAELKYEKDAGLVQYKQCVERIASLETTLYLAQMDAKGNDERAAKADTEAKNLRKELAKLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQLERTELEVKSLRKNLADLNEEKESVAALYKQCLLKVSTMESEILHAQEISKRLNREIEIGAEKLKTAEKQCDMLEKSNQSLQLEADVLLQKISMKDQKLLENHTELERLQTMMHEEQSRFLQIETTLHTLQKSYSQSQEEQRSLALELKHGLQLLEDIELSKQGFKEEMQHIVEENRTLHELNFS 556
S S+R+YSWWWDSH +PKNSKWLQ+NL DMD+ VK MIK++EEDADSFARRAEMYY+KRPELMKLVEEFYRAYRALAERY+HATG + +AH+TI+EAFPN + D+S + +P TP++P P R+ Q+DA GFS F E P +G +RKGL ND + +N +K SESERA KAE+EV +LK L +Q++K + ++K+LE+LS LE E+++AQ D+ G++DRA+ AE EI L+E L +L+ EK++ +QY +C+++IA LE L +A +A ERA+KA+TE L++ LAK E +K+ A +QY+QCL IS LE ++ AEE++ +N++ E+ +EV++L++ ++ L ++KE+ ++QCL +++++ ++ HAQE ++ L+ EIE G KLK +E++C +LE+SNQ+L E D LL+K+ + QKL E TEL +L + + E F + ET TLQ+ +SQSQEE +LA+EL+ Q+++D+E+ EE++ EN+ L++LNF+
Sbjct: 7 SNSKRMYSWWWDSHNTPKNSKWLQDNLADMDSNVKQMIKVLEEDADSFARRAEMYYRKRPELMKLVEEFYRAYRALAERYNHATGVIHKAHETIAEAFPNQVPLIFGDESHGGALTNDVDPQTPDMPPPFRARGNPDEFQQDALGFSLSHVHDVKRNIDFSEEPLFVSNGKARKGL-NFNDHGD-----GKGRNGLKDHILSESERASKAEAEVVALKDSLSKMQAEKQASLALFEKNLERLSNLESEVSRAQADSRGINDRAASAEAEIQTLRETLYKLESEKESSFLQYHKCLQKIADLEDGLSVAHKEA---GERASKAETETLALKRSLAKAETDKETALIQYRQCLNTISNLEERLRKAEEDARLINERAEKAGVEVENLKQTVSKLIKDKEASELQFQQCLNIIASLKVKLHHAQEETQSLSHEIEDGVAKLKFSEEKCLLLERSNQNLHSELDSLLEKLGNQSQKLTEKQTELVKLWSCVQAEHLHFQEAETAFQTLQQLHSQSQEELNNLAVELQTVSQIMKDMEMRNNELHEELEQAKVENKGLNDLNFT 556 HSP 2 Score: 111.309 bits (277), Expect = 4.505e-23 Identity = 76/196 (38.78%), Postives = 116/196 (59.18%), Query Frame = 0
Query: 1611 EKELGVDRFQLSKSIKERTQDGKRKKILERLASDAQKLSMLKTSVQDLKQKMET--KKRNKKGDYTEYETVKRQIEEVEGAVVKLADTNDQLTKDLEESAPSLNRETSVELEKSRHSQRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKLADEKSKGKNRFTGKTVILLRDFIH------SGKKSSKKRSKGFCGC 1798
E+ L V++ ++ + ++ ++++LERL SD QKL L+ +V+DLK K+ET K++ K G+ EY+T+K Q+EE E A+ KL N +LT E S ++R R+R+ E AR+G+E+IGRLQ ++Q IQ+ L+KL E+ T +LLRD+I+ S KK +KKRS FCGC
Sbjct: 925 EESLIVEKVEIFDGFMDPNREVNKRRVLERLDSDLQKLENLQITVEDLKSKVETVEKEKTKVGE-NEYKTIKGQLEEGEEAIEKLFTVNRKLTTKAE-SEKDIDR-------------RRRIFEHARRGTEKIGRLQSEIQRIQFLLMKLEGEREHRLRSKISDTKVLLRDYIYGRTRSVSMKKRTKKRSV-FCGC 1104
BLAST of evm.model.Chr07.529.5.62113170 vs. UniProtKB/Swiss-Prot
Match: sp|F4IJK1|NET2D_ARATH (Protein NETWORKED 2D OS=Arabidopsis thaliana OX=3702 GN=NET2D PE=3 SV=1) HSP 1 Score: 159.458 bits (402), Expect = 5.927e-38 Identity = 100/266 (37.59%), Postives = 144/266 (54.14%), Query Frame = 0
Query: 4 LLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPN-----LLNDDSPCS-----SSGTGAEPHTPEVPH-PIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSRKGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQSLKKELEVIQSDKDSIFLQYQKSLEKLSELERELAKAQQDAGGLDD 258
+L + YSWWW SHI K SKWL++NL D++ KV+ ++KL++ED DSFA+RAEMYYKKRPEL+ VEE YRAYRALAERYDH + EL+ A+ TI+ FP+ ++DD S S+ +GA + P VP P++ L +V + T K RK +K + N VK+ S+ E A E+ L+KE+ +Q++K+ + Y+ L K E E+ + + Q+ GL D
Sbjct: 1 MLQRAASNAYSWWWASHIRTKQSKWLEQNLQDIEEKVQYVLKLLQEDGDSFAKRAEMYYKKRPELISFVEESYRAYRALAERYDHISTELQNANTTIASVFPDQVPNFAMDDDIDMSKFAKRSNISGA--NVPNVPKLPVKDLKSAVRVA-----------TKKLQ-----------PRKSMKYTGG--------STNVVVKSSGLSKPE----AMGEIDKLQKEILALQTEKEFVKSSYEIGLSKYWEFEKGIKEKQERICGLQD 230
BLAST of evm.model.Chr07.529.5.62113170 vs. UniProtKB/Swiss-Prot
Match: sp|Q94CG5|KIP1_PETIN (Kinase-interacting protein 1 OS=Petunia integrifolia OX=4103 GN=KIP1 PE=1 SV=1) HSP 1 Score: 154.066 bits (388), Expect = 2.887e-36 Identity = 97/272 (35.66%), Postives = 137/272 (50.37%), Query Frame = 0
Query: 4 LLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAF----------------PNLLNDDSPCSSSGTGAEPHTPEVP-HPIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSRKGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQSLKKELEVIQSDKDSIFLQYQKSLEKLSELERELAKAQQDAGGLDD 258
+L + YSWW SHI K SKWL+++L DM +V+++IKLIEED DSFA+RAEMYYKKRPEL+ VEE YRAYRALAERYDH + EL+ A+ TI+ F P + D +SG+ P+ P ++ L+ + + QK S I++ +K SGLS+ +A E+ L+K++ +Q+ K+ I YQ SLEK LE ++ + QQ L+D
Sbjct: 1 MLQRAASNAYSWWAASHIRTKQSKWLEQSLHDMQGRVESVIKLIEEDGDSFAKRAEMYYKKRPELINFVEESYRAYRALAERYDHLSKELQTANNTIATIFPEQIQLAMDEEDEYGAPKMPKDFLQMPASGSNIPKVPPKAPIKDLKGLMSTASKQKQGKQSSKIEDAAK----------SGLSK---------------------------------NEAIEEIDKLQKDILALQTMKEFIRSSYQSSLEKFRGLENQIMEKQQKICELED 229
BLAST of evm.model.Chr07.529.5.62113170 vs. UniProtKB/Swiss-Prot
Match: sp|Q84VY2|NET4B_ARATH (Protein NETWORKED 4B OS=Arabidopsis thaliana OX=3702 GN=NET4B PE=2 SV=1) HSP 1 Score: 149.058 bits (375), Expect = 3.962e-36 Identity = 62/91 (68.13%), Postives = 78/91 (85.71%), Query Frame = 0
Query: 7 SESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAH 97
S +++ +SWWWDSH PKNSKWL ENL MD +V M+KLIEEDADSFA++A+MY++KRPEL++LVEEFYR YRALAERYD A+GEL++ H
Sbjct: 15 SMTKKSHSWWWDSHNCPKNSKWLAENLEKMDDRVNHMLKLIEEDADSFAKKAQMYFQKRPELIQLVEEFYRMYRALAERYDQASGELQKNH 105
BLAST of evm.model.Chr07.529.5.62113170 vs. UniProtKB/Swiss-Prot
Match: sp|Q8LPQ1|NET2C_ARATH (Protein NETWORKED 2C OS=Arabidopsis thaliana OX=3702 GN=NET2C PE=2 SV=1) HSP 1 Score: 152.91 bits (385), Expect = 4.477e-36 Identity = 93/278 (33.45%), Postives = 145/278 (52.16%), Query Frame = 0
Query: 4 LLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPNLL---------NDDSPCSS---SGTGAEPHTPEVPH-PIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSRKGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQSLKKELEVIQSDKDSIFLQYQKSLEKLSELERELAKAQQDAGGLDDRASKAEIEID 268
+L + YSWWW SH+ K SKWL+ENL D++ KV+ +KL+E++ DSFA+RAEMYYK+RPEL+ VEE ++AYRALAERYDH + EL+ A+ TI+ FP+ + +DD+P S + + P+VP PI+ + A +K +IQ + +S + SGLS+ +A E+ L+KE+ V+Q++K+ + Y+ L K E+E+ + + Q L D + + I+
Sbjct: 1 MLRRAASNAYSWWWASHVRTKQSKWLEENLQDIEEKVEYALKLLEDEGDSFAKRAEMYYKRRPELISFVEESFKAYRALAERYDHISKELQNANTTIASVFPDQVPEFAMNEDDDDDAPVSPRHHKNKTSNKNVPKVPDLPIK---DPEAAKKMFMSRKAIQEQNASSV----VNKSGLSK---------------------------------TEAVEEIDKLQKEILVLQTEKEFVKTSYENGLAKYWEIEKCIMEKQGKVSSLQDEFDEGAVVIE 238
BLAST of evm.model.Chr07.529.5.62113170 vs. UniProtKB/Swiss-Prot
Match: sp|P0DMS1|NET2A_ARATH (Protein NETWORKED 2A OS=Arabidopsis thaliana OX=3702 GN=NET2A PE=2 SV=1) HSP 1 Score: 150.214 bits (378), Expect = 3.439e-35 Identity = 92/259 (35.52%), Postives = 136/259 (52.51%), Query Frame = 0
Query: 4 LLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPN----LLNDDSPCSSSGTGAEPHTPEVPHPIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSRKGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQSLKKELEVIQSDKDSIFLQYQKSLEKLSELERELAKAQQDAGGLDD 258
+L + YSWWW SHI K SKWL+ NL DM+ KV+ +K+I+ED D+FA+RAEMYY+KRPE++ VEE +R+YRALAERYDH + EL+ A++TI+ AFP L DDS + G P+ H L + + K + F LSRKG L + E V++ E + E+ L+K + +Q++K+ + Y++S E+ +LE E+ + Q+ L D
Sbjct: 1 MLQRAASNAYSWWWASHIRTKQSKWLEHNLQDMEEKVEYTLKIIDEDGDTFAKRAEMYYRKRPEIVNFVEEAFRSYRALAERYDHLSRELQSANRTIATAFPEHVQFPLEDDSDENEDYDGRPRKPPKHLH----------LIPKGINIPEVPDIPKK--KDFRSQSMMLSRKGPADLKRNVSSAQAKREAAIVRSGLSKE-----EGLEEIDKLQKGILALQTEKEFVRSSYEESYERYWDLENEVTEMQKSVCNLQD 242
BLAST of evm.model.Chr07.529.5.62113170 vs. UniProtKB/Swiss-Prot
Match: sp|F4I131|NET2B_ARATH (Protein NETWORKED 2B OS=Arabidopsis thaliana OX=3702 GN=NET2B PE=3 SV=1) HSP 1 Score: 145.976 bits (367), Expect = 7.008e-34 Identity = 90/240 (37.50%), Postives = 132/240 (55.00%), Query Frame = 0
Query: 4 LLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPNLL--------------NDDSPCS-----SSGTGAEPHTPEVPHPIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSR-KGLKQLNDMF-GLSPLMAENQNVKAQNHSESERAQKAESEVQSLKKELEVIQ 222
+L + YSWWW SHI K SKWL+ NL DM+ KVK +K+I+ D DSFA+RAEMYY+KRPE++ VEE +R+YRALAERYDH + EL+ A+ I+ AFP + N P SGT P PEVP + +S +L + + +S+TS SGLSR + L++++ + G+ L E + V++ +R E+EV+ ++K + +Q
Sbjct: 1 MLQRAASNAYSWWWASHIRTKQSKWLEHNLQDMEEKVKYTLKIIDGDGDSFAKRAEMYYRKRPEIVNFVEEAFRSYRALAERYDHLSTELQSANHMIATAFPEHVPFPLVDDDDDDDDDNPKKPPKHLHLIPSGTNI-PQVPEVP---KKEFKSQSLMVLSRKEPGVLQSSETSSALVS---SGLSREEALEEIDKIHKGILVLQTEKEFVRSSYEQSYDRYWNLENEVEEMQKRVCSLQ 233
BLAST of evm.model.Chr07.529.5.62113170 vs. Araport11
Match: AT3G22790.3 (| Kinase interacting (KIP1-like) family protein | Chr3:8052446-8057888 REVERSE LENGTH=1728 | 201606) HSP 1 Score: 1261.51 bits (3263), Expect = 0.000e+0 Identity = 806/1832 (44.00%), Postives = 1161/1832 (63.37%), Query Frame = 0
Query: 1 MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPNLLNDDS-PCSSSGTGAEPHTPEVPHPIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSRKGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQSLKKELEVIQSDKDSIFLQYQKSLEKLSELERELAKAQQDAGGLDDRASKAEIEIDVLKEALAELKYEKDAGLVQYKQCVERIASLETTLYLAQMDAKGNDERAAKADTEAKNLRKELAKLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQLERTELEVKSLRKNLADLNEEKESVAALYKQCLLKVSTMESEILHAQEISKRLNREIEIGAEKLKTAEKQCDMLEKSNQSLQLEADVLLQKISMKDQKLLENHTELERLQTMMHEEQSRFLQIETTLHTLQKSYSQSQEEQRSLALELKHGLQLLEDIELSKQGFKEEMQHIVEENRTLHELNFSSTRSLENQQTEISELKKIKEKLEREFAIKVEESNVLQQESGQVKDEIQVLNNRYQTILEELGFVGLNPKSFAASVKDLRKEITMLKEVCKMEQDEKEVLREKSKDMDKLLSEKAFMESSLSNLNDELDGLRVTVKKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQDQLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHG-KGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEGAELVTEKGILEQEFENTREQHAMLQKVKLELLEINMELRSEVTKGEEKENELQSKLEALHLDLIDLQRTNLLCQEENCRLLEEKSSLMGSVLDLKEAKSATEQEYSIILHEALALKNLSLVYESFFTEKVLEQRALAENLSDLHSLNSDLKRELGLLRKKFEVKEAENVYLKESVERMGKDMEESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEGSMNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFEIWEAEAATFYFDLQISSISEALLENKVNELSGVCMRLEDERDAKSMEIKQMTERVSQLEGEVGGLKGQLSAYTPAISSLKEDFASLEQTALLRIKTVPVKC--------NQEQKDAGIETCLQENGH-QTSADNKSILTPDGVSDLLSMKARIRAVEMSLVQEIERHVKEENLTTKANPGALTNVSNVEVSPNSSRK--EEKVLKDGSTCDLNSWR----TKPESGSLMKDIPLDHISDTPATKSCRRENSGTDDQMLELWETAEQDCCDSS----IDNEAMKQSSVPTEDVITYHQSDNSGKFLNTSSELDVEKELG-VDRFQLSKSIKERTQDGKRKKILERLASDAQKLSMLKTSVQDLKQKMETKKRNKKGDYTEYETVKRQIEEVEGAVVKLADTNDQLTKDLEESAPSLNRETSVELEKSRHSQRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKLAD--EKSKGKNRFT-GKTVILLRDFIH-SGKKSSKKRSKGFCGCSRPSTNED 1806
MAT+LHSESRRLYSWWWDSHI PKNSKW+Q+NL+DMD+KVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHAT EL AHKT++EAFPN + D S+S + +EP TPE P IQ F +S S S++GL QL + G +E+EV+SLK+ L + ++K+++ LQYQ SL K S LE++L AQ+D GLD+RASKAEIE +L EALA+L+ E+DA L++Y + +++I LE + AQ D KG RA KA+TE +NL++ ++L +EK+A +Y +CLE IS LE K+ AEEN+ + Q + E E+K+LR L +NE K+ + Y+QCL +S +E E+ HAQ+ +KRL+ E+ GA KLKT E QC +LE SN++L+LEAD L K++ KDQ++ + ELE+ Q+++ +E SR+L+IE +L TLQ YSQSQEEQ+ + EL+ + +L D+E + ++ + EEN+ L ELN SS LE Q+ EIS LK+IKEKLE E A + +S+ Q+E ++KDEI LN RYQ I+E++ GL+PKS A SV+ L+ E + L E+C + D+K+ L EK +++D +L + +E L N +LDG R K LQE C L+ EK AE++ LLSQLQI+TE+MQ LEKN+LLE SL A IEL+ ++ KS EEF LL N+K L+ ER L+SQL +V+ KLG LE++FT+LE KYAD++++K+ + QVEEL + L +K++ A+++ S++ R+A+L+N V L+EE R K EFEEELD+AVNAQVE+FILQK +EDLEQKN LL ECQK+ E S FS+K+I+ELESENL QQME EFL+ EI F+ I QV ALQV++ + I +E +P+S +L I LK SL + E +L++ENSVLL++L Q +S+G +L +EK +E++ E + ML+K +LELLE+N +L+SE+ E++E EL+++L+ HL +L + + ++ L + SL +LK E+E IL EA+AL N+S+VY+S +EK + A A+NL+ L ++NS LK+++ L + + KE ++ L +E++ + +EE+ N+ L QI E L +K ELLE E LKA +AE C +E+L+ + ++ R + NLE++ EL + + +EI+ L+ +L S+++ L +E+++ R REE LSSEL +K+NEF +W+AEA +FYFDLQIS++ E LLENKV EL+GVC L+DE K+ EI Q+ E V LE EV LK QLSAY P ++SL ED SLEQ AL +K +PV N E ++A + + GH T+ DN +L D MK RI+ ++ ++ +E +R K ++ + RK EE L+D + ++ R T+ ++GSLMKDIPLD ++DT + RR + G+ DQMLELWE A + +SS I+N+ K+ +P H+ N S E EK +G VD+ +LS+S T+D KILERL SD+++L+ L+ S++DLK K+E ++ K ++ V++Q++E+E A+ +LA+TN+ L+ ++EE+ R RK V E++R GSE+I ++Q ++QNI+ T+LKL + KSKG+ +F+ +TVILLRD IH GK++++K+ FCGC R S NE+
Sbjct: 1 MATVLHSESRRLYSWWWDSHI-PKNSKWIQQNLSDMDSKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATVELCHAHKTMAEAFPNQVPFDMIEDSASSSCSEPRTPEKMPP------------------GIQ--------PFYDSDSATSKRGLSQLTEYLG-----------------------NSETEVESLKRTLVELGAEKEALNLQYQLSLNKFSRLEKDLEVAQKDVSGLDERASKAEIETKILAEALAKLEAERDAALLRYNESMQKITELEESFSHAQEDVKGLTNRATKAETEVENLKQAHSRLHSEKEAGLAEYNRCLEMISNLEKKVRDAEENAQNFSNQSAKAEDEIKALRHELVKVNEVKDGLRLRYQQCLETISKLEREVSHAQDNAKRLSSEVLAGAAKLKTVEDQCTLLESSNETLKLEADGLTHKLAAKDQEIFQKQNELEKFQSLIEDEHSRYLEIEVSLKTLQSLYSQSQEEQKVITSELQSRIGMLRDLETRNLKLEGDISSVKEENQNLSELNDSSMIFLETQKCEISSLKEIKEKLEEEVARHINQSSAFQEEIRRLKDEIDSLNKRYQAIMEQVNLAGLDPKSLACSVRKLQDENSKLTELCNHQSDDKDALTEKLRELDNILRKNVCLEKLLLESNTKLDGSREKTKDLQERCESLRGEKYEFIAERANLLSQLQIMTENMQKLLEKNSLLETSLSGANIELQCVKEKSKCFEEFFQLLKNDKAELIKERESLISQLNAVKEKLGVLEKKFTELEGKYADLQREKQFKNLQVEELRVSLATEKQERASYERSTDTRLADLQNNVSFLREECRSRKKEFEEELDRAVNAQVEIFILQKFIEDLEQKNFSLLIECQKYAEASSFSEKLIAELESENLEQQMEAEFLVHEIDNFRGAICQVFKALQVEADCKTADQKIAKERIPVSRVLGEINELKCSLSSAEYETQRLVIENSVLLSLLGQFQSDGMKLESEKRDVEKDLETIVHHYGMLKKDRLELLEMNRQLKSELIDREQRELELKAELQTEHLKFENLHESYMALHQDYSDALGKNKSLHLKFSELKGEICILEEENGAILEEAIALNNVSVVYQSLGSEKAEQAEAFAKNLNSLQNINSGLKQKVETLEEILKGKEVDSQELNSKLEKLQESLEEANELNDLLEHQILVKEETLRQKAIELLEAEEMLKATHNANAELCEAVEELRKDCKESRKLKGNLEKRNSELCDLAGRQDEEIKILSNLKENLESEVKLLHKEIQEHRVREEFLSSELQEKSNEFGLWDAEATSFYFDLQISAVREVLLENKVQELTGVCENLKDEAVTKTTEINQIKETVGFLEFEVSELKTQLSAYDPVVASLAEDVRSLEQNALSLMK-LPVPAGRRREGVQNDEHQEAAVSQ--EPVGHCSTNLDNGIVLLQD-------MKTRIKTIKQAVAEEKKRRGKLRRRSSSHR--------------SKDRKLFEEIELEDQFSGEIRQPRSPAMTESKNGSLMKDIPLDQVADTTSYGRSRRTSRGSSDQMLELWEEAAEP--ESSIKFLINNKNSKKPLIP-----RLHRRSR-----NPSVESQSEKMVGVVDKLELSRS----TEDN--AKILERLLSDSRRLASLRISLRDLKSKLEINEKPGKFTNPDFARVRKQMKEMEEAIFQLANTNEILSNEIEETGD------------VRDIYRKVVMEKSRIGSEKIEQMQQEMQNIERTVLKLEEGATKSKGRRKFSESRTVILLRDIIHKGGKRTARKKKNRFCGCMRSSGNEE 1728
BLAST of evm.model.Chr07.529.5.62113170 vs. Araport11
Match: AT3G22790.2 (| Kinase interacting (KIP1-like) family protein | Chr3:8052446-8057888 REVERSE LENGTH=1728 | 201606) HSP 1 Score: 1261.51 bits (3263), Expect = 0.000e+0 Identity = 806/1832 (44.00%), Postives = 1161/1832 (63.37%), Query Frame = 0
Query: 1 MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPNLLNDDS-PCSSSGTGAEPHTPEVPHPIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSRKGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQSLKKELEVIQSDKDSIFLQYQKSLEKLSELERELAKAQQDAGGLDDRASKAEIEIDVLKEALAELKYEKDAGLVQYKQCVERIASLETTLYLAQMDAKGNDERAAKADTEAKNLRKELAKLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQLERTELEVKSLRKNLADLNEEKESVAALYKQCLLKVSTMESEILHAQEISKRLNREIEIGAEKLKTAEKQCDMLEKSNQSLQLEADVLLQKISMKDQKLLENHTELERLQTMMHEEQSRFLQIETTLHTLQKSYSQSQEEQRSLALELKHGLQLLEDIELSKQGFKEEMQHIVEENRTLHELNFSSTRSLENQQTEISELKKIKEKLEREFAIKVEESNVLQQESGQVKDEIQVLNNRYQTILEELGFVGLNPKSFAASVKDLRKEITMLKEVCKMEQDEKEVLREKSKDMDKLLSEKAFMESSLSNLNDELDGLRVTVKKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQDQLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHG-KGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEGAELVTEKGILEQEFENTREQHAMLQKVKLELLEINMELRSEVTKGEEKENELQSKLEALHLDLIDLQRTNLLCQEENCRLLEEKSSLMGSVLDLKEAKSATEQEYSIILHEALALKNLSLVYESFFTEKVLEQRALAENLSDLHSLNSDLKRELGLLRKKFEVKEAENVYLKESVERMGKDMEESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEGSMNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFEIWEAEAATFYFDLQISSISEALLENKVNELSGVCMRLEDERDAKSMEIKQMTERVSQLEGEVGGLKGQLSAYTPAISSLKEDFASLEQTALLRIKTVPVKC--------NQEQKDAGIETCLQENGH-QTSADNKSILTPDGVSDLLSMKARIRAVEMSLVQEIERHVKEENLTTKANPGALTNVSNVEVSPNSSRK--EEKVLKDGSTCDLNSWR----TKPESGSLMKDIPLDHISDTPATKSCRRENSGTDDQMLELWETAEQDCCDSS----IDNEAMKQSSVPTEDVITYHQSDNSGKFLNTSSELDVEKELG-VDRFQLSKSIKERTQDGKRKKILERLASDAQKLSMLKTSVQDLKQKMETKKRNKKGDYTEYETVKRQIEEVEGAVVKLADTNDQLTKDLEESAPSLNRETSVELEKSRHSQRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKLAD--EKSKGKNRFT-GKTVILLRDFIH-SGKKSSKKRSKGFCGCSRPSTNED 1806
MAT+LHSESRRLYSWWWDSHI PKNSKW+Q+NL+DMD+KVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHAT EL AHKT++EAFPN + D S+S + +EP TPE P IQ F +S S S++GL QL + G +E+EV+SLK+ L + ++K+++ LQYQ SL K S LE++L AQ+D GLD+RASKAEIE +L EALA+L+ E+DA L++Y + +++I LE + AQ D KG RA KA+TE +NL++ ++L +EK+A +Y +CLE IS LE K+ AEEN+ + Q + E E+K+LR L +NE K+ + Y+QCL +S +E E+ HAQ+ +KRL+ E+ GA KLKT E QC +LE SN++L+LEAD L K++ KDQ++ + ELE+ Q+++ +E SR+L+IE +L TLQ YSQSQEEQ+ + EL+ + +L D+E + ++ + EEN+ L ELN SS LE Q+ EIS LK+IKEKLE E A + +S+ Q+E ++KDEI LN RYQ I+E++ GL+PKS A SV+ L+ E + L E+C + D+K+ L EK +++D +L + +E L N +LDG R K LQE C L+ EK AE++ LLSQLQI+TE+MQ LEKN+LLE SL A IEL+ ++ KS EEF LL N+K L+ ER L+SQL +V+ KLG LE++FT+LE KYAD++++K+ + QVEEL + L +K++ A+++ S++ R+A+L+N V L+EE R K EFEEELD+AVNAQVE+FILQK +EDLEQKN LL ECQK+ E S FS+K+I+ELESENL QQME EFL+ EI F+ I QV ALQV++ + I +E +P+S +L I LK SL + E +L++ENSVLL++L Q +S+G +L +EK +E++ E + ML+K +LELLE+N +L+SE+ E++E EL+++L+ HL +L + + ++ L + SL +LK E+E IL EA+AL N+S+VY+S +EK + A A+NL+ L ++NS LK+++ L + + KE ++ L +E++ + +EE+ N+ L QI E L +K ELLE E LKA +AE C +E+L+ + ++ R + NLE++ EL + + +EI+ L+ +L S+++ L +E+++ R REE LSSEL +K+NEF +W+AEA +FYFDLQIS++ E LLENKV EL+GVC L+DE K+ EI Q+ E V LE EV LK QLSAY P ++SL ED SLEQ AL +K +PV N E ++A + + GH T+ DN +L D MK RI+ ++ ++ +E +R K ++ + RK EE L+D + ++ R T+ ++GSLMKDIPLD ++DT + RR + G+ DQMLELWE A + +SS I+N+ K+ +P H+ N S E EK +G VD+ +LS+S T+D KILERL SD+++L+ L+ S++DLK K+E ++ K ++ V++Q++E+E A+ +LA+TN+ L+ ++EE+ R RK V E++R GSE+I ++Q ++QNI+ T+LKL + KSKG+ +F+ +TVILLRD IH GK++++K+ FCGC R S NE+
Sbjct: 1 MATVLHSESRRLYSWWWDSHI-PKNSKWIQQNLSDMDSKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATVELCHAHKTMAEAFPNQVPFDMIEDSASSSCSEPRTPEKMPP------------------GIQ--------PFYDSDSATSKRGLSQLTEYLG-----------------------NSETEVESLKRTLVELGAEKEALNLQYQLSLNKFSRLEKDLEVAQKDVSGLDERASKAEIETKILAEALAKLEAERDAALLRYNESMQKITELEESFSHAQEDVKGLTNRATKAETEVENLKQAHSRLHSEKEAGLAEYNRCLEMISNLEKKVRDAEENAQNFSNQSAKAEDEIKALRHELVKVNEVKDGLRLRYQQCLETISKLEREVSHAQDNAKRLSSEVLAGAAKLKTVEDQCTLLESSNETLKLEADGLTHKLAAKDQEIFQKQNELEKFQSLIEDEHSRYLEIEVSLKTLQSLYSQSQEEQKVITSELQSRIGMLRDLETRNLKLEGDISSVKEENQNLSELNDSSMIFLETQKCEISSLKEIKEKLEEEVARHINQSSAFQEEIRRLKDEIDSLNKRYQAIMEQVNLAGLDPKSLACSVRKLQDENSKLTELCNHQSDDKDALTEKLRELDNILRKNVCLEKLLLESNTKLDGSREKTKDLQERCESLRGEKYEFIAERANLLSQLQIMTENMQKLLEKNSLLETSLSGANIELQCVKEKSKCFEEFFQLLKNDKAELIKERESLISQLNAVKEKLGVLEKKFTELEGKYADLQREKQFKNLQVEELRVSLATEKQERASYERSTDTRLADLQNNVSFLREECRSRKKEFEEELDRAVNAQVEIFILQKFIEDLEQKNFSLLIECQKYAEASSFSEKLIAELESENLEQQMEAEFLVHEIDNFRGAICQVFKALQVEADCKTADQKIAKERIPVSRVLGEINELKCSLSSAEYETQRLVIENSVLLSLLGQFQSDGMKLESEKRDVEKDLETIVHHYGMLKKDRLELLEMNRQLKSELIDREQRELELKAELQTEHLKFENLHESYMALHQDYSDALGKNKSLHLKFSELKGEICILEEENGAILEEAIALNNVSVVYQSLGSEKAEQAEAFAKNLNSLQNINSGLKQKVETLEEILKGKEVDSQELNSKLEKLQESLEEANELNDLLEHQILVKEETLRQKAIELLEAEEMLKATHNANAELCEAVEELRKDCKESRKLKGNLEKRNSELCDLAGRQDEEIKILSNLKENLESEVKLLHKEIQEHRVREEFLSSELQEKSNEFGLWDAEATSFYFDLQISAVREVLLENKVQELTGVCENLKDEAVTKTTEINQIKETVGFLEFEVSELKTQLSAYDPVVASLAEDVRSLEQNALSLMK-LPVPAGRRREGVQNDEHQEAAVSQ--EPVGHCSTNLDNGIVLLQD-------MKTRIKTIKQAVAEEKKRRGKLRRRSSSHR--------------SKDRKLFEEIELEDQFSGEIRQPRSPAMTESKNGSLMKDIPLDQVADTTSYGRSRRTSRGSSDQMLELWEEAAEP--ESSIKFLINNKNSKKPLIP-----RLHRRSR-----NPSVESQSEKMVGVVDKLELSRS----TEDN--AKILERLLSDSRRLASLRISLRDLKSKLEINEKPGKFTNPDFARVRKQMKEMEEAIFQLANTNEILSNEIEETGD------------VRDIYRKVVMEKSRIGSEKIEQMQQEMQNIERTVLKLEEGATKSKGRRKFSESRTVILLRDIIHKGGKRTARKKKNRFCGCMRSSGNEE 1728
BLAST of evm.model.Chr07.529.5.62113170 vs. Araport11
Match: AT3G22790.1 (| Kinase interacting (KIP1-like) family protein | Chr3:8052446-8057888 REVERSE LENGTH=1728 | 201606) HSP 1 Score: 1261.51 bits (3263), Expect = 0.000e+0 Identity = 806/1832 (44.00%), Postives = 1161/1832 (63.37%), Query Frame = 0
Query: 1 MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPNLLNDDS-PCSSSGTGAEPHTPEVPHPIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSRKGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQSLKKELEVIQSDKDSIFLQYQKSLEKLSELERELAKAQQDAGGLDDRASKAEIEIDVLKEALAELKYEKDAGLVQYKQCVERIASLETTLYLAQMDAKGNDERAAKADTEAKNLRKELAKLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQLERTELEVKSLRKNLADLNEEKESVAALYKQCLLKVSTMESEILHAQEISKRLNREIEIGAEKLKTAEKQCDMLEKSNQSLQLEADVLLQKISMKDQKLLENHTELERLQTMMHEEQSRFLQIETTLHTLQKSYSQSQEEQRSLALELKHGLQLLEDIELSKQGFKEEMQHIVEENRTLHELNFSSTRSLENQQTEISELKKIKEKLEREFAIKVEESNVLQQESGQVKDEIQVLNNRYQTILEELGFVGLNPKSFAASVKDLRKEITMLKEVCKMEQDEKEVLREKSKDMDKLLSEKAFMESSLSNLNDELDGLRVTVKKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQDQLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHG-KGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEGAELVTEKGILEQEFENTREQHAMLQKVKLELLEINMELRSEVTKGEEKENELQSKLEALHLDLIDLQRTNLLCQEENCRLLEEKSSLMGSVLDLKEAKSATEQEYSIILHEALALKNLSLVYESFFTEKVLEQRALAENLSDLHSLNSDLKRELGLLRKKFEVKEAENVYLKESVERMGKDMEESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEGSMNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFEIWEAEAATFYFDLQISSISEALLENKVNELSGVCMRLEDERDAKSMEIKQMTERVSQLEGEVGGLKGQLSAYTPAISSLKEDFASLEQTALLRIKTVPVKC--------NQEQKDAGIETCLQENGH-QTSADNKSILTPDGVSDLLSMKARIRAVEMSLVQEIERHVKEENLTTKANPGALTNVSNVEVSPNSSRK--EEKVLKDGSTCDLNSWR----TKPESGSLMKDIPLDHISDTPATKSCRRENSGTDDQMLELWETAEQDCCDSS----IDNEAMKQSSVPTEDVITYHQSDNSGKFLNTSSELDVEKELG-VDRFQLSKSIKERTQDGKRKKILERLASDAQKLSMLKTSVQDLKQKMETKKRNKKGDYTEYETVKRQIEEVEGAVVKLADTNDQLTKDLEESAPSLNRETSVELEKSRHSQRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKLAD--EKSKGKNRFT-GKTVILLRDFIH-SGKKSSKKRSKGFCGCSRPSTNED 1806
MAT+LHSESRRLYSWWWDSHI PKNSKW+Q+NL+DMD+KVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHAT EL AHKT++EAFPN + D S+S + +EP TPE P IQ F +S S S++GL QL + G +E+EV+SLK+ L + ++K+++ LQYQ SL K S LE++L AQ+D GLD+RASKAEIE +L EALA+L+ E+DA L++Y + +++I LE + AQ D KG RA KA+TE +NL++ ++L +EK+A +Y +CLE IS LE K+ AEEN+ + Q + E E+K+LR L +NE K+ + Y+QCL +S +E E+ HAQ+ +KRL+ E+ GA KLKT E QC +LE SN++L+LEAD L K++ KDQ++ + ELE+ Q+++ +E SR+L+IE +L TLQ YSQSQEEQ+ + EL+ + +L D+E + ++ + EEN+ L ELN SS LE Q+ EIS LK+IKEKLE E A + +S+ Q+E ++KDEI LN RYQ I+E++ GL+PKS A SV+ L+ E + L E+C + D+K+ L EK +++D +L + +E L N +LDG R K LQE C L+ EK AE++ LLSQLQI+TE+MQ LEKN+LLE SL A IEL+ ++ KS EEF LL N+K L+ ER L+SQL +V+ KLG LE++FT+LE KYAD++++K+ + QVEEL + L +K++ A+++ S++ R+A+L+N V L+EE R K EFEEELD+AVNAQVE+FILQK +EDLEQKN LL ECQK+ E S FS+K+I+ELESENL QQME EFL+ EI F+ I QV ALQV++ + I +E +P+S +L I LK SL + E +L++ENSVLL++L Q +S+G +L +EK +E++ E + ML+K +LELLE+N +L+SE+ E++E EL+++L+ HL +L + + ++ L + SL +LK E+E IL EA+AL N+S+VY+S +EK + A A+NL+ L ++NS LK+++ L + + KE ++ L +E++ + +EE+ N+ L QI E L +K ELLE E LKA +AE C +E+L+ + ++ R + NLE++ EL + + +EI+ L+ +L S+++ L +E+++ R REE LSSEL +K+NEF +W+AEA +FYFDLQIS++ E LLENKV EL+GVC L+DE K+ EI Q+ E V LE EV LK QLSAY P ++SL ED SLEQ AL +K +PV N E ++A + + GH T+ DN +L D MK RI+ ++ ++ +E +R K ++ + RK EE L+D + ++ R T+ ++GSLMKDIPLD ++DT + RR + G+ DQMLELWE A + +SS I+N+ K+ +P H+ N S E EK +G VD+ +LS+S T+D KILERL SD+++L+ L+ S++DLK K+E ++ K ++ V++Q++E+E A+ +LA+TN+ L+ ++EE+ R RK V E++R GSE+I ++Q ++QNI+ T+LKL + KSKG+ +F+ +TVILLRD IH GK++++K+ FCGC R S NE+
Sbjct: 1 MATVLHSESRRLYSWWWDSHI-PKNSKWIQQNLSDMDSKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATVELCHAHKTMAEAFPNQVPFDMIEDSASSSCSEPRTPEKMPP------------------GIQ--------PFYDSDSATSKRGLSQLTEYLG-----------------------NSETEVESLKRTLVELGAEKEALNLQYQLSLNKFSRLEKDLEVAQKDVSGLDERASKAEIETKILAEALAKLEAERDAALLRYNESMQKITELEESFSHAQEDVKGLTNRATKAETEVENLKQAHSRLHSEKEAGLAEYNRCLEMISNLEKKVRDAEENAQNFSNQSAKAEDEIKALRHELVKVNEVKDGLRLRYQQCLETISKLEREVSHAQDNAKRLSSEVLAGAAKLKTVEDQCTLLESSNETLKLEADGLTHKLAAKDQEIFQKQNELEKFQSLIEDEHSRYLEIEVSLKTLQSLYSQSQEEQKVITSELQSRIGMLRDLETRNLKLEGDISSVKEENQNLSELNDSSMIFLETQKCEISSLKEIKEKLEEEVARHINQSSAFQEEIRRLKDEIDSLNKRYQAIMEQVNLAGLDPKSLACSVRKLQDENSKLTELCNHQSDDKDALTEKLRELDNILRKNVCLEKLLLESNTKLDGSREKTKDLQERCESLRGEKYEFIAERANLLSQLQIMTENMQKLLEKNSLLETSLSGANIELQCVKEKSKCFEEFFQLLKNDKAELIKERESLISQLNAVKEKLGVLEKKFTELEGKYADLQREKQFKNLQVEELRVSLATEKQERASYERSTDTRLADLQNNVSFLREECRSRKKEFEEELDRAVNAQVEIFILQKFIEDLEQKNFSLLIECQKYAEASSFSEKLIAELESENLEQQMEAEFLVHEIDNFRGAICQVFKALQVEADCKTADQKIAKERIPVSRVLGEINELKCSLSSAEYETQRLVIENSVLLSLLGQFQSDGMKLESEKRDVEKDLETIVHHYGMLKKDRLELLEMNRQLKSELIDREQRELELKAELQTEHLKFENLHESYMALHQDYSDALGKNKSLHLKFSELKGEICILEEENGAILEEAIALNNVSVVYQSLGSEKAEQAEAFAKNLNSLQNINSGLKQKVETLEEILKGKEVDSQELNSKLEKLQESLEEANELNDLLEHQILVKEETLRQKAIELLEAEEMLKATHNANAELCEAVEELRKDCKESRKLKGNLEKRNSELCDLAGRQDEEIKILSNLKENLESEVKLLHKEIQEHRVREEFLSSELQEKSNEFGLWDAEATSFYFDLQISAVREVLLENKVQELTGVCENLKDEAVTKTTEINQIKETVGFLEFEVSELKTQLSAYDPVVASLAEDVRSLEQNALSLMK-LPVPAGRRREGVQNDEHQEAAVSQ--EPVGHCSTNLDNGIVLLQD-------MKTRIKTIKQAVAEEKKRRGKLRRRSSSHR--------------SKDRKLFEEIELEDQFSGEIRQPRSPAMTESKNGSLMKDIPLDQVADTTSYGRSRRTSRGSSDQMLELWEEAAEP--ESSIKFLINNKNSKKPLIP-----RLHRRSR-----NPSVESQSEKMVGVVDKLELSRS----TEDN--AKILERLLSDSRRLASLRISLRDLKSKLEINEKPGKFTNPDFARVRKQMKEMEEAIFQLANTNEILSNEIEETGD------------VRDIYRKVVMEKSRIGSEKIEQMQQEMQNIERTVLKLEEGATKSKGRRKFSESRTVILLRDIIHKGGKRTARKKKNRFCGCMRSSGNEE 1728
BLAST of evm.model.Chr07.529.5.62113170 vs. Araport11
Match: AT4G14760.4 (| kinase interacting (KIP1-like) family protein | Chr4:8475718-8481094 FORWARD LENGTH=1710 | 201606) HSP 1 Score: 1157.13 bits (2992), Expect = 0.000e+0 Identity = 760/1816 (41.85%), Postives = 1116/1816 (61.45%), Query Frame = 0
Query: 1 MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPNLLNDDSPCSSSGTGAEPHTPEVPHPIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSRKGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQSLKKELEVIQSDKDSIFLQYQKSLEKLSELERELAKAQQDAGGLDDRASKAEIEIDVLKEALAELKYEKDAGLVQYKQCVERIASLETTLYLAQMDAKGNDERAAKADTEAKNLRKELAKLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQLERTELEVKSLRKNLADLNEEKESVAALYKQCLLKVSTMESEILHAQEISKRLNREIEIGAEKLKTAEKQCDMLEKSNQSLQLEADVLLQKISMKDQKLLENHTELERLQTMMHEEQSRFLQIETTLHTLQKSYSQSQEEQRSLALELKHGLQLLEDIELSKQGFKEEMQHIVEENRTLHELNFSSTRSLENQQTEISELKKIKEKLEREFAIKVEESNVLQQESGQVKDEIQVLNNRYQTILEELGFVGLNPKSFAASVKDLRKEITMLKEVCKMEQDEKEVLREKSKDMDKLLSEKAFMESSLSNLNDELDGLRVTVKKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQDQLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHGKGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEGAELVTEKGILEQEFENTREQHAMLQKVKLELLEINMELRSEVTKGEEKENELQSKLEALHLDLIDLQRTNLLCQEENCRLLEEKSSLMGSVLDLKEAKSATEQEYSIILHEALALKNLSLVYESFFTEKVLEQRALAENLSDLHSLNSDLKRELGLLRKKFEVKEAENVYLKESVERMGKDMEESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEGSMNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFEIWEAEAATFYFDLQISSISEALLENKVNELSGVCMRLEDERDAKSMEIKQMTERVSQLEGEVGGLKGQLSAYTPAISSLKEDFASLEQTALLRIKTVPVKCNQEQKDAGIETCLQENGHQTSADNKSILTPDGVSDLLSMKARIRAVEMSLVQEIERHVKEENLTTKANPGALTNVSNVEVSPNSSRKEEKVLKDGSTCDLNSWRTKPESGS-----LMKDIPLDHISDTPATKSCRRENSGTDDQMLELW-ETAEQDCCDSSIDNEAMKQSSVPTEDVITYHQSDNSGKFLNTSSELDVEKELG-VDRFQLSKSIKERTQDGKRKKILERLASDAQKLSMLKTSVQDLKQKMETKKRNKKGDYTEYETVKRQIEEVEGAVVKLADTNDQLTKDLEESAPSLNRETSVELEKSRHSQRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKLAD-EKSKGKNRFT-GKTVILLRDFIH-SGKKSSKKRSKGFCGCSRPSTNED 1806
MA+L SES RLYSWWWDSHI PKNSKW+Q+NL DMD+KVK MIKLIE DADSFARRA+MY+KKRPELMKLVEE YRAYRALAERYDH T ELR+AHK + EAFPN ++ D S+ + +EP T ++ ALQKD S++ Q+N + G S + +A+SEV++LK+ L +Q++K+++ LQYQ L K+S E+EL AQ+D G D+RA KA+IEI +LKE+LA+L+ E+D GL+QY Q +ERIA LE ++ Q AKG R ++A+ EA +L+KEL++L++EK+A L+Y + LE IS LE I AEE+ Q E+ E E+K+L++ L LNE E + Y+QCL +S +E E+ HAQ+ +KRL+ E+ GA K+KT E+QC +LE NQ++++EA+ L K+S KDQ+L + E+E+LQ +M EEQ RF ++ +L L+ +SQSQEEQ+ L EL +Q+L ++E+ + ++ EENR L E+N +S SLE Q+ EIS LKK+KEKLE E A ++ +S+ LQ E VK I +N RYQ +++++ G +P+S + SVK L+ E + L E+C ++DE + K +MD +L A +E L N +LDG R K L E C L+ EKS LAAE++ L+SQLQI+T +MQ LEKN++LEKSL A IELE LR KS ++F L N+K L+ ER LVSQL VE KLG LE+++T+LE +Y D+++D + + QVEEL + L A+K++ AN+K S+E+R+A+L+ V L+EE R K E+E+ELD+ VN QVE+FILQK +EDLEQKN LL ECQKHVE S+FS+K+I+ELESENL QQME E LDEI + I+QV+ ALQV++ + I ++++ +S L I+ LKGSL + E +L+VENSVLL++L Q +S+G L +EK ILE++ + Q ML+K K +L E N L+S++ K E++E +L+++L+ +L L + ++ Q++ L + +L+ + K+ E+E IL EA+AL N +VY SF +E E E +S L +++ LKR++ L KK E KE E+ L + +E + + +EE L Q+ + + +LE ++ E+LE LKA + E + +E+L+ + E R + NLE QI ELS+ + ++EI L N +L S+++ L +E+++Q+ REE LS EL +K+NE +W++ A +FYFDLQ+S+I E +LENKVNELSGVC L DE K+ +IKQM E V LE +V LK QLSAY P I+SL D +LE++ K P Q++ + L+E+G TS N G+ L + I+ +E + V+E R ++ +T + N++ P+ D T + R +PE LMKD P D ++D+ + + G++D M E W E+AE + + + N Q S+ + HQS N ++ +K +G VD+ +LS++I+++ KILERL SD+++LS L+ S+ DLK+K+E ++ ++ + VKRQ++E+E AV +L +TN+ L+K++EE+ +R RK V E++R GSE+I +LQ +QNI+ T+LKL D KSKG+ F+ +TVILLRD IH GK+S++K+ FCGC R ST E+
Sbjct: 1 MASLSQSESGRLYSWWWDSHI-PKNSKWIQDNLADMDSKVKTMIKLIEADADSFARRADMYFKKRPELMKLVEELYRAYRALAERYDHTTVELRRAHKVMVEAFPNQMSFDMIEDSASSSSEPRTE---------ADTEALQKDGTK----------------------SKRSFSQMNKLDGTSD------------------SHEADSEVETLKRTLLELQTEKEALNLQYQLILSKVSRFEKELNDAQKDVKGFDERACKADIEIKILKESLAKLEVERDTGLLQYSQAIERIADLEASISHGQEYAKGLTNRVSEAEREAMSLKKELSRLQSEKEAGLLRYNKSLELISSLEKTIRDAEESVRVFRDQSEQAETEIKALKQELLKLNEVNEDLNVRYQQCLETISKLEREVSHAQDNAKRLSSEVLAGAAKIKTVEEQCALLESFNQTMKVEAENLAHKMSAKDQELSQKQNEIEKLQAVMQEEQLRFSELGASLRNLESLHSQSQEEQKVLTSELHSRIQMLRELEMRNSKLEGDISS-KEENRNLSEINDTSI-SLEIQKNEISCLKKMKEKLEEEVAKQMNQSSALQVEIHCVKGNIDSMNRRYQKLIDQVSLTGFDPESLSYSVKKLQDENSKLVELCTNQRDENNAVTGKLCEMDSILKRNADLEKLLLESNTKLDGSREKAKDLIERCESLRGEKSELAAERANLVSQLQIMTANMQTLLEKNSVLEKSLSCANIELESLRDKSKCFDDFFQFLKNDKSELMKERESLVSQLCKVEEKLGVLEKKYTELEVRYTDLQRDNKLKSHQVEELQVSLAAEKQESANYKRSTESRLADLQKNVSFLREECRSRKREYEDELDRVVNKQVEIFILQKLIEDLEQKNFSLLIECQKHVEASEFSEKLIAELESENLEQQMEAEIFLDEIDSLRGAIYQVIKALQVEADCKTEQKITKDQISVSRALGEIDSLKGSLSSAEYEMHRLVVENSVLLSLLGQFQSDGLVLESEKNILEKDLKTKIHQCGMLEKDKQDLQEANRLLKSKLIKREQQEQKLRAELKFENLKFESLHDSYMVLQQDYSYTLNDNKTLLLKFSEFKDGMHVVEEENDAILQEAVALSNTCVVYRSFGSEMAEEVEDFVETVSSLREISTGLKRKVETLEKKLEGKEKESQGLNKMLENLQEGLEEDNFLTGLLEHQVSNVDEILEHREMEILEAEHMLKATNNENEELHKEVEELRKDYEDSRRMRANLEWQISELSDVAGRQEEEIRKLNALNENLESEVQFLNKEIQRQQVREEYLSLELQEKSNEIGLWDSAATSFYFDLQVSAIRELILENKVNELSGVCENLNDEVVTKTTKIKQMKETVGFLESQVTELKSQLSAYDPVIASLAGDVKALEKSTHALTK-FPATAYQQR----VGNNLEESGSTTSPCN-------GIVILKEINPSIKTIEQAFVKEKGRLSRQITRSTSQKRRDRRKIENIQ--PD----------DQVTGESRQPRLRPEMTEVKNELLMKDNPRDQVTDSLTYGRSQGTSHGSND-MFEFWDESAESETSVNFLINSNKPQRSLNSN---LRHQSRNPS--------IESDKAVGVVDKLELSRNIEDKA------KILERLLSDSRRLSSLRISLTDLKRKLEMNEKQRRFSNADLVIVKRQLKEMEEAVSQLENTNEILSKEIEETGD------------ARDIYRKVVVEKSRSGSEKIEQLQNKMQNIEQTVLKLEDGTKSKGRKMFSETRTVILLRDIIHKGGKRSARKKKNRFCGCIRSSTKEE 1710
BLAST of evm.model.Chr07.529.5.62113170 vs. Araport11
Match: AT4G14760.3 (| kinase interacting (KIP1-like) family protein | Chr4:8475718-8481094 FORWARD LENGTH=1710 | 201606) HSP 1 Score: 1157.13 bits (2992), Expect = 0.000e+0 Identity = 760/1816 (41.85%), Postives = 1116/1816 (61.45%), Query Frame = 0
Query: 1 MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPNLLNDDSPCSSSGTGAEPHTPEVPHPIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSRKGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQSLKKELEVIQSDKDSIFLQYQKSLEKLSELERELAKAQQDAGGLDDRASKAEIEIDVLKEALAELKYEKDAGLVQYKQCVERIASLETTLYLAQMDAKGNDERAAKADTEAKNLRKELAKLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQLERTELEVKSLRKNLADLNEEKESVAALYKQCLLKVSTMESEILHAQEISKRLNREIEIGAEKLKTAEKQCDMLEKSNQSLQLEADVLLQKISMKDQKLLENHTELERLQTMMHEEQSRFLQIETTLHTLQKSYSQSQEEQRSLALELKHGLQLLEDIELSKQGFKEEMQHIVEENRTLHELNFSSTRSLENQQTEISELKKIKEKLEREFAIKVEESNVLQQESGQVKDEIQVLNNRYQTILEELGFVGLNPKSFAASVKDLRKEITMLKEVCKMEQDEKEVLREKSKDMDKLLSEKAFMESSLSNLNDELDGLRVTVKKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQDQLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHGKGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEGAELVTEKGILEQEFENTREQHAMLQKVKLELLEINMELRSEVTKGEEKENELQSKLEALHLDLIDLQRTNLLCQEENCRLLEEKSSLMGSVLDLKEAKSATEQEYSIILHEALALKNLSLVYESFFTEKVLEQRALAENLSDLHSLNSDLKRELGLLRKKFEVKEAENVYLKESVERMGKDMEESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEGSMNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFEIWEAEAATFYFDLQISSISEALLENKVNELSGVCMRLEDERDAKSMEIKQMTERVSQLEGEVGGLKGQLSAYTPAISSLKEDFASLEQTALLRIKTVPVKCNQEQKDAGIETCLQENGHQTSADNKSILTPDGVSDLLSMKARIRAVEMSLVQEIERHVKEENLTTKANPGALTNVSNVEVSPNSSRKEEKVLKDGSTCDLNSWRTKPESGS-----LMKDIPLDHISDTPATKSCRRENSGTDDQMLELW-ETAEQDCCDSSIDNEAMKQSSVPTEDVITYHQSDNSGKFLNTSSELDVEKELG-VDRFQLSKSIKERTQDGKRKKILERLASDAQKLSMLKTSVQDLKQKMETKKRNKKGDYTEYETVKRQIEEVEGAVVKLADTNDQLTKDLEESAPSLNRETSVELEKSRHSQRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKLAD-EKSKGKNRFT-GKTVILLRDFIH-SGKKSSKKRSKGFCGCSRPSTNED 1806
MA+L SES RLYSWWWDSHI PKNSKW+Q+NL DMD+KVK MIKLIE DADSFARRA+MY+KKRPELMKLVEE YRAYRALAERYDH T ELR+AHK + EAFPN ++ D S+ + +EP T ++ ALQKD S++ Q+N + G S + +A+SEV++LK+ L +Q++K+++ LQYQ L K+S E+EL AQ+D G D+RA KA+IEI +LKE+LA+L+ E+D GL+QY Q +ERIA LE ++ Q AKG R ++A+ EA +L+KEL++L++EK+A L+Y + LE IS LE I AEE+ Q E+ E E+K+L++ L LNE E + Y+QCL +S +E E+ HAQ+ +KRL+ E+ GA K+KT E+QC +LE NQ++++EA+ L K+S KDQ+L + E+E+LQ +M EEQ RF ++ +L L+ +SQSQEEQ+ L EL +Q+L ++E+ + ++ EENR L E+N +S SLE Q+ EIS LKK+KEKLE E A ++ +S+ LQ E VK I +N RYQ +++++ G +P+S + SVK L+ E + L E+C ++DE + K +MD +L A +E L N +LDG R K L E C L+ EKS LAAE++ L+SQLQI+T +MQ LEKN++LEKSL A IELE LR KS ++F L N+K L+ ER LVSQL VE KLG LE+++T+LE +Y D+++D + + QVEEL + L A+K++ AN+K S+E+R+A+L+ V L+EE R K E+E+ELD+ VN QVE+FILQK +EDLEQKN LL ECQKHVE S+FS+K+I+ELESENL QQME E LDEI + I+QV+ ALQV++ + I ++++ +S L I+ LKGSL + E +L+VENSVLL++L Q +S+G L +EK ILE++ + Q ML+K K +L E N L+S++ K E++E +L+++L+ +L L + ++ Q++ L + +L+ + K+ E+E IL EA+AL N +VY SF +E E E +S L +++ LKR++ L KK E KE E+ L + +E + + +EE L Q+ + + +LE ++ E+LE LKA + E + +E+L+ + E R + NLE QI ELS+ + ++EI L N +L S+++ L +E+++Q+ REE LS EL +K+NE +W++ A +FYFDLQ+S+I E +LENKVNELSGVC L DE K+ +IKQM E V LE +V LK QLSAY P I+SL D +LE++ K P Q++ + L+E+G TS N G+ L + I+ +E + V+E R ++ +T + N++ P+ D T + R +PE LMKD P D ++D+ + + G++D M E W E+AE + + + N Q S+ + HQS N ++ +K +G VD+ +LS++I+++ KILERL SD+++LS L+ S+ DLK+K+E ++ ++ + VKRQ++E+E AV +L +TN+ L+K++EE+ +R RK V E++R GSE+I +LQ +QNI+ T+LKL D KSKG+ F+ +TVILLRD IH GK+S++K+ FCGC R ST E+
Sbjct: 1 MASLSQSESGRLYSWWWDSHI-PKNSKWIQDNLADMDSKVKTMIKLIEADADSFARRADMYFKKRPELMKLVEELYRAYRALAERYDHTTVELRRAHKVMVEAFPNQMSFDMIEDSASSSSEPRTE---------ADTEALQKDGTK----------------------SKRSFSQMNKLDGTSD------------------SHEADSEVETLKRTLLELQTEKEALNLQYQLILSKVSRFEKELNDAQKDVKGFDERACKADIEIKILKESLAKLEVERDTGLLQYSQAIERIADLEASISHGQEYAKGLTNRVSEAEREAMSLKKELSRLQSEKEAGLLRYNKSLELISSLEKTIRDAEESVRVFRDQSEQAETEIKALKQELLKLNEVNEDLNVRYQQCLETISKLEREVSHAQDNAKRLSSEVLAGAAKIKTVEEQCALLESFNQTMKVEAENLAHKMSAKDQELSQKQNEIEKLQAVMQEEQLRFSELGASLRNLESLHSQSQEEQKVLTSELHSRIQMLRELEMRNSKLEGDISS-KEENRNLSEINDTSI-SLEIQKNEISCLKKMKEKLEEEVAKQMNQSSALQVEIHCVKGNIDSMNRRYQKLIDQVSLTGFDPESLSYSVKKLQDENSKLVELCTNQRDENNAVTGKLCEMDSILKRNADLEKLLLESNTKLDGSREKAKDLIERCESLRGEKSELAAERANLVSQLQIMTANMQTLLEKNSVLEKSLSCANIELESLRDKSKCFDDFFQFLKNDKSELMKERESLVSQLCKVEEKLGVLEKKYTELEVRYTDLQRDNKLKSHQVEELQVSLAAEKQESANYKRSTESRLADLQKNVSFLREECRSRKREYEDELDRVVNKQVEIFILQKLIEDLEQKNFSLLIECQKHVEASEFSEKLIAELESENLEQQMEAEIFLDEIDSLRGAIYQVIKALQVEADCKTEQKITKDQISVSRALGEIDSLKGSLSSAEYEMHRLVVENSVLLSLLGQFQSDGLVLESEKNILEKDLKTKIHQCGMLEKDKQDLQEANRLLKSKLIKREQQEQKLRAELKFENLKFESLHDSYMVLQQDYSYTLNDNKTLLLKFSEFKDGMHVVEEENDAILQEAVALSNTCVVYRSFGSEMAEEVEDFVETVSSLREISTGLKRKVETLEKKLEGKEKESQGLNKMLENLQEGLEEDNFLTGLLEHQVSNVDEILEHREMEILEAEHMLKATNNENEELHKEVEELRKDYEDSRRMRANLEWQISELSDVAGRQEEEIRKLNALNENLESEVQFLNKEIQRQQVREEYLSLELQEKSNEIGLWDSAATSFYFDLQVSAIRELILENKVNELSGVCENLNDEVVTKTTKIKQMKETVGFLESQVTELKSQLSAYDPVIASLAGDVKALEKSTHALTK-FPATAYQQR----VGNNLEESGSTTSPCN-------GIVILKEINPSIKTIEQAFVKEKGRLSRQITRSTSQKRRDRRKIENIQ--PD----------DQVTGESRQPRLRPEMTEVKNELLMKDNPRDQVTDSLTYGRSQGTSHGSND-MFEFWDESAESETSVNFLINSNKPQRSLNSN---LRHQSRNPS--------IESDKAVGVVDKLELSRNIEDKA------KILERLLSDSRRLSSLRISLTDLKRKLEMNEKQRRFSNADLVIVKRQLKEMEEAVSQLENTNEILSKEIEETGD------------ARDIYRKVVVEKSRSGSEKIEQLQNKMQNIEQTVLKLEDGTKSKGRKMFSETRTVILLRDIIHKGGKRSARKKKNRFCGCIRSSTKEE 1710
BLAST of evm.model.Chr07.529.5.62113170 vs. Araport11
Match: AT4G14760.2 (| kinase interacting (KIP1-like) family protein | Chr4:8475718-8481094 FORWARD LENGTH=1710 | 201606) HSP 1 Score: 1157.13 bits (2992), Expect = 0.000e+0 Identity = 760/1816 (41.85%), Postives = 1116/1816 (61.45%), Query Frame = 0
Query: 1 MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPNLLNDDSPCSSSGTGAEPHTPEVPHPIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSRKGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQSLKKELEVIQSDKDSIFLQYQKSLEKLSELERELAKAQQDAGGLDDRASKAEIEIDVLKEALAELKYEKDAGLVQYKQCVERIASLETTLYLAQMDAKGNDERAAKADTEAKNLRKELAKLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQLERTELEVKSLRKNLADLNEEKESVAALYKQCLLKVSTMESEILHAQEISKRLNREIEIGAEKLKTAEKQCDMLEKSNQSLQLEADVLLQKISMKDQKLLENHTELERLQTMMHEEQSRFLQIETTLHTLQKSYSQSQEEQRSLALELKHGLQLLEDIELSKQGFKEEMQHIVEENRTLHELNFSSTRSLENQQTEISELKKIKEKLEREFAIKVEESNVLQQESGQVKDEIQVLNNRYQTILEELGFVGLNPKSFAASVKDLRKEITMLKEVCKMEQDEKEVLREKSKDMDKLLSEKAFMESSLSNLNDELDGLRVTVKKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQDQLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHGKGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEGAELVTEKGILEQEFENTREQHAMLQKVKLELLEINMELRSEVTKGEEKENELQSKLEALHLDLIDLQRTNLLCQEENCRLLEEKSSLMGSVLDLKEAKSATEQEYSIILHEALALKNLSLVYESFFTEKVLEQRALAENLSDLHSLNSDLKRELGLLRKKFEVKEAENVYLKESVERMGKDMEESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEGSMNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFEIWEAEAATFYFDLQISSISEALLENKVNELSGVCMRLEDERDAKSMEIKQMTERVSQLEGEVGGLKGQLSAYTPAISSLKEDFASLEQTALLRIKTVPVKCNQEQKDAGIETCLQENGHQTSADNKSILTPDGVSDLLSMKARIRAVEMSLVQEIERHVKEENLTTKANPGALTNVSNVEVSPNSSRKEEKVLKDGSTCDLNSWRTKPESGS-----LMKDIPLDHISDTPATKSCRRENSGTDDQMLELW-ETAEQDCCDSSIDNEAMKQSSVPTEDVITYHQSDNSGKFLNTSSELDVEKELG-VDRFQLSKSIKERTQDGKRKKILERLASDAQKLSMLKTSVQDLKQKMETKKRNKKGDYTEYETVKRQIEEVEGAVVKLADTNDQLTKDLEESAPSLNRETSVELEKSRHSQRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKLAD-EKSKGKNRFT-GKTVILLRDFIH-SGKKSSKKRSKGFCGCSRPSTNED 1806
MA+L SES RLYSWWWDSHI PKNSKW+Q+NL DMD+KVK MIKLIE DADSFARRA+MY+KKRPELMKLVEE YRAYRALAERYDH T ELR+AHK + EAFPN ++ D S+ + +EP T ++ ALQKD S++ Q+N + G S + +A+SEV++LK+ L +Q++K+++ LQYQ L K+S E+EL AQ+D G D+RA KA+IEI +LKE+LA+L+ E+D GL+QY Q +ERIA LE ++ Q AKG R ++A+ EA +L+KEL++L++EK+A L+Y + LE IS LE I AEE+ Q E+ E E+K+L++ L LNE E + Y+QCL +S +E E+ HAQ+ +KRL+ E+ GA K+KT E+QC +LE NQ++++EA+ L K+S KDQ+L + E+E+LQ +M EEQ RF ++ +L L+ +SQSQEEQ+ L EL +Q+L ++E+ + ++ EENR L E+N +S SLE Q+ EIS LKK+KEKLE E A ++ +S+ LQ E VK I +N RYQ +++++ G +P+S + SVK L+ E + L E+C ++DE + K +MD +L A +E L N +LDG R K L E C L+ EKS LAAE++ L+SQLQI+T +MQ LEKN++LEKSL A IELE LR KS ++F L N+K L+ ER LVSQL VE KLG LE+++T+LE +Y D+++D + + QVEEL + L A+K++ AN+K S+E+R+A+L+ V L+EE R K E+E+ELD+ VN QVE+FILQK +EDLEQKN LL ECQKHVE S+FS+K+I+ELESENL QQME E LDEI + I+QV+ ALQV++ + I ++++ +S L I+ LKGSL + E +L+VENSVLL++L Q +S+G L +EK ILE++ + Q ML+K K +L E N L+S++ K E++E +L+++L+ +L L + ++ Q++ L + +L+ + K+ E+E IL EA+AL N +VY SF +E E E +S L +++ LKR++ L KK E KE E+ L + +E + + +EE L Q+ + + +LE ++ E+LE LKA + E + +E+L+ + E R + NLE QI ELS+ + ++EI L N +L S+++ L +E+++Q+ REE LS EL +K+NE +W++ A +FYFDLQ+S+I E +LENKVNELSGVC L DE K+ +IKQM E V LE +V LK QLSAY P I+SL D +LE++ K P Q++ + L+E+G TS N G+ L + I+ +E + V+E R ++ +T + N++ P+ D T + R +PE LMKD P D ++D+ + + G++D M E W E+AE + + + N Q S+ + HQS N ++ +K +G VD+ +LS++I+++ KILERL SD+++LS L+ S+ DLK+K+E ++ ++ + VKRQ++E+E AV +L +TN+ L+K++EE+ +R RK V E++R GSE+I +LQ +QNI+ T+LKL D KSKG+ F+ +TVILLRD IH GK+S++K+ FCGC R ST E+
Sbjct: 1 MASLSQSESGRLYSWWWDSHI-PKNSKWIQDNLADMDSKVKTMIKLIEADADSFARRADMYFKKRPELMKLVEELYRAYRALAERYDHTTVELRRAHKVMVEAFPNQMSFDMIEDSASSSSEPRTE---------ADTEALQKDGTK----------------------SKRSFSQMNKLDGTSD------------------SHEADSEVETLKRTLLELQTEKEALNLQYQLILSKVSRFEKELNDAQKDVKGFDERACKADIEIKILKESLAKLEVERDTGLLQYSQAIERIADLEASISHGQEYAKGLTNRVSEAEREAMSLKKELSRLQSEKEAGLLRYNKSLELISSLEKTIRDAEESVRVFRDQSEQAETEIKALKQELLKLNEVNEDLNVRYQQCLETISKLEREVSHAQDNAKRLSSEVLAGAAKIKTVEEQCALLESFNQTMKVEAENLAHKMSAKDQELSQKQNEIEKLQAVMQEEQLRFSELGASLRNLESLHSQSQEEQKVLTSELHSRIQMLRELEMRNSKLEGDISS-KEENRNLSEINDTSI-SLEIQKNEISCLKKMKEKLEEEVAKQMNQSSALQVEIHCVKGNIDSMNRRYQKLIDQVSLTGFDPESLSYSVKKLQDENSKLVELCTNQRDENNAVTGKLCEMDSILKRNADLEKLLLESNTKLDGSREKAKDLIERCESLRGEKSELAAERANLVSQLQIMTANMQTLLEKNSVLEKSLSCANIELESLRDKSKCFDDFFQFLKNDKSELMKERESLVSQLCKVEEKLGVLEKKYTELEVRYTDLQRDNKLKSHQVEELQVSLAAEKQESANYKRSTESRLADLQKNVSFLREECRSRKREYEDELDRVVNKQVEIFILQKLIEDLEQKNFSLLIECQKHVEASEFSEKLIAELESENLEQQMEAEIFLDEIDSLRGAIYQVIKALQVEADCKTEQKITKDQISVSRALGEIDSLKGSLSSAEYEMHRLVVENSVLLSLLGQFQSDGLVLESEKNILEKDLKTKIHQCGMLEKDKQDLQEANRLLKSKLIKREQQEQKLRAELKFENLKFESLHDSYMVLQQDYSYTLNDNKTLLLKFSEFKDGMHVVEEENDAILQEAVALSNTCVVYRSFGSEMAEEVEDFVETVSSLREISTGLKRKVETLEKKLEGKEKESQGLNKMLENLQEGLEEDNFLTGLLEHQVSNVDEILEHREMEILEAEHMLKATNNENEELHKEVEELRKDYEDSRRMRANLEWQISELSDVAGRQEEEIRKLNALNENLESEVQFLNKEIQRQQVREEYLSLELQEKSNEIGLWDSAATSFYFDLQVSAIRELILENKVNELSGVCENLNDEVVTKTTKIKQMKETVGFLESQVTELKSQLSAYDPVIASLAGDVKALEKSTHALTK-FPATAYQQR----VGNNLEESGSTTSPCN-------GIVILKEINPSIKTIEQAFVKEKGRLSRQITRSTSQKRRDRRKIENIQ--PD----------DQVTGESRQPRLRPEMTEVKNELLMKDNPRDQVTDSLTYGRSQGTSHGSND-MFEFWDESAESETSVNFLINSNKPQRSLNSN---LRHQSRNPS--------IESDKAVGVVDKLELSRNIEDKA------KILERLLSDSRRLSSLRISLTDLKRKLEMNEKQRRFSNADLVIVKRQLKEMEEAVSQLENTNEILSKEIEETGD------------ARDIYRKVVVEKSRSGSEKIEQLQNKMQNIEQTVLKLEDGTKSKGRKMFSETRTVILLRDIIHKGGKRSARKKKNRFCGCIRSSTKEE 1710
BLAST of evm.model.Chr07.529.5.62113170 vs. Araport11
Match: AT4G14760.1 (| kinase interacting (KIP1-like) family protein | Chr4:8475718-8481094 FORWARD LENGTH=1710 | 201606) HSP 1 Score: 1157.13 bits (2992), Expect = 0.000e+0 Identity = 760/1816 (41.85%), Postives = 1116/1816 (61.45%), Query Frame = 0
Query: 1 MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPNLLNDDSPCSSSGTGAEPHTPEVPHPIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSRKGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQSLKKELEVIQSDKDSIFLQYQKSLEKLSELERELAKAQQDAGGLDDRASKAEIEIDVLKEALAELKYEKDAGLVQYKQCVERIASLETTLYLAQMDAKGNDERAAKADTEAKNLRKELAKLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQLERTELEVKSLRKNLADLNEEKESVAALYKQCLLKVSTMESEILHAQEISKRLNREIEIGAEKLKTAEKQCDMLEKSNQSLQLEADVLLQKISMKDQKLLENHTELERLQTMMHEEQSRFLQIETTLHTLQKSYSQSQEEQRSLALELKHGLQLLEDIELSKQGFKEEMQHIVEENRTLHELNFSSTRSLENQQTEISELKKIKEKLEREFAIKVEESNVLQQESGQVKDEIQVLNNRYQTILEELGFVGLNPKSFAASVKDLRKEITMLKEVCKMEQDEKEVLREKSKDMDKLLSEKAFMESSLSNLNDELDGLRVTVKKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQDQLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHGKGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEGAELVTEKGILEQEFENTREQHAMLQKVKLELLEINMELRSEVTKGEEKENELQSKLEALHLDLIDLQRTNLLCQEENCRLLEEKSSLMGSVLDLKEAKSATEQEYSIILHEALALKNLSLVYESFFTEKVLEQRALAENLSDLHSLNSDLKRELGLLRKKFEVKEAENVYLKESVERMGKDMEESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEGSMNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFEIWEAEAATFYFDLQISSISEALLENKVNELSGVCMRLEDERDAKSMEIKQMTERVSQLEGEVGGLKGQLSAYTPAISSLKEDFASLEQTALLRIKTVPVKCNQEQKDAGIETCLQENGHQTSADNKSILTPDGVSDLLSMKARIRAVEMSLVQEIERHVKEENLTTKANPGALTNVSNVEVSPNSSRKEEKVLKDGSTCDLNSWRTKPESGS-----LMKDIPLDHISDTPATKSCRRENSGTDDQMLELW-ETAEQDCCDSSIDNEAMKQSSVPTEDVITYHQSDNSGKFLNTSSELDVEKELG-VDRFQLSKSIKERTQDGKRKKILERLASDAQKLSMLKTSVQDLKQKMETKKRNKKGDYTEYETVKRQIEEVEGAVVKLADTNDQLTKDLEESAPSLNRETSVELEKSRHSQRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKLAD-EKSKGKNRFT-GKTVILLRDFIH-SGKKSSKKRSKGFCGCSRPSTNED 1806
MA+L SES RLYSWWWDSHI PKNSKW+Q+NL DMD+KVK MIKLIE DADSFARRA+MY+KKRPELMKLVEE YRAYRALAERYDH T ELR+AHK + EAFPN ++ D S+ + +EP T ++ ALQKD S++ Q+N + G S + +A+SEV++LK+ L +Q++K+++ LQYQ L K+S E+EL AQ+D G D+RA KA+IEI +LKE+LA+L+ E+D GL+QY Q +ERIA LE ++ Q AKG R ++A+ EA +L+KEL++L++EK+A L+Y + LE IS LE I AEE+ Q E+ E E+K+L++ L LNE E + Y+QCL +S +E E+ HAQ+ +KRL+ E+ GA K+KT E+QC +LE NQ++++EA+ L K+S KDQ+L + E+E+LQ +M EEQ RF ++ +L L+ +SQSQEEQ+ L EL +Q+L ++E+ + ++ EENR L E+N +S SLE Q+ EIS LKK+KEKLE E A ++ +S+ LQ E VK I +N RYQ +++++ G +P+S + SVK L+ E + L E+C ++DE + K +MD +L A +E L N +LDG R K L E C L+ EKS LAAE++ L+SQLQI+T +MQ LEKN++LEKSL A IELE LR KS ++F L N+K L+ ER LVSQL VE KLG LE+++T+LE +Y D+++D + + QVEEL + L A+K++ AN+K S+E+R+A+L+ V L+EE R K E+E+ELD+ VN QVE+FILQK +EDLEQKN LL ECQKHVE S+FS+K+I+ELESENL QQME E LDEI + I+QV+ ALQV++ + I ++++ +S L I+ LKGSL + E +L+VENSVLL++L Q +S+G L +EK ILE++ + Q ML+K K +L E N L+S++ K E++E +L+++L+ +L L + ++ Q++ L + +L+ + K+ E+E IL EA+AL N +VY SF +E E E +S L +++ LKR++ L KK E KE E+ L + +E + + +EE L Q+ + + +LE ++ E+LE LKA + E + +E+L+ + E R + NLE QI ELS+ + ++EI L N +L S+++ L +E+++Q+ REE LS EL +K+NE +W++ A +FYFDLQ+S+I E +LENKVNELSGVC L DE K+ +IKQM E V LE +V LK QLSAY P I+SL D +LE++ K P Q++ + L+E+G TS N G+ L + I+ +E + V+E R ++ +T + N++ P+ D T + R +PE LMKD P D ++D+ + + G++D M E W E+AE + + + N Q S+ + HQS N ++ +K +G VD+ +LS++I+++ KILERL SD+++LS L+ S+ DLK+K+E ++ ++ + VKRQ++E+E AV +L +TN+ L+K++EE+ +R RK V E++R GSE+I +LQ +QNI+ T+LKL D KSKG+ F+ +TVILLRD IH GK+S++K+ FCGC R ST E+
Sbjct: 1 MASLSQSESGRLYSWWWDSHI-PKNSKWIQDNLADMDSKVKTMIKLIEADADSFARRADMYFKKRPELMKLVEELYRAYRALAERYDHTTVELRRAHKVMVEAFPNQMSFDMIEDSASSSSEPRTE---------ADTEALQKDGTK----------------------SKRSFSQMNKLDGTSD------------------SHEADSEVETLKRTLLELQTEKEALNLQYQLILSKVSRFEKELNDAQKDVKGFDERACKADIEIKILKESLAKLEVERDTGLLQYSQAIERIADLEASISHGQEYAKGLTNRVSEAEREAMSLKKELSRLQSEKEAGLLRYNKSLELISSLEKTIRDAEESVRVFRDQSEQAETEIKALKQELLKLNEVNEDLNVRYQQCLETISKLEREVSHAQDNAKRLSSEVLAGAAKIKTVEEQCALLESFNQTMKVEAENLAHKMSAKDQELSQKQNEIEKLQAVMQEEQLRFSELGASLRNLESLHSQSQEEQKVLTSELHSRIQMLRELEMRNSKLEGDISS-KEENRNLSEINDTSI-SLEIQKNEISCLKKMKEKLEEEVAKQMNQSSALQVEIHCVKGNIDSMNRRYQKLIDQVSLTGFDPESLSYSVKKLQDENSKLVELCTNQRDENNAVTGKLCEMDSILKRNADLEKLLLESNTKLDGSREKAKDLIERCESLRGEKSELAAERANLVSQLQIMTANMQTLLEKNSVLEKSLSCANIELESLRDKSKCFDDFFQFLKNDKSELMKERESLVSQLCKVEEKLGVLEKKYTELEVRYTDLQRDNKLKSHQVEELQVSLAAEKQESANYKRSTESRLADLQKNVSFLREECRSRKREYEDELDRVVNKQVEIFILQKLIEDLEQKNFSLLIECQKHVEASEFSEKLIAELESENLEQQMEAEIFLDEIDSLRGAIYQVIKALQVEADCKTEQKITKDQISVSRALGEIDSLKGSLSSAEYEMHRLVVENSVLLSLLGQFQSDGLVLESEKNILEKDLKTKIHQCGMLEKDKQDLQEANRLLKSKLIKREQQEQKLRAELKFENLKFESLHDSYMVLQQDYSYTLNDNKTLLLKFSEFKDGMHVVEEENDAILQEAVALSNTCVVYRSFGSEMAEEVEDFVETVSSLREISTGLKRKVETLEKKLEGKEKESQGLNKMLENLQEGLEEDNFLTGLLEHQVSNVDEILEHREMEILEAEHMLKATNNENEELHKEVEELRKDYEDSRRMRANLEWQISELSDVAGRQEEEIRKLNALNENLESEVQFLNKEIQRQQVREEYLSLELQEKSNEIGLWDSAATSFYFDLQVSAIRELILENKVNELSGVCENLNDEVVTKTTKIKQMKETVGFLESQVTELKSQLSAYDPVIASLAGDVKALEKSTHALTK-FPATAYQQR----VGNNLEESGSTTSPCN-------GIVILKEINPSIKTIEQAFVKEKGRLSRQITRSTSQKRRDRRKIENIQ--PD----------DQVTGESRQPRLRPEMTEVKNELLMKDNPRDQVTDSLTYGRSQGTSHGSND-MFEFWDESAESETSVNFLINSNKPQRSLNSN---LRHQSRNPS--------IESDKAVGVVDKLELSRNIEDKA------KILERLLSDSRRLSSLRISLTDLKRKLEMNEKQRRFSNADLVIVKRQLKEMEEAVSQLENTNEILSKEIEETGD------------ARDIYRKVVVEKSRSGSEKIEQLQNKMQNIEQTVLKLEDGTKSKGRKMFSETRTVILLRDIIHKGGKRSARKKKNRFCGCIRSSTKEE 1710
BLAST of evm.model.Chr07.529.5.62113170 vs. Araport11
Match: AT1G03080.3 (| kinase interacting (KIP1-like) family protein | Chr1:731794-737332 REVERSE LENGTH=1733 | 201606) HSP 1 Score: 1021.15 bits (2639), Expect = 0.000e+0 Identity = 680/1814 (37.49%), Postives = 1093/1814 (60.25%), Query Frame = 0
Query: 1 MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPN----LLNDDSPCSSSGTGAEPHTPEVPHPIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSR-KGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQSLKKELEVIQSDKDSIFLQYQKSLEKLSELERELAKAQQDAGGLDDRASKAEIEIDVLKEALAELKYEKDAGLVQYKQCVERIASLETTLYLAQMDAKGNDERAAKADTEAKNLRKELAKLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQLERTELEVKSLRKNLADLNEEKESVAALYKQCLLKVSTMESEILHAQEISKRLNREIEIGAEKLKTAEKQCDMLEKSNQSLQLEADVLLQKISMKDQKLLENHTELERLQTMMHEEQSRFLQIETTLHTLQKSYSQSQEEQRSLALELKHGLQLLEDIELSKQGFKEEMQHIVEENRTLHELNFSSTRSLENQQTEISELKKIKEKLEREFAIKVEESNVLQQESGQVKDEIQVLNNRYQTILEELGFVGLNPKSFAASVKDLRKEITMLKEVCKMEQDEKEVLREKSKDMDKLLSEKAFMESSLSNLNDELDGLRVTVKKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQDQLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHGKGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEGAELVTEKGILEQEFENTREQHAMLQKVKLELLEINMELRSEVTKGEEKENELQSKLEALHLDLIDLQRTNLLCQEENCRLLEEKSSLMGSVLDLKEAKSATEQEYSIILHEALALKNLSLVYESFFTEKVLEQRALAENLSDLHSLNSDLKRELGLLRKKFEVKEAENVYLKESVERMGKDMEESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEGSMNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFEIWEAEAATFYFDLQISSISEALLENKVNELSGVCMRLEDERDAKSMEIKQMTERVSQLEGEVGGLKGQLSAYTPAISSLKEDFASLEQTALLRIKTVPVKCNQEQKDAGIETCLQENGHQTSADNKSILTPDGVSDLLSMKARIRAVEMSLVQEIERHVKEENLTTKANPGALTNVSNVEVSPNSSRKEEKVLKDGSTCDLNSWRTKPESGSLMKDIPLDHISDTPATKSCRRENSGTDDQMLELWETAEQDCCDSSIDNEAMKQSSVPTEDVITYHQSDNSGKFLNTSSELDVEKELGVDRFQLSKSIKERTQDGKRKKILERLASDAQKLSMLKTSVQDLKQKMETKKRNKKGDYTEYETVKRQIEEVEGAVVKLADTNDQLTKDLEESAP-SLNRETSVELEKSRHSQRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKL-ADEKSKGKNRFT-GKTVILLRDFIHSG-----KKSSKKRSKGFCGCSRP 1801
M +++ S+R YSWWWDSHISPKNSKWLQENLTDMD+KVK MIK+IEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATG +R A +T++EAFPN + ++SP SS G +P TP+ PIR+ + L+K AFG SS ++ +F E P +S KG K GL+ + + + A+ SESERA KAE+E+ +LK L +Q++K++ Q+ ++LEKLS LE E+++AQ+D+ L +RA++AE E++ L+E+L++++ EK++ L+QY+QC++ IA LE + LAQ +A DERA +A+ E L++ L E +K+AA +QY+QCL+ IS LE ++ AEE+S NQ+ E E EV+SL++ ++ L EE E+ Y+QCL ++ ++ ++ HAQE ++RL+REIE G KLK AE++C +LE+SNQ+L E D LL+K+ + +L E EL RL T + EE RF++ ET TLQ+ +SQSQEE +LALEL++ Q+L+D+E G +EE+Q +++++L+ELN SS S+++ Q E+S+L++ +KLE E ++V++ N LQQE +K+E+ + ++Q+++E++ VGL+P+SF +SVK+L++E + LKE+ + E EK L EK + M+KL+ + +E+S+S+LN EL+ +R +K L+E+ L EEKS L +EK L+S+LQ TE+ + E+N +LE SL +A +ELE L++K SLEE C+LLN++K L +ER L+S ++++ ++ +LE+ +L+ K ++ ++ES + ++EEL + L A+ ++A+ SE+RM +E+ + LQ+E + E++ ELD+A +A +E+ +LQKC++D +K+ L+ E Q E SK +K++SELE EN+ +Q++++ ++ I+ + GI+QVL L++ G G G +++ + ILN +E ++ L+ ++E +EN VL+ L Q +SE + TEK ILE+E E+ +Q + + +L+ +N EL ++V +G +E L ++E H ++ L+ + Q +N + L+EK+ L S L L+E K E + S++L E + NL ++ E EK+ L E+L L + L+ E+ L K + + N L+ +E+ ++ +++ N HL +I N+ +K++ELLE + + + +E + +E L+ ++ + I E+ ++Q+L L K+ H EAN L + + +L E+E+ + +E L+ EL + NE E+WE+++AT + +LQIS++ E LLE NEL C LE K EI+Q+ RV+ LE G + Y AI LKE SLE+ A+L ++ + ET + DN DG ++ + RI+A+E + I + + E L T + + ++ + EE + + KDI LD +SD + R+ +D D S++ ++ Q+ GK L+ E+ L VD+ ++S + +D ++K+LERL SD QKLS L +V+DLK K+ET+++++KG EYET+K QI E E A+ KL N +L ++ S ++S++L+++ S+R+R++EQAR+GSE+IGRLQ ++Q +Q+ LLKL D + + K + + KT ILLRD+I+SG +K KKR FCGC +P
Sbjct: 1 MTAVVNGNSKR-YSWWWDSHISPKNSKWLQENLTDMDSKVKQMIKVIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGVIRHAQQTMAEAFPNQDPMMFGEESPLGSSTDGFDPQTPDSYPPIRAPVYPDDLRKGAFGISSSHLSTVKRNIAFMEDPQSVSSGKGFKTAKARKGLNFNNVDGKEINAKVLSESERASKAEAEIVALKDALSKVQAEKEASLAQFDQNLEKLSNLESEVSRAQEDSRVLIERATRAEAEVETLRESLSKVEVEKESSLLQYQQCLQNIADLEDRISLAQKEAGEVDERANRAEAETLALKQSLVSSETDKEAALVQYQQCLKTISNLEERLHKAEEDSRLTNQRAENAEGEVESLKQKVSKLIEENEAYELQYQQCLDTIADLKLKLFHAQEETQRLSREIEDGVAKLKFAEEKCVVLERSNQNLHSELDGLLEKLGNQSHELTEKQKELGRLWTCVQEENLRFMEAETAFQTLQQLHSQSQEELSTLALELQNRSQILKDMEARNNGLQEEVQEAKDQSKSLNELNLSSAASIKSLQEEVSKLRETIQKLEAEVELRVDQRNALQQEIYCLKEELSQIGKKHQSMVEQVELVGLHPESFGSSVKELQEENSKLKEIRERESIEKTALIEKLEMMEKLVQKNLLLENSISDLNAELETIRGKLKTLEEASMSLAEEKSGLHSEKDMLISRLQSATENSKKLSEENMVLENSLFNANVELEELKSKLKSLEESCHLLNDDKTTLTSERESLLSHIDTMRKRIEDLEKEHAELKVKVLELATERESSLQKIEELGVSLNAKDCEYASFVQFSESRMNGMESTIHHLQDENQCRVREYQVELDRAHDAHIEIIVLQKCLQDWLEKSSSLIAENQDIKEASKLLEKLVSELEEENIGKQVQIDSSINCIKILRTGIYQVLMKLEIIPGIGSGDENSRDQRNMHDILNRLEDMQTMLLSIRDENQHSAIENLVLIEFLRQLKSEAVGIETEKKILEEELESQCQQLSFSRDETQKLIFVNGELTTKVNQGVNREKVLMVEIEDFHRQVLQLRDDYTILQGDNNKTLDEKAYLTKSTLQLEEEKCKLEDDISLLLSETIYQSNLIILLEDVILEKLSGAMKLNEDLDRLSIVKCKLEEEVRELGDKLKSADIANFQLQVVLEKSNAELLSARSANVHLEHEI---ANVKVQKEKELLEAMLMISIMQNEKSELSKAVEGLECRYKEAKAIEEDRDKQVLRLRGDYDEQVKKNSHSNEANLKLEADLMNLLMELEEIKVEKENLNQELFTERNEIELWESQSATLFGELQISAVHETLLEGLTNELVEACKNLESRSTLKDREIEQLKGRVNNLEDANKGQNDLMCKYAQAIFLLKESIQSLEKHAML---------HEFENGPATETA-------SLVDN-----SDGFLEIQELHLRIKAIE----EAITKKLAMEELKTSSARRSRRRNGSLRKQNHEIYSEETEM-------------------ITKDIVLDQVSDCSSYGISTRDILKIED--------------DHSLEAKS---------------QNPPKGKSLS-------EESLVVDKLEISDRFTDPNKDANKRKVLERLNSDLQKLSNLHVAVEDLKIKVETEEKDEKGKENEYETIKGQINEAEEALEKLLSINRKLVTKVQNGFERSDGSKSSMDLDENESSRRRRISEQARRGSEKIGRLQLEIQRLQFLLLKLEGDREDRAKAKISDSKTRILLRDYIYSGVRGERRKRIKKRF-AFCGCVQP 1729
BLAST of evm.model.Chr07.529.5.62113170 vs. Araport11
Match: AT1G03080.2 (| kinase interacting (KIP1-like) family protein | Chr1:731794-737332 REVERSE LENGTH=1733 | 201606) HSP 1 Score: 1021.15 bits (2639), Expect = 0.000e+0 Identity = 680/1814 (37.49%), Postives = 1093/1814 (60.25%), Query Frame = 0
Query: 1 MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPN----LLNDDSPCSSSGTGAEPHTPEVPHPIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSR-KGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQSLKKELEVIQSDKDSIFLQYQKSLEKLSELERELAKAQQDAGGLDDRASKAEIEIDVLKEALAELKYEKDAGLVQYKQCVERIASLETTLYLAQMDAKGNDERAAKADTEAKNLRKELAKLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQLERTELEVKSLRKNLADLNEEKESVAALYKQCLLKVSTMESEILHAQEISKRLNREIEIGAEKLKTAEKQCDMLEKSNQSLQLEADVLLQKISMKDQKLLENHTELERLQTMMHEEQSRFLQIETTLHTLQKSYSQSQEEQRSLALELKHGLQLLEDIELSKQGFKEEMQHIVEENRTLHELNFSSTRSLENQQTEISELKKIKEKLEREFAIKVEESNVLQQESGQVKDEIQVLNNRYQTILEELGFVGLNPKSFAASVKDLRKEITMLKEVCKMEQDEKEVLREKSKDMDKLLSEKAFMESSLSNLNDELDGLRVTVKKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQDQLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHGKGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEGAELVTEKGILEQEFENTREQHAMLQKVKLELLEINMELRSEVTKGEEKENELQSKLEALHLDLIDLQRTNLLCQEENCRLLEEKSSLMGSVLDLKEAKSATEQEYSIILHEALALKNLSLVYESFFTEKVLEQRALAENLSDLHSLNSDLKRELGLLRKKFEVKEAENVYLKESVERMGKDMEESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEGSMNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFEIWEAEAATFYFDLQISSISEALLENKVNELSGVCMRLEDERDAKSMEIKQMTERVSQLEGEVGGLKGQLSAYTPAISSLKEDFASLEQTALLRIKTVPVKCNQEQKDAGIETCLQENGHQTSADNKSILTPDGVSDLLSMKARIRAVEMSLVQEIERHVKEENLTTKANPGALTNVSNVEVSPNSSRKEEKVLKDGSTCDLNSWRTKPESGSLMKDIPLDHISDTPATKSCRRENSGTDDQMLELWETAEQDCCDSSIDNEAMKQSSVPTEDVITYHQSDNSGKFLNTSSELDVEKELGVDRFQLSKSIKERTQDGKRKKILERLASDAQKLSMLKTSVQDLKQKMETKKRNKKGDYTEYETVKRQIEEVEGAVVKLADTNDQLTKDLEESAP-SLNRETSVELEKSRHSQRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKL-ADEKSKGKNRFT-GKTVILLRDFIHSG-----KKSSKKRSKGFCGCSRP 1801
M +++ S+R YSWWWDSHISPKNSKWLQENLTDMD+KVK MIK+IEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATG +R A +T++EAFPN + ++SP SS G +P TP+ PIR+ + L+K AFG SS ++ +F E P +S KG K GL+ + + + A+ SESERA KAE+E+ +LK L +Q++K++ Q+ ++LEKLS LE E+++AQ+D+ L +RA++AE E++ L+E+L++++ EK++ L+QY+QC++ IA LE + LAQ +A DERA +A+ E L++ L E +K+AA +QY+QCL+ IS LE ++ AEE+S NQ+ E E EV+SL++ ++ L EE E+ Y+QCL ++ ++ ++ HAQE ++RL+REIE G KLK AE++C +LE+SNQ+L E D LL+K+ + +L E EL RL T + EE RF++ ET TLQ+ +SQSQEE +LALEL++ Q+L+D+E G +EE+Q +++++L+ELN SS S+++ Q E+S+L++ +KLE E ++V++ N LQQE +K+E+ + ++Q+++E++ VGL+P+SF +SVK+L++E + LKE+ + E EK L EK + M+KL+ + +E+S+S+LN EL+ +R +K L+E+ L EEKS L +EK L+S+LQ TE+ + E+N +LE SL +A +ELE L++K SLEE C+LLN++K L +ER L+S ++++ ++ +LE+ +L+ K ++ ++ES + ++EEL + L A+ ++A+ SE+RM +E+ + LQ+E + E++ ELD+A +A +E+ +LQKC++D +K+ L+ E Q E SK +K++SELE EN+ +Q++++ ++ I+ + GI+QVL L++ G G G +++ + ILN +E ++ L+ ++E +EN VL+ L Q +SE + TEK ILE+E E+ +Q + + +L+ +N EL ++V +G +E L ++E H ++ L+ + Q +N + L+EK+ L S L L+E K E + S++L E + NL ++ E EK+ L E+L L + L+ E+ L K + + N L+ +E+ ++ +++ N HL +I N+ +K++ELLE + + + +E + +E L+ ++ + I E+ ++Q+L L K+ H EAN L + + +L E+E+ + +E L+ EL + NE E+WE+++AT + +LQIS++ E LLE NEL C LE K EI+Q+ RV+ LE G + Y AI LKE SLE+ A+L ++ + ET + DN DG ++ + RI+A+E + I + + E L T + + ++ + EE + + KDI LD +SD + R+ +D D S++ ++ Q+ GK L+ E+ L VD+ ++S + +D ++K+LERL SD QKLS L +V+DLK K+ET+++++KG EYET+K QI E E A+ KL N +L ++ S ++S++L+++ S+R+R++EQAR+GSE+IGRLQ ++Q +Q+ LLKL D + + K + + KT ILLRD+I+SG +K KKR FCGC +P
Sbjct: 1 MTAVVNGNSKR-YSWWWDSHISPKNSKWLQENLTDMDSKVKQMIKVIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGVIRHAQQTMAEAFPNQDPMMFGEESPLGSSTDGFDPQTPDSYPPIRAPVYPDDLRKGAFGISSSHLSTVKRNIAFMEDPQSVSSGKGFKTAKARKGLNFNNVDGKEINAKVLSESERASKAEAEIVALKDALSKVQAEKEASLAQFDQNLEKLSNLESEVSRAQEDSRVLIERATRAEAEVETLRESLSKVEVEKESSLLQYQQCLQNIADLEDRISLAQKEAGEVDERANRAEAETLALKQSLVSSETDKEAALVQYQQCLKTISNLEERLHKAEEDSRLTNQRAENAEGEVESLKQKVSKLIEENEAYELQYQQCLDTIADLKLKLFHAQEETQRLSREIEDGVAKLKFAEEKCVVLERSNQNLHSELDGLLEKLGNQSHELTEKQKELGRLWTCVQEENLRFMEAETAFQTLQQLHSQSQEELSTLALELQNRSQILKDMEARNNGLQEEVQEAKDQSKSLNELNLSSAASIKSLQEEVSKLRETIQKLEAEVELRVDQRNALQQEIYCLKEELSQIGKKHQSMVEQVELVGLHPESFGSSVKELQEENSKLKEIRERESIEKTALIEKLEMMEKLVQKNLLLENSISDLNAELETIRGKLKTLEEASMSLAEEKSGLHSEKDMLISRLQSATENSKKLSEENMVLENSLFNANVELEELKSKLKSLEESCHLLNDDKTTLTSERESLLSHIDTMRKRIEDLEKEHAELKVKVLELATERESSLQKIEELGVSLNAKDCEYASFVQFSESRMNGMESTIHHLQDENQCRVREYQVELDRAHDAHIEIIVLQKCLQDWLEKSSSLIAENQDIKEASKLLEKLVSELEEENIGKQVQIDSSINCIKILRTGIYQVLMKLEIIPGIGSGDENSRDQRNMHDILNRLEDMQTMLLSIRDENQHSAIENLVLIEFLRQLKSEAVGIETEKKILEEELESQCQQLSFSRDETQKLIFVNGELTTKVNQGVNREKVLMVEIEDFHRQVLQLRDDYTILQGDNNKTLDEKAYLTKSTLQLEEEKCKLEDDISLLLSETIYQSNLIILLEDVILEKLSGAMKLNEDLDRLSIVKCKLEEEVRELGDKLKSADIANFQLQVVLEKSNAELLSARSANVHLEHEI---ANVKVQKEKELLEAMLMISIMQNEKSELSKAVEGLECRYKEAKAIEEDRDKQVLRLRGDYDEQVKKNSHSNEANLKLEADLMNLLMELEEIKVEKENLNQELFTERNEIELWESQSATLFGELQISAVHETLLEGLTNELVEACKNLESRSTLKDREIEQLKGRVNNLEDANKGQNDLMCKYAQAIFLLKESIQSLEKHAML---------HEFENGPATETA-------SLVDN-----SDGFLEIQELHLRIKAIE----EAITKKLAMEELKTSSARRSRRRNGSLRKQNHEIYSEETEM-------------------ITKDIVLDQVSDCSSYGISTRDILKIED--------------DHSLEAKS---------------QNPPKGKSLS-------EESLVVDKLEISDRFTDPNKDANKRKVLERLNSDLQKLSNLHVAVEDLKIKVETEEKDEKGKENEYETIKGQINEAEEALEKLLSINRKLVTKVQNGFERSDGSKSSMDLDENESSRRRRISEQARRGSEKIGRLQLEIQRLQFLLLKLEGDREDRAKAKISDSKTRILLRDYIYSGVRGERRKRIKKRF-AFCGCVQP 1729
BLAST of evm.model.Chr07.529.5.62113170 vs. Araport11
Match: AT1G03080.1 (| kinase interacting (KIP1-like) family protein | Chr1:731794-737332 REVERSE LENGTH=1733 | 201606) HSP 1 Score: 1021.15 bits (2639), Expect = 0.000e+0 Identity = 680/1814 (37.49%), Postives = 1093/1814 (60.25%), Query Frame = 0
Query: 1 MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPN----LLNDDSPCSSSGTGAEPHTPEVPHPIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSR-KGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQSLKKELEVIQSDKDSIFLQYQKSLEKLSELERELAKAQQDAGGLDDRASKAEIEIDVLKEALAELKYEKDAGLVQYKQCVERIASLETTLYLAQMDAKGNDERAAKADTEAKNLRKELAKLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQLERTELEVKSLRKNLADLNEEKESVAALYKQCLLKVSTMESEILHAQEISKRLNREIEIGAEKLKTAEKQCDMLEKSNQSLQLEADVLLQKISMKDQKLLENHTELERLQTMMHEEQSRFLQIETTLHTLQKSYSQSQEEQRSLALELKHGLQLLEDIELSKQGFKEEMQHIVEENRTLHELNFSSTRSLENQQTEISELKKIKEKLEREFAIKVEESNVLQQESGQVKDEIQVLNNRYQTILEELGFVGLNPKSFAASVKDLRKEITMLKEVCKMEQDEKEVLREKSKDMDKLLSEKAFMESSLSNLNDELDGLRVTVKKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQDQLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHGKGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEGAELVTEKGILEQEFENTREQHAMLQKVKLELLEINMELRSEVTKGEEKENELQSKLEALHLDLIDLQRTNLLCQEENCRLLEEKSSLMGSVLDLKEAKSATEQEYSIILHEALALKNLSLVYESFFTEKVLEQRALAENLSDLHSLNSDLKRELGLLRKKFEVKEAENVYLKESVERMGKDMEESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEGSMNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFEIWEAEAATFYFDLQISSISEALLENKVNELSGVCMRLEDERDAKSMEIKQMTERVSQLEGEVGGLKGQLSAYTPAISSLKEDFASLEQTALLRIKTVPVKCNQEQKDAGIETCLQENGHQTSADNKSILTPDGVSDLLSMKARIRAVEMSLVQEIERHVKEENLTTKANPGALTNVSNVEVSPNSSRKEEKVLKDGSTCDLNSWRTKPESGSLMKDIPLDHISDTPATKSCRRENSGTDDQMLELWETAEQDCCDSSIDNEAMKQSSVPTEDVITYHQSDNSGKFLNTSSELDVEKELGVDRFQLSKSIKERTQDGKRKKILERLASDAQKLSMLKTSVQDLKQKMETKKRNKKGDYTEYETVKRQIEEVEGAVVKLADTNDQLTKDLEESAP-SLNRETSVELEKSRHSQRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKL-ADEKSKGKNRFT-GKTVILLRDFIHSG-----KKSSKKRSKGFCGCSRP 1801
M +++ S+R YSWWWDSHISPKNSKWLQENLTDMD+KVK MIK+IEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATG +R A +T++EAFPN + ++SP SS G +P TP+ PIR+ + L+K AFG SS ++ +F E P +S KG K GL+ + + + A+ SESERA KAE+E+ +LK L +Q++K++ Q+ ++LEKLS LE E+++AQ+D+ L +RA++AE E++ L+E+L++++ EK++ L+QY+QC++ IA LE + LAQ +A DERA +A+ E L++ L E +K+AA +QY+QCL+ IS LE ++ AEE+S NQ+ E E EV+SL++ ++ L EE E+ Y+QCL ++ ++ ++ HAQE ++RL+REIE G KLK AE++C +LE+SNQ+L E D LL+K+ + +L E EL RL T + EE RF++ ET TLQ+ +SQSQEE +LALEL++ Q+L+D+E G +EE+Q +++++L+ELN SS S+++ Q E+S+L++ +KLE E ++V++ N LQQE +K+E+ + ++Q+++E++ VGL+P+SF +SVK+L++E + LKE+ + E EK L EK + M+KL+ + +E+S+S+LN EL+ +R +K L+E+ L EEKS L +EK L+S+LQ TE+ + E+N +LE SL +A +ELE L++K SLEE C+LLN++K L +ER L+S ++++ ++ +LE+ +L+ K ++ ++ES + ++EEL + L A+ ++A+ SE+RM +E+ + LQ+E + E++ ELD+A +A +E+ +LQKC++D +K+ L+ E Q E SK +K++SELE EN+ +Q++++ ++ I+ + GI+QVL L++ G G G +++ + ILN +E ++ L+ ++E +EN VL+ L Q +SE + TEK ILE+E E+ +Q + + +L+ +N EL ++V +G +E L ++E H ++ L+ + Q +N + L+EK+ L S L L+E K E + S++L E + NL ++ E EK+ L E+L L + L+ E+ L K + + N L+ +E+ ++ +++ N HL +I N+ +K++ELLE + + + +E + +E L+ ++ + I E+ ++Q+L L K+ H EAN L + + +L E+E+ + +E L+ EL + NE E+WE+++AT + +LQIS++ E LLE NEL C LE K EI+Q+ RV+ LE G + Y AI LKE SLE+ A+L ++ + ET + DN DG ++ + RI+A+E + I + + E L T + + ++ + EE + + KDI LD +SD + R+ +D D S++ ++ Q+ GK L+ E+ L VD+ ++S + +D ++K+LERL SD QKLS L +V+DLK K+ET+++++KG EYET+K QI E E A+ KL N +L ++ S ++S++L+++ S+R+R++EQAR+GSE+IGRLQ ++Q +Q+ LLKL D + + K + + KT ILLRD+I+SG +K KKR FCGC +P
Sbjct: 1 MTAVVNGNSKR-YSWWWDSHISPKNSKWLQENLTDMDSKVKQMIKVIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGVIRHAQQTMAEAFPNQDPMMFGEESPLGSSTDGFDPQTPDSYPPIRAPVYPDDLRKGAFGISSSHLSTVKRNIAFMEDPQSVSSGKGFKTAKARKGLNFNNVDGKEINAKVLSESERASKAEAEIVALKDALSKVQAEKEASLAQFDQNLEKLSNLESEVSRAQEDSRVLIERATRAEAEVETLRESLSKVEVEKESSLLQYQQCLQNIADLEDRISLAQKEAGEVDERANRAEAETLALKQSLVSSETDKEAALVQYQQCLKTISNLEERLHKAEEDSRLTNQRAENAEGEVESLKQKVSKLIEENEAYELQYQQCLDTIADLKLKLFHAQEETQRLSREIEDGVAKLKFAEEKCVVLERSNQNLHSELDGLLEKLGNQSHELTEKQKELGRLWTCVQEENLRFMEAETAFQTLQQLHSQSQEELSTLALELQNRSQILKDMEARNNGLQEEVQEAKDQSKSLNELNLSSAASIKSLQEEVSKLRETIQKLEAEVELRVDQRNALQQEIYCLKEELSQIGKKHQSMVEQVELVGLHPESFGSSVKELQEENSKLKEIRERESIEKTALIEKLEMMEKLVQKNLLLENSISDLNAELETIRGKLKTLEEASMSLAEEKSGLHSEKDMLISRLQSATENSKKLSEENMVLENSLFNANVELEELKSKLKSLEESCHLLNDDKTTLTSERESLLSHIDTMRKRIEDLEKEHAELKVKVLELATERESSLQKIEELGVSLNAKDCEYASFVQFSESRMNGMESTIHHLQDENQCRVREYQVELDRAHDAHIEIIVLQKCLQDWLEKSSSLIAENQDIKEASKLLEKLVSELEEENIGKQVQIDSSINCIKILRTGIYQVLMKLEIIPGIGSGDENSRDQRNMHDILNRLEDMQTMLLSIRDENQHSAIENLVLIEFLRQLKSEAVGIETEKKILEEELESQCQQLSFSRDETQKLIFVNGELTTKVNQGVNREKVLMVEIEDFHRQVLQLRDDYTILQGDNNKTLDEKAYLTKSTLQLEEEKCKLEDDISLLLSETIYQSNLIILLEDVILEKLSGAMKLNEDLDRLSIVKCKLEEEVRELGDKLKSADIANFQLQVVLEKSNAELLSARSANVHLEHEI---ANVKVQKEKELLEAMLMISIMQNEKSELSKAVEGLECRYKEAKAIEEDRDKQVLRLRGDYDEQVKKNSHSNEANLKLEADLMNLLMELEEIKVEKENLNQELFTERNEIELWESQSATLFGELQISAVHETLLEGLTNELVEACKNLESRSTLKDREIEQLKGRVNNLEDANKGQNDLMCKYAQAIFLLKESIQSLEKHAML---------HEFENGPATETA-------SLVDN-----SDGFLEIQELHLRIKAIE----EAITKKLAMEELKTSSARRSRRRNGSLRKQNHEIYSEETEM-------------------ITKDIVLDQVSDCSSYGISTRDILKIED--------------DHSLEAKS---------------QNPPKGKSLS-------EESLVVDKLEISDRFTDPNKDANKRKVLERLNSDLQKLSNLHVAVEDLKIKVETEEKDEKGKENEYETIKGQINEAEEALEKLLSINRKLVTKVQNGFERSDGSKSSMDLDENESSRRRRISEQARRGSEKIGRLQLEIQRLQFLLLKLEGDREDRAKAKISDSKTRILLRDYIYSGVRGERRKRIKKRF-AFCGCVQP 1729
BLAST of evm.model.Chr07.529.5.62113170 vs. UniProtKB/TrEMBL
Match: tr|A0A4D6N627|A0A4D6N627_VIGUN (Protein Networked NET OS=Vigna unguiculata OX=3917 GN=DEO72_LG9g3333 PE=4 SV=1) HSP 1 Score: 3619.71 bits (9385), Expect = 0.000e+0 Identity = 1806/1806 (100.00%), Postives = 1806/1806 (100.00%), Query Frame = 0
Query: 1 MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPNLLNDDSPCSSSGTGAEPHTPEVPHPIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSRKGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQSLKKELEVIQSDKDSIFLQYQKSLEKLSELERELAKAQQDAGGLDDRASKAEIEIDVLKEALAELKYEKDAGLVQYKQCVERIASLETTLYLAQMDAKGNDERAAKADTEAKNLRKELAKLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQLERTELEVKSLRKNLADLNEEKESVAALYKQCLLKVSTMESEILHAQEISKRLNREIEIGAEKLKTAEKQCDMLEKSNQSLQLEADVLLQKISMKDQKLLENHTELERLQTMMHEEQSRFLQIETTLHTLQKSYSQSQEEQRSLALELKHGLQLLEDIELSKQGFKEEMQHIVEENRTLHELNFSSTRSLENQQTEISELKKIKEKLEREFAIKVEESNVLQQESGQVKDEIQVLNNRYQTILEELGFVGLNPKSFAASVKDLRKEITMLKEVCKMEQDEKEVLREKSKDMDKLLSEKAFMESSLSNLNDELDGLRVTVKKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQDQLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHGKGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEGAELVTEKGILEQEFENTREQHAMLQKVKLELLEINMELRSEVTKGEEKENELQSKLEALHLDLIDLQRTNLLCQEENCRLLEEKSSLMGSVLDLKEAKSATEQEYSIILHEALALKNLSLVYESFFTEKVLEQRALAENLSDLHSLNSDLKRELGLLRKKFEVKEAENVYLKESVERMGKDMEESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEGSMNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFEIWEAEAATFYFDLQISSISEALLENKVNELSGVCMRLEDERDAKSMEIKQMTERVSQLEGEVGGLKGQLSAYTPAISSLKEDFASLEQTALLRIKTVPVKCNQEQKDAGIETCLQENGHQTSADNKSILTPDGVSDLLSMKARIRAVEMSLVQEIERHVKEENLTTKANPGALTNVSNVEVSPNSSRKEEKVLKDGSTCDLNSWRTKPESGSLMKDIPLDHISDTPATKSCRRENSGTDDQMLELWETAEQDCCDSSIDNEAMKQSSVPTEDVITYHQSDNSGKFLNTSSELDVEKELGVDRFQLSKSIKERTQDGKRKKILERLASDAQKLSMLKTSVQDLKQKMETKKRNKKGDYTEYETVKRQIEEVEGAVVKLADTNDQLTKDLEESAPSLNRETSVELEKSRHSQRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKLADEKSKGKNRFTGKTVILLRDFIHSGKKSSKKRSKGFCGCSRPSTNED 1806
MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPNLLNDDSPCSSSGTGAEPHTPEVPHPIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSRKGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQSLKKELEVIQSDKDSIFLQYQKSLEKLSELERELAKAQQDAGGLDDRASKAEIEIDVLKEALAELKYEKDAGLVQYKQCVERIASLETTLYLAQMDAKGNDERAAKADTEAKNLRKELAKLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQLERTELEVKSLRKNLADLNEEKESVAALYKQCLLKVSTMESEILHAQEISKRLNREIEIGAEKLKTAEKQCDMLEKSNQSLQLEADVLLQKISMKDQKLLENHTELERLQTMMHEEQSRFLQIETTLHTLQKSYSQSQEEQRSLALELKHGLQLLEDIELSKQGFKEEMQHIVEENRTLHELNFSSTRSLENQQTEISELKKIKEKLEREFAIKVEESNVLQQESGQVKDEIQVLNNRYQTILEELGFVGLNPKSFAASVKDLRKEITMLKEVCKMEQDEKEVLREKSKDMDKLLSEKAFMESSLSNLNDELDGLRVTVKKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQDQLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHGKGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEGAELVTEKGILEQEFENTREQHAMLQKVKLELLEINMELRSEVTKGEEKENELQSKLEALHLDLIDLQRTNLLCQEENCRLLEEKSSLMGSVLDLKEAKSATEQEYSIILHEALALKNLSLVYESFFTEKVLEQRALAENLSDLHSLNSDLKRELGLLRKKFEVKEAENVYLKESVERMGKDMEESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEGSMNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFEIWEAEAATFYFDLQISSISEALLENKVNELSGVCMRLEDERDAKSMEIKQMTERVSQLEGEVGGLKGQLSAYTPAISSLKEDFASLEQTALLRIKTVPVKCNQEQKDAGIETCLQENGHQTSADNKSILTPDGVSDLLSMKARIRAVEMSLVQEIERHVKEENLTTKANPGALTNVSNVEVSPNSSRKEEKVLKDGSTCDLNSWRTKPESGSLMKDIPLDHISDTPATKSCRRENSGTDDQMLELWETAEQDCCDSSIDNEAMKQSSVPTEDVITYHQSDNSGKFLNTSSELDVEKELGVDRFQLSKSIKERTQDGKRKKILERLASDAQKLSMLKTSVQDLKQKMETKKRNKKGDYTEYETVKRQIEEVEGAVVKLADTNDQLTKDLEESAPSLNRETSVELEKSRHSQRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKLADEKSKGKNRFTGKTVILLRDFIHSGKKSSKKRSKGFCGCSRPSTNED
Sbjct: 1 MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPNLLNDDSPCSSSGTGAEPHTPEVPHPIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSRKGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQSLKKELEVIQSDKDSIFLQYQKSLEKLSELERELAKAQQDAGGLDDRASKAEIEIDVLKEALAELKYEKDAGLVQYKQCVERIASLETTLYLAQMDAKGNDERAAKADTEAKNLRKELAKLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQLERTELEVKSLRKNLADLNEEKESVAALYKQCLLKVSTMESEILHAQEISKRLNREIEIGAEKLKTAEKQCDMLEKSNQSLQLEADVLLQKISMKDQKLLENHTELERLQTMMHEEQSRFLQIETTLHTLQKSYSQSQEEQRSLALELKHGLQLLEDIELSKQGFKEEMQHIVEENRTLHELNFSSTRSLENQQTEISELKKIKEKLEREFAIKVEESNVLQQESGQVKDEIQVLNNRYQTILEELGFVGLNPKSFAASVKDLRKEITMLKEVCKMEQDEKEVLREKSKDMDKLLSEKAFMESSLSNLNDELDGLRVTVKKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQDQLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHGKGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEGAELVTEKGILEQEFENTREQHAMLQKVKLELLEINMELRSEVTKGEEKENELQSKLEALHLDLIDLQRTNLLCQEENCRLLEEKSSLMGSVLDLKEAKSATEQEYSIILHEALALKNLSLVYESFFTEKVLEQRALAENLSDLHSLNSDLKRELGLLRKKFEVKEAENVYLKESVERMGKDMEESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEGSMNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFEIWEAEAATFYFDLQISSISEALLENKVNELSGVCMRLEDERDAKSMEIKQMTERVSQLEGEVGGLKGQLSAYTPAISSLKEDFASLEQTALLRIKTVPVKCNQEQKDAGIETCLQENGHQTSADNKSILTPDGVSDLLSMKARIRAVEMSLVQEIERHVKEENLTTKANPGALTNVSNVEVSPNSSRKEEKVLKDGSTCDLNSWRTKPESGSLMKDIPLDHISDTPATKSCRRENSGTDDQMLELWETAEQDCCDSSIDNEAMKQSSVPTEDVITYHQSDNSGKFLNTSSELDVEKELGVDRFQLSKSIKERTQDGKRKKILERLASDAQKLSMLKTSVQDLKQKMETKKRNKKGDYTEYETVKRQIEEVEGAVVKLADTNDQLTKDLEESAPSLNRETSVELEKSRHSQRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKLADEKSKGKNRFTGKTVILLRDFIHSGKKSSKKRSKGFCGCSRPSTNED 1806
BLAST of evm.model.Chr07.529.5.62113170 vs. UniProtKB/TrEMBL
Match: tr|A0A0S3SMX2|A0A0S3SMX2_PHAAN (NAB domain-containing protein OS=Vigna angularis var. angularis OX=157739 GN=Vigan.08G067900 PE=4 SV=1) HSP 1 Score: 3427.88 bits (8887), Expect = 0.000e+0 Identity = 1735/1810 (95.86%), Postives = 1774/1810 (98.01%), Query Frame = 0
Query: 1 MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPNLLNDDSPCSSSGTGAEPHTPEVPHPIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSRKGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQSLKKELEVIQSDKDSIFLQYQKSLEKLSELERELAKAQQDAGGLDDRASKAEIEIDVLKEALAELKYEKDAGLVQYKQCVERIASLETTLYLAQMDAKGNDERAAKADTEAKNLRKELAKLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQLERTELEVKSLRKNLADLNEEKESVAALYKQCLLKVSTMESEILHAQEISKRLNREIEIGAEKLKTAEKQCDMLEKSNQSLQLEADVLLQKISMKDQKLLENHTELERLQTMMHEEQSRFLQIETTLHTLQKSYSQSQEEQRSLALELKHGLQLLEDIELSKQGFKEEMQHIVEENRTLHELNFSSTRSLENQQTEISELKKIKEKLEREFAIKVEESNVLQQESGQVKDEIQVLNNRYQTILEELGFVGLNPKSFAASVKDLRKEITMLKEVCKMEQDEKEVLREKSKDMDKLLSEKAFMESSLSNLNDELDGLRVTVKKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQDQLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHGKGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEGAELVTEKGILEQEFENTREQHAMLQKVKLELLEINMELRSEVTKGEEKENELQSKLEALHLDLIDLQRTNLLCQEENCRLLEEKSSLMGSVLDLKEAKSATEQEYSIILHEALALKNLSLVYESFFTEKVLEQRALAENLSDLHSLNSDLKRELGLLRKKFEVKEAENVYLKESVERMGKDMEESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEGSMNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFEIWEAEAATFYFDLQISSISEALLENKVNELSGVCMRLEDERDAKSMEIKQMTERVSQLEGEVGGLKGQLSAYTPAISSLKEDFASLEQTALLRIKTVPVKCNQEQKDAGIETCLQENGHQTSADNKSILTPDGVSDLLSMKARIRAVEMSLVQEIERHVKEENLTTKANPGALTNVSNVEVSP----NSSRKEEKVLKDGSTCDLNSWRTKPESGSLMKDIPLDHISDTPATKSCRRENSGTDDQMLELWETAEQDCCDSSIDNEAMKQSSVPTEDVITYHQSDNSGKFLNTSSELDVEKELGVDRFQLSKSIKERTQDGKRKKILERLASDAQKLSMLKTSVQDLKQKMETKKRNKKGDYTEYETVKRQIEEVEGAVVKLADTNDQLTKDLEESAPSLNRETSVELEKSRHSQRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKLADEKSKGKNRFTGKTVILLRDFIHSGKKSSKKRSKGFCGCSRPSTNED 1806
MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPNLLNDDSPC SSGTGAEPHTPE PHPIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSRKGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQ+L+KELEVIQSDKDSIFLQYQKSLEKLSELEREL KAQQDAGGLD+RASKAEIEI VLKEAL+ELKYEKDAGLVQYKQC+ERIASLETTLYLAQ DAKGNDERAAKADTEAKNLRKELAKLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQ+ERTELEVKSLRKNLADLNEEKESVAALYKQCLLKVSTMESEILHAQEISKRLNREIE G EKLKTAEKQCDMLEKSNQSLQLEADVLLQKIS+KDQKLLE HTELERLQT+MHEEQS FLQIETTLHTLQ+SYSQSQEEQRSLALELKHGLQLLED+ELSKQGFKEEM+ IVEENRTLHELNFSSTRSL+NQQTEISELK+IKEKLEREFAIKVE+SNVLQQES QVK+EIQVLNNRYQTILEELG VGLNPKSFAASVKDL+KEITMLKEVCK+EQDEKEVLREKSKDMDKLLSEKAFMESSLSNLNDEL+ LRVT+KKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQ+QLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLN+EKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERR+GKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVL ALQVDSGGGHGKGIKQEEMPISHIL+NIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEGAELVTEKGILEQEFENTREQHAMLQKVKLELLEINM+LRSEVTKGE KENELQSKL+ALHLDLIDLQRTNLLCQEENCRLLEEK+SLMGSVLDLK+AKSATEQE SIILHEAL+LKNLSLVYESFFTEKVLEQRALAENLSDLHSLNSDLKRELGLLRKKFEVKEAENVYLKESVER GK MEESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEG MNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFE+WEAEAATFYFDLQISSISEALLENKVNELSGVCMRLE+ERDAKSMEIKQMTERVS LEGEVGGLKG+LSAYTP ISSLKEDFASLEQTALLR+KTVPVKCN EQKDAGIETCLQENGHQ+SADN+S L PDGVSDLLSMKARIRAVEMSLVQEIERHVKEENLTTKANPGAL NVSNV VSP N SRKE+KVLKDGST DLNSWRTKPESGSLMKDIPLDHISDTPATKSCRR NSGTDDQMLELWETAEQDCCDSSIDNEAMKQSSVPTED+ITYHQSDNSGKFLNTSSELDVEKELGVDRFQLS+SIKERTQDGKRKKILERL+SDAQKLS+LKTSVQDLKQKMETKKRNKKGDYTEYETVKRQIEEVEGAVVKLADTNDQLTKDLEE APSLNRETSVELEKSR QRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKLADEKSKGKNRFTGKTVILLRDFIHSGKKSSKKRSKGFCGCSRPSTNED
Sbjct: 1 MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPNLLNDDSPCGSSGTGAEPHTPEGPHPIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSRKGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQTLRKELEVIQSDKDSIFLQYQKSLEKLSELERELTKAQQDAGGLDERASKAEIEIKVLKEALSELKYEKDAGLVQYKQCMERIASLETTLYLAQTDAKGNDERAAKADTEAKNLRKELAKLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQIERTELEVKSLRKNLADLNEEKESVAALYKQCLLKVSTMESEILHAQEISKRLNREIEFGVEKLKTAEKQCDMLEKSNQSLQLEADVLLQKISVKDQKLLEKHTELERLQTLMHEEQSHFLQIETTLHTLQESYSQSQEEQRSLALELKHGLQLLEDVELSKQGFKEEMRQIVEENRTLHELNFSSTRSLKNQQTEISELKRIKEKLEREFAIKVEQSNVLQQESSQVKEEIQVLNNRYQTILEELGSVGLNPKSFAASVKDLQKEITMLKEVCKLEQDEKEVLREKSKDMDKLLSEKAFMESSLSNLNDELNVLRVTMKKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQNQLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLNDEKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERRMGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVLGALQVDSGGGHGKGIKQEEMPISHILSNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEGAELVTEKGILEQEFENTREQHAMLQKVKLELLEINMQLRSEVTKGEAKENELQSKLDALHLDLIDLQRTNLLCQEENCRLLEEKNSLMGSVLDLKDAKSATEQENSIILHEALSLKNLSLVYESFFTEKVLEQRALAENLSDLHSLNSDLKRELGLLRKKFEVKEAENVYLKESVERTGKAMEESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEGCMNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFELWEAEAATFYFDLQISSISEALLENKVNELSGVCMRLEEERDAKSMEIKQMTERVSLLEGEVGGLKGRLSAYTPVISSLKEDFASLEQTALLRVKTVPVKCNHEQKDAGIETCLQENGHQSSADNRSTLIPDGVSDLLSMKARIRAVEMSLVQEIERHVKEENLTTKANPGALRNVSNVVVSPYVEENGSRKEDKVLKDGSTFDLNSWRTKPESGSLMKDIPLDHISDTPATKSCRRVNSGTDDQMLELWETAEQDCCDSSIDNEAMKQSSVPTEDLITYHQSDNSGKFLNTSSELDVEKELGVDRFQLSRSIKERTQDGKRKKILERLSSDAQKLSILKTSVQDLKQKMETKKRNKKGDYTEYETVKRQIEEVEGAVVKLADTNDQLTKDLEEGAPSLNRETSVELEKSRQIQRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKLADEKSKGKNRFTGKTVILLRDFIHSGKKSSKKRSKGFCGCSRPSTNED 1810
BLAST of evm.model.Chr07.529.5.62113170 vs. UniProtKB/TrEMBL
Match: tr|A0A0L9TZZ3|A0A0L9TZZ3_PHAAN (NAB domain-containing protein OS=Phaseolus angularis OX=3914 GN=LR48_Vigan02g222100 PE=4 SV=1) HSP 1 Score: 3416.32 bits (8857), Expect = 0.000e+0 Identity = 1733/1810 (95.75%), Postives = 1772/1810 (97.90%), Query Frame = 0
Query: 1 MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPNLLNDDSPCSSSGTGAEPHTPEVPHPIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSRKGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQSLKKELEVIQSDKDSIFLQYQKSLEKLSELERELAKAQQDAGGLDDRASKAEIEIDVLKEALAELKYEKDAGLVQYKQCVERIASLETTLYLAQMDAKGNDERAAKADTEAKNLRKELAKLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQLERTELEVKSLRKNLADLNEEKESVAALYKQCLLKVSTMESEILHAQEISKRLNREIEIGAEKLKTAEKQCDMLEKSNQSLQLEADVLLQKISMKDQKLLENHTELERLQTMMHEEQSRFLQIETTLHTLQKSYSQSQEEQRSLALELKHGLQLLEDIELSKQGFKEEMQHIVEENRTLHELNFSSTRSLENQQTEISELKKIKEKLEREFAIKVEESNVLQQESGQVKDEIQVLNNRYQTILEELGFVGLNPKSFAASVKDLRKEITMLKEVCKMEQDEKEVLREKSKDMDKLLSEKAFMESSLSNLNDELDGLRVTVKKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQDQLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHGKGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEGAELVTEKGILEQEFENTREQHAMLQKVKLELLEINMELRSEVTKGEEKENELQSKLEALHLDLIDLQRTNLLCQEENCRLLEEKSSLMGSVLDLKEAKSATEQEYSIILHEALALKNLSLVYESFFTEKVLEQRALAENLSDLHSLNSDLKRELGLLRKKFEVKEAENVYLKESVERMGKDMEESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEGSMNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFEIWEAEAATFYFDLQISSISEALLENKVNELSGVCMRLEDERDAKSMEIKQMTERVSQLEGEVGGLKGQLSAYTPAISSLKEDFASLEQTALLRIKTVPVKCNQEQKDAGIETCLQENGHQTSADNKSILTPDGVSDLLSMKARIRAVEMSLVQEIERHVKEENLTTKANPGALTNVSNVEVSP----NSSRKEEKVLKDGSTCDLNSWRTKPESGSLMKDIPLDHISDTPATKSCRRENSGTDDQMLELWETAEQDCCDSSIDNEAMKQSSVPTEDVITYHQSDNSGKFLNTSSELDVEKELGVDRFQLSKSIKERTQDGKRKKILERLASDAQKLSMLKTSVQDLKQKMETKKRNKKGDYTEYETVKRQIEEVEGAVVKLADTNDQLTKDLEESAPSLNRETSVELEKSRHSQRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKLADEKSKGKNRFTGKTVILLRDFIHSGKKSSKKRSKGFCGCSRPSTNED 1806
MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPNLLNDDSPC SSGTGAEPHTPE PHPIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSRKGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQ+L+KELEVIQSDKDSIFLQYQKSLEKLSELEREL KAQQDAGGLD+RASKAEIEI VLKEAL+ELKYEKDAGLVQYKQC+ERIASLETTLYLAQ DAKGNDERAAKADTEAKNLRKELAKLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQ+ERTELEVKSLRKNLADLNEEKESVAALYKQCLLKVSTMESEILHAQEISKRLNREIE G EKLKTAEKQCDMLEKSNQSLQLEADVLLQKIS+KDQKLLE HTELERLQT+MHEEQS FLQIETTLHTLQ+SYSQSQEEQRSLALELKHGLQLLED+ELSKQGFKEEM+ IVEENRTLHELNFSSTRSL+NQQTEISELK+IKEKLEREFAIKVE+SNVLQQES QVK+EIQVLNNRYQTILEELG VGLNPKSFAASVKDL+KEITMLKEVCK+EQDEKEVLREKSKDMDKLLSEKAFMESSLSNLNDEL+ LRVT+KKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQ+QLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLN+EKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERR+GKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVL ALQVDSGGGHGKGIKQEEMPISHIL+NIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEGAELVTEKGILEQEFENTREQHAMLQKVKLELLEINM+LRSEVTKGE KENELQSKL+ALHLDLIDL RTNLLCQEENCRLLEEK+SLMGSVLDLK+AKSATEQE SIILHEAL+LKNLSLVYESFFTEKVLEQRALAENLSDLHSLNSDLKRELGLLRKKFEVKEAENVYLKESVER GK MEESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEG MNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFE+WEAEAATFYFDLQISSISEALLENKVNELSGVCMRLE+ERDAKSMEIKQMTERVS LEGEVGGLKG+LSAYTP ISSLKEDFASLEQTALLR+KTVPVKCN EQKDAGIETCLQENGHQ+SADN+S L PDGVSDLLSMKARIRAVEMSLVQEIER VKEENLTTKANPGAL NVSNV VSP N SRKE+KVLKDGST DLNSWRTKPESGSLMKDIPLDHISDTPATKSCRR NSGTDDQMLELWETAEQDCCDSSIDNEAMKQSSVPTED+ITYHQSDNSGKFLNTSSELDVEKELGVDRFQLS+SIKERTQDGKRKKILERL+SDAQKLS+LKTSVQDLKQKMETKKRNKKGDYTEYETVKRQIEEVEGAVVKLADTNDQLTKDLEE APSLNRETSVELEKSR QRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKLADEKSKGKNRFTGKTVILLRDFIHSGKKSSKKRSKGFCGCSRPSTNED
Sbjct: 52 MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPNLLNDDSPCGSSGTGAEPHTPEGPHPIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSRKGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQTLRKELEVIQSDKDSIFLQYQKSLEKLSELERELTKAQQDAGGLDERASKAEIEIKVLKEALSELKYEKDAGLVQYKQCMERIASLETTLYLAQTDAKGNDERAAKADTEAKNLRKELAKLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQIERTELEVKSLRKNLADLNEEKESVAALYKQCLLKVSTMESEILHAQEISKRLNREIEFGVEKLKTAEKQCDMLEKSNQSLQLEADVLLQKISVKDQKLLEKHTELERLQTLMHEEQSHFLQIETTLHTLQESYSQSQEEQRSLALELKHGLQLLEDVELSKQGFKEEMRQIVEENRTLHELNFSSTRSLKNQQTEISELKRIKEKLEREFAIKVEQSNVLQQESSQVKEEIQVLNNRYQTILEELGSVGLNPKSFAASVKDLQKEITMLKEVCKLEQDEKEVLREKSKDMDKLLSEKAFMESSLSNLNDELNVLRVTMKKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQNQLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLNDEKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERRMGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVLGALQVDSGGGHGKGIKQEEMPISHILSNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEGAELVTEKGILEQEFENTREQHAMLQKVKLELLEINMQLRSEVTKGEAKENELQSKLDALHLDLIDLLRTNLLCQEENCRLLEEKNSLMGSVLDLKDAKSATEQENSIILHEALSLKNLSLVYESFFTEKVLEQRALAENLSDLHSLNSDLKRELGLLRKKFEVKEAENVYLKESVERTGKAMEESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEGCMNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFELWEAEAATFYFDLQISSISEALLENKVNELSGVCMRLEEERDAKSMEIKQMTERVSLLEGEVGGLKGRLSAYTPVISSLKEDFASLEQTALLRVKTVPVKCNHEQKDAGIETCLQENGHQSSADNRSTLIPDGVSDLLSMKARIRAVEMSLVQEIERPVKEENLTTKANPGALRNVSNVVVSPYVEENGSRKEDKVLKDGSTFDLNSWRTKPESGSLMKDIPLDHISDTPATKSCRRVNSGTDDQMLELWETAEQDCCDSSIDNEAMKQSSVPTEDLITYHQSDNSGKFLNTSSELDVEKELGVDRFQLSRSIKERTQDGKRKKILERLSSDAQKLSILKTSVQDLKQKMETKKRNKKGDYTEYETVKRQIEEVEGAVVKLADTNDQLTKDLEEGAPSLNRETSVELEKSRQIQRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKLADEKSKGKNRFTGKTVILLRDFIHSGKKSSKKRSKGFCGCSRPSTNED 1861
BLAST of evm.model.Chr07.529.5.62113170 vs. UniProtKB/TrEMBL
Match: tr|A0A1S3V5F4|A0A1S3V5F4_VIGRR (protein NETWORKED 1A OS=Vigna radiata var. radiata OX=3916 GN=LOC106771901 PE=4 SV=1) HSP 1 Score: 3411.31 bits (8844), Expect = 0.000e+0 Identity = 1722/1810 (95.14%), Postives = 1773/1810 (97.96%), Query Frame = 0
Query: 1 MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPNLLNDDSPCSSSGTGAEPHTPEVPHPIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSRKGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQSLKKELEVIQSDKDSIFLQYQKSLEKLSELERELAKAQQDAGGLDDRASKAEIEIDVLKEALAELKYEKDAGLVQYKQCVERIASLETTLYLAQMDAKGNDERAAKADTEAKNLRKELAKLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQLERTELEVKSLRKNLADLNEEKESVAALYKQCLLKVSTMESEILHAQEISKRLNREIEIGAEKLKTAEKQCDMLEKSNQSLQLEADVLLQKISMKDQKLLENHTELERLQTMMHEEQSRFLQIETTLHTLQKSYSQSQEEQRSLALELKHGLQLLEDIELSKQGFKEEMQHIVEENRTLHELNFSSTRSLENQQTEISELKKIKEKLEREFAIKVEESNVLQQESGQVKDEIQVLNNRYQTILEELGFVGLNPKSFAASVKDLRKEITMLKEVCKMEQDEKEVLREKSKDMDKLLSEKAFMESSLSNLNDELDGLRVTVKKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQDQLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHGKGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEGAELVTEKGILEQEFENTREQHAMLQKVKLELLEINMELRSEVTKGEEKENELQSKLEALHLDLIDLQRTNLLCQEENCRLLEEKSSLMGSVLDLKEAKSATEQEYSIILHEALALKNLSLVYESFFTEKVLEQRALAENLSDLHSLNSDLKRELGLLRKKFEVKEAENVYLKESVERMGKDMEESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEGSMNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFEIWEAEAATFYFDLQISSISEALLENKVNELSGVCMRLEDERDAKSMEIKQMTERVSQLEGEVGGLKGQLSAYTPAISSLKEDFASLEQTALLRIKTVPVKCNQEQKDAGIETCLQENGHQTSADNKSILTPDGVSDLLSMKARIRAVEMSLVQEIERHVKEENLTTKANPGALTNVSNVEVSP----NSSRKEEKVLKDGSTCDLNSWRTKPESGSLMKDIPLDHISDTPATKSCRRENSGTDDQMLELWETAEQDCCDSSIDNEAMKQSSVPTEDVITYHQSDNSGKFLNTSSELDVEKELGVDRFQLSKSIKERTQDGKRKKILERLASDAQKLSMLKTSVQDLKQKMETKKRNKKGDYTEYETVKRQIEEVEGAVVKLADTNDQLTKDLEESAPSLNRETSVELEKSRHSQRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKLADEKSKGKNRFTGKTVILLRDFIHSGKKSSKKRSKGFCGCSRPSTNED 1806
MAT+LHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPNLLNDDSPC SSGTGAEP+TPE PHPIRSLLESV+LQKDAFGFSSIQNTSKTSGESFEESPSGLSR+GLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQ+L+KELEVIQSDKDSIFLQYQKSLEKLSELEREL KAQQDAGGLD+RASKAEIEI VLKEAL+ELKYEKDAGLVQYKQC+ERIASLETTLYLAQ DAKG+DERAAKADTEAKNLRKELA LEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQ+ERTELEVKSLRKNLADLNEEKESVAALYK+CLLKVS MESEILHAQEISKRLNREIEIGAEKLK+AEKQCDMLEKSNQSLQLEADVLLQKISMKDQKLLE HTELERLQT+MHEEQSRFLQIETTLHTLQ+SYSQSQEEQRSLALELKHGLQLLED+ELSKQGFKEEM IVEENRTLHELNFSSTRSL+NQQTEISELKKIKEKLEREFAIKVE+SN LQQES QVKDEIQVL+NRYQTILEELG VGLNPKSFAASVKDLRKEITMLKEVCK+EQDEKEVL EKS+DMDKLLSEK FMESSLSNLNDEL+GLRVT+KKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQ+QLEKNTLLEKSLCDAK+ELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLE+RFTKLEEKYA MEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHGKGIKQEEMPISHIL++IEGLKGSLVKTQ+EKLQLLVENSVLLTVLSQQESEGAEL+TEKGILEQEFENTREQHAMLQKVKLELLEINM+LRSEV KGEEKENEL+SKLEALHLDLIDLQRTNLLCQEENCRLLEEK+SLMGSVLDLK+AKSATEQE SIILHEAL+LKNLSLVYESFFTEKVLEQRALAENLSDLHSLN +LKRELGLLRKKFEVKEAENVYLKESVERMGKD+EESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEG MNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFE+WEAEAATFYFDLQISSISEALLENKVNELSG+CMRLE+ERDAKSMEIKQMTERVS LEGEVGGLKGQLSAYTPAISSLKEDFASLEQTALLR+KTVPVKCN EQKDA ETCLQEN HQ+SADNKS L PDGVSDLL+MKARIRAVEMSLVQEIERHVKEENLTTKANPGA+ NVSNVEVSP N SRKE+KVLKDGST DLNSWRTKPESGSLMKDIPLDHISDTPATKSCRR NSGTDDQMLELWETAEQDCCDSSIDNEAMKQSSVPTED+ITYHQSDNSGKFLNTSSELDVEKELGVDRFQLS+SIKERTQDGKRKKILERLASDAQKL++LKTSV+DLKQKMETKKRNKKGDY+EYETVKRQIEEVEGAVVKLADTNDQLTKDLEESAPSLNRETSVELEKSRH QRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKLADEKSKGKNRFTGKTVILLRDFIHSGKKSSKKRSK FCGCSRPSTNED
Sbjct: 1 MATMLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPNLLNDDSPCGSSGTGAEPYTPEGPHPIRSLLESVSLQKDAFGFSSIQNTSKTSGESFEESPSGLSRRGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQTLRKELEVIQSDKDSIFLQYQKSLEKLSELERELTKAQQDAGGLDERASKAEIEIKVLKEALSELKYEKDAGLVQYKQCIERIASLETTLYLAQTDAKGSDERAAKADTEAKNLRKELAILEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQIERTELEVKSLRKNLADLNEEKESVAALYKECLLKVSIMESEILHAQEISKRLNREIEIGAEKLKSAEKQCDMLEKSNQSLQLEADVLLQKISMKDQKLLEKHTELERLQTLMHEEQSRFLQIETTLHTLQESYSQSQEEQRSLALELKHGLQLLEDVELSKQGFKEEMLQIVEENRTLHELNFSSTRSLKNQQTEISELKKIKEKLEREFAIKVEQSNALQQESSQVKDEIQVLSNRYQTILEELGSVGLNPKSFAASVKDLRKEITMLKEVCKLEQDEKEVLLEKSRDMDKLLSEKTFMESSLSNLNDELEGLRVTMKKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQNQLEKNTLLEKSLCDAKLELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLEKRFTKLEEKYAXMEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHGKGIKQEEMPISHILSSIEGLKGSLVKTQDEKLQLLVENSVLLTVLSQQESEGAELLTEKGILEQEFENTREQHAMLQKVKLELLEINMQLRSEVIKGEEKENELRSKLEALHLDLIDLQRTNLLCQEENCRLLEEKNSLMGSVLDLKDAKSATEQENSIILHEALSLKNLSLVYESFFTEKVLEQRALAENLSDLHSLNGELKRELGLLRKKFEVKEAENVYLKESVERMGKDIEESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEGCMNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFELWEAEAATFYFDLQISSISEALLENKVNELSGICMRLEEERDAKSMEIKQMTERVSLLEGEVGGLKGQLSAYTPAISSLKEDFASLEQTALLRVKTVPVKCNHEQKDARTETCLQENAHQSSADNKSTLIPDGVSDLLTMKARIRAVEMSLVQEIERHVKEENLTTKANPGAMRNVSNVEVSPYVEENGSRKEDKVLKDGSTRDLNSWRTKPESGSLMKDIPLDHISDTPATKSCRRGNSGTDDQMLELWETAEQDCCDSSIDNEAMKQSSVPTEDLITYHQSDNSGKFLNTSSELDVEKELGVDRFQLSRSIKERTQDGKRKKILERLASDAQKLTILKTSVEDLKQKMETKKRNKKGDYSEYETVKRQIEEVEGAVVKLADTNDQLTKDLEESAPSLNRETSVELEKSRHMQRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKLADEKSKGKNRFTGKTVILLRDFIHSGKKSSKKRSKAFCGCSRPSTNED 1810
BLAST of evm.model.Chr07.529.5.62113170 vs. UniProtKB/TrEMBL
Match: tr|V7BEG2|V7BEG2_PHAVU (NAB domain-containing protein OS=Phaseolus vulgaris OX=3885 GN=PHAVU_007G060600g PE=4 SV=1) HSP 1 Score: 3324.64 bits (8619), Expect = 0.000e+0 Identity = 1670/1809 (92.32%), Postives = 1732/1809 (95.74%), Query Frame = 0
Query: 1 MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPNLLNDDSPCSSSGTGAEPHTPEVPHPIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSRKGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQSLKKELEVIQSDKDSIFLQYQKSLEKLSELERELAKAQQDAGGLDDRASKAEIEIDVLKEALAELKYEKDAGLVQYKQCVERIASLETTLYLAQMDAKGNDERAAKADTEAKNLRKELAKLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQLERTELEVKSLRKNLADLNEEKESVAALYKQCLLKVSTMESEILHAQEISKRLNREIEIGAEKLKTAEKQCDMLEKSNQSLQLEADVLLQKISMKDQKLLENHTELERLQTMMHEEQSRFLQIETTLHTLQKSYSQSQEEQRSLALELKHGLQLLEDIELSKQGFKEEMQHIVEENRTLHELNFSSTRSLENQQTEISELKKIKEKLEREFAIKVEESNVLQQESGQVKDEIQVLNNRYQTILEELGFVGLNPKSFAASVKDLRKEITMLKEVCKMEQDEKEVLREKSKDMDKLLSEKAFMESSLSNLNDELDGLRVTVKKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQDQLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHGKGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEGAELVTEKGILEQEFENTREQHAMLQKVKLELLEINMELRSEVTKGEEKENELQSKLEALHLDLIDLQRTNLLCQEENCRLLEEKSSLMGSVLDLKEAKSATEQEYSIILHEALALKNLSLVYESFFTEKVLEQRALAENLSDLHSLNSDLKRELGLLRKKFEVKEAENVYLKESVERMGKDMEESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEGSMNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFEIWEAEAATFYFDLQISSISEALLENKVNELSGVCMRLEDERDAKSMEIKQMTERVSQLEGEVGGLKGQLSAYTPAISSLKEDFASLEQTALLRIKTVPVKCNQEQKDAGIETCLQENGHQTSADNKSILTPDGVSDLLSMKARIRAVEMSLVQEIERHVKEENLTTKANPGALTNVSNVEVSP---NSSRKEEKVLKDGSTCDLNSWRTKPESGSLMKDIPLDHISDTPATKSCRRENSGTDDQMLELWETAEQDCCDSSIDNEAMKQSSVPTEDVITYHQSDNSGKFLNTSSELDVEKELGVDRFQLSKSIKERTQDGKRKKILERLASDAQKLSMLKTSVQDLKQKMETKKRNKKGDYTEYETVKRQIEEVEGAVVKLADTNDQLTKDLEESAPSLNRETSVELEKSRHSQRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKLADEKSKGKNRFTGKTVILLRDFIHSGKKSSKKRSKGFCGCSRPSTNED 1806
MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATG+LRQ HKTISEAFPNLLNDDSPC SSGTGAEPHTPE PHPIRSLLESV LQKDAFGFSSIQNTSKTSGE+FEES SGLSRKGLKQLNDMFGLSPL AENQNVKAQNHSESERAQKAESEV++L+KELE IQSDKDSIFLQYQKSLEKLSE+EREL KAQQDAGGLD+RA+KAEIEI VLKEAL+ELKYEKDAGLVQYKQCVERIASLETTLYLAQMDA GNDERAAKAD EAKNLRKELA LE EKDAAHLQYKQCLEKISVLEAKI HAEENS+KLNQQ+ RTELEVKSLRKNLADLNEEKESVA LYKQCLLKVSTMESEILHAQEISKRLNREIEIGAEKLKTAEK CDMLEKSNQSLQLEADVLLQKISMKDQKLLENHTELERLQT+MHEEQSRFLQIETTLHTLQKSYSQSQE+QRSLALELKHGLQLL D+ELSKQGFKEEMQ IVEENRTLHELNFSST SL+NQQTEISELK+IKEKLERE AIKVEESNVLQQESGQ+K EIQVLN+RYQTILEELG VGLNPKSFAASVKDLRKEIT+LKEVCKMEQDEKEVLREKSKDM KLLSEKAFMESSLSNLNDELDGL VTVKKLQESCGVLQEEKS+LAAEKSA+LSQLQIITESMQ+QLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQV+ELHLLLLAQKEKHANHKNSSE RM NLENLV++LQEER+LGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKN+GLLFECQKHVEESKFSDK+ISELESENL QQMELEFLLDEIRKFKMGIHQVLAALQVDS GGHGKGIKQEEMPISHILNNIEGLKGSL K QEEKLQL VENSVLLTVLS QESEG ELVTEKGILEQEFENTREQ AMLQKVKLELLE+NM+LRSEV KGEEKENELQSKLE LHLDLI+LQRT+L+ QEENC+LLEEK+SL+ SVLDLK+AKSATEQE SI+LHEALALKNLSLVYESFF EKVLEQRALAENLSDLHSLNS LKRELGLLRKKFEVKEAENVYLKESVERMGKDM+ESKAENEHLNCQIE SENLLEKKD ELLEMLERLKAAETLSAEFCRNIEKLKAEK+QL LINENLERQILELSEG MNHKKEIEHLT AN SLLSQMRSLRQEV+QQRAREETLSSELLDKTNEFEIWEAEAATFYFDLQISSISEALLENKVNELSGVCM+LEDE DAKSMEIKQMTERVS LE EVGGLKG+LSAYTP ISSLKEDFASLE TALLRIK VPV+CN +QKDA IETCLQENGHQ+SADNKS L PDGVSDLLSMKARIRAVEMS+VQEIERHVKEEN+TTKANPGALT V NVEVSP NSS KE KVLKDGSTC++NSWRTKPE+GSLMKDIPLDHISDTPA+KS R NSGTDDQMLELWETAEQDCCDSS+DNEAMKQSSVPTEDVITYHQSDNSGKF NTSSELDVEKELGVDR QLS+SIKERTQDGKR+KILERLASDAQKL++LKTSV DLKQKMETKKRNKKGD TEYETVKRQIEEVEGAVVKLADTNDQLTKD+EE APSLNRETSVELEKSR QRKRVTEQARKGSEQIGRLQF+V+NIQY+LLKLADEK KGKNRFTGKTVILLRDFIHSG KSSKKRSKGFCGCSRPSTNE+
Sbjct: 1 MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGDLRQVHKTISEAFPNLLNDDSPCGSSGTGAEPHTPEGPHPIRSLLESVVLQKDAFGFSSIQNTSKTSGETFEESASGLSRKGLKQLNDMFGLSPLSAENQNVKAQNHSESERAQKAESEVETLRKELEDIQSDKDSIFLQYQKSLEKLSEMERELTKAQQDAGGLDERATKAEIEIKVLKEALSELKYEKDAGLVQYKQCVERIASLETTLYLAQMDANGNDERAAKADAEAKNLRKELATLETEKDAAHLQYKQCLEKISVLEAKIIHAEENSMKLNQQIARTELEVKSLRKNLADLNEEKESVAILYKQCLLKVSTMESEILHAQEISKRLNREIEIGAEKLKTAEKNCDMLEKSNQSLQLEADVLLQKISMKDQKLLENHTELERLQTLMHEEQSRFLQIETTLHTLQKSYSQSQEDQRSLALELKHGLQLLGDLELSKQGFKEEMQQIVEENRTLHELNFSSTSSLKNQQTEISELKRIKEKLERELAIKVEESNVLQQESGQIKGEIQVLNDRYQTILEELGSVGLNPKSFAASVKDLRKEITVLKEVCKMEQDEKEVLREKSKDMVKLLSEKAFMESSLSNLNDELDGLSVTVKKLQESCGVLQEEKSTLAAEKSAILSQLQIITESMQNQLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQVQELHLLLLAQKEKHANHKNSSEVRMENLENLVIQLQEERQLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNVGLLFECQKHVEESKFSDKIISELESENLTQQMELEFLLDEIRKFKMGIHQVLAALQVDS-GGHGKGIKQEEMPISHILNNIEGLKGSLEKNQEEKLQLFVENSVLLTVLSHQESEGVELVTEKGILEQEFENTREQLAMLQKVKLELLEMNMQLRSEVKKGEEKENELQSKLEVLHLDLINLQRTSLVYQEENCKLLEEKNSLLESVLDLKDAKSATEQENSIMLHEALALKNLSLVYESFFAEKVLEQRALAENLSDLHSLNSGLKRELGLLRKKFEVKEAENVYLKESVERMGKDMQESKAENEHLNCQIERSENLLEKKDVELLEMLERLKAAETLSAEFCRNIEKLKAEKQQLILINENLERQILELSEGCMNHKKEIEHLTVANTSLLSQMRSLRQEVDQQRAREETLSSELLDKTNEFEIWEAEAATFYFDLQISSISEALLENKVNELSGVCMKLEDESDAKSMEIKQMTERVSLLESEVGGLKGKLSAYTPVISSLKEDFASLEHTALLRIKKVPVECNTKQKDAVIETCLQENGHQSSADNKSTLIPDGVSDLLSMKARIRAVEMSMVQEIERHVKEENVTTKANPGALTKVPNVEVSPYVENSSSKEGKVLKDGSTCNVNSWRTKPENGSLMKDIPLDHISDTPASKSRGRGNSGTDDQMLELWETAEQDCCDSSMDNEAMKQSSVPTEDVITYHQSDNSGKFQNTSSELDVEKELGVDRLQLSRSIKERTQDGKRRKILERLASDAQKLTILKTSVLDLKQKMETKKRNKKGDDTEYETVKRQIEEVEGAVVKLADTNDQLTKDVEECAPSLNRETSVELEKSRLIQRKRVTEQARKGSEQIGRLQFEVENIQYSLLKLADEKIKGKNRFTGKTVILLRDFIHSGNKSSKKRSKGFCGCSRPSTNEN 1808
BLAST of evm.model.Chr07.529.5.62113170 vs. UniProtKB/TrEMBL
Match: tr|I1NGI6|I1NGI6_SOYBN (NAB domain-containing protein OS=Glycine max OX=3847 GN=100812191 PE=4 SV=2) HSP 1 Score: 3101.23 bits (8039), Expect = 0.000e+0 Identity = 1566/1812 (86.42%), Postives = 1686/1812 (93.05%), Query Frame = 0
Query: 1 MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPNLLNDDSPCSSSGTGAEPHTPEVPH---PIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSRKGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQSLKKELEVIQSDKDSIFLQYQKSLEKLSELERELAKAQQDAGGLDDRASKAEIEIDVLKEALAELKYEKDAGLVQYKQCVERIASLETTLYLAQMDAKGNDERAAKADTEAKNLRKELAKLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQLERTELEVKSLRKNLADLNEEKESVAALYKQCLLKVSTMESEILHAQEISKRLNREIEIGAEKLKTAEKQCDMLEKSNQSLQLEADVLLQKISMKDQKLLENHTELERLQTMMHEEQSRFLQIETTLHTLQKSYSQSQEEQRSLALELKHGLQLLEDIELSKQGFKEEMQHIVEENRTLHELNFSSTRSLENQQTEISELKKIKEKLEREFAIKVEESNVLQQESGQVKDEIQVLNNRYQTILEELGFVGLNPKSFAASVKDLRKEITMLKEVCKMEQDEKEVLREKSKDMDKLLSEKAFMESSLSNLNDELDGLRVTVKKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQDQLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHGKGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEGAELVTEKGILEQEFENTREQHAMLQKVKLELLEINMELRSEVTKGEEKENELQSKLEALHLDLIDLQRTNLLCQEENCRLLEEKSSLMGSVLDLKEAKSATEQEYSIILHEALALKNLSLVYESFFTEKVLEQRALAENLSDLHSLNSDLKRELGLLRKKFEVKEAENVYLKESVERMGKDMEESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEGSMNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFEIWEAEAATFYFDLQISSISEALLENKVNELSGVCMRLEDERDAKSMEIKQMTERVSQLEGEVGGLKGQLSAYTPAISSLKEDFASLEQTALLRIKTVPVKCNQEQKDAGIETCLQENGHQTSADNKSILTPDGVSDLLSMKARIRAVEMSLVQEIERHVKEENLTTKANPGALTNVSNVEVSP---NSSRKEEKVLKDGSTCDLNSWRTKPESGSLMKDIPLDHISDTPATKSCRRENSGTDDQMLELWETAEQDCCDSSIDNEAMKQSSVPTEDVITYHQSDNSGKFLNTSSELDVEKELGVDRFQLSKSIKERTQDGKRKKILERLASDAQKLSMLKTSVQDLKQKMETKKRNKKGDYTEYETVKRQIEEVEGAVVKLADTNDQLTKDLEESAPSLNRETSVELEKSRHSQRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKLADEKSKGKNRFTGKTVILLRDFIHSGKKSSKKRSKGFCGCSRPSTNED 1806
M TLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKT++EAFPNLL DDSPCSSSGTG EPHTPE+PH PIR+LL+SV LQKDAFGFSSIQNT K +GES EES +GLSRKGLKQLN++FG S L AE QN KAQ H++SE AQKAESEVQ+LKK LE IQSDKDSIFLQYQKSLEKL E+EREL +AQ+DAGGLD+RASKAEIEI VLKEALAELKYEKDAGL+QYKQCVERIASLETTL LAQMDAKGNDERAAKA+TEAKNLRKELA LEAEKDAAHLQYKQCLEKISVLEAKITHAEENS KLN+Q+ERTELEVKSL+KN+A+LN EKESV LYKQCL K+ST+ESEIL AQEIS+RLNREIEIGAEKLKTAEK DMLE SN+SLQLEADVLLQKIS+KD+KLLE HTELERLQT+MHEEQSRFLQIE+TLHTLQKSYSQSQEEQRSLALELKHGLQLLED++LSKQGF+EEMQ IVEENRTLHELNFSSTR L+NQQTEISELK IKEKLEREFA+KVEESN+LQ+ES Q+KDEIQ LNNRYQ ILEELG VGLNPKSFA SVKDL+KE T LKE CKME+DEKE LREKSKD+DKLLSE AFM SSLSNLN+EL GLR TVKK QESCGVLQEEKS L EKS+LLSQLQIITESMQ+ LEKNTLLEKSL DAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLE+RFTKLEEKY+DMEKDKESRVSQVEELH LLL QKEKHAN K+SSEARMANLEN+VLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLL ECQKHVE SKFSD+VISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHGKGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQE EG ELV+EK ILEQEFENTREQHAMLQKVKLELLE+N +LRSEVTKGEEKE+EL+SKLEALH++LIDLQRTNL+ +EENC+L+EEK+ L+GSVL+LK+AKSA EQE S+ILHEALALKNLSLVYE FFTEKVLEQRALAE+LS LHS+N+DLKRELGLLR+KFEVKEA+NVY KESVERM KD+ E+K+EN HLNCQ+ESSE+LL KK+ ELLEM ERLKAAE LSAEFCR+IEKLK K+Q RLINENLERQILELSEG M+HKKEIEHL EANRSLLS+MRSLRQEVEQQRAREETLSSELLDKTNEFE+WEAEAATFYFDLQISSISEALLENKV EL+GVCMRLEDE DAKS+EIKQMTERV LE E+GGLKGQLSAY P ISSLKEDFASLE TAL+RI +PV+CNQEQKDA IETCL ENG+Q+S DNKS L PDGVSDLLS+KARIRAVE S+V+EI++ VKE+NLTTKANPGALT +NVEVSP N +RKE+KV KD ST D+NSWRTK E+GSLMKDIPLDHISD A+KSCRRENSGTDDQMLELWETAEQDC SS+ +EAMKQSSVPTEDVI YHQSD+SGKF NTSSELDVEKELGVDR QLS+SIKERTQDGKR+KILERL+SDAQKL++LKT+VQDLKQKMET KR+KKG TEYETVKRQI+EVEGAVVKL DTNDQLTKDLEESAPSLNR+TS ELEKSRH QRKRVTEQARKGSEQIGRLQF+VQNIQYTLLKLADEKSKGK+RFTGKTV+LL+DFIHSGK+SSKKR+KGFCGCSRPSTNED
Sbjct: 1 MGTLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTMAEAFPNLLTDDSPCSSSGTGPEPHTPEMPHGSHPIRALLDSVDLQKDAFGFSSIQNTLKMNGESLEESANGLSRKGLKQLNEIFGFSQLSAEKQNAKAQIHADSEHAQKAESEVQTLKKALEDIQSDKDSIFLQYQKSLEKLCEIERELNEAQKDAGGLDERASKAEIEIKVLKEALAELKYEKDAGLLQYKQCVERIASLETTLSLAQMDAKGNDERAAKAETEAKNLRKELATLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSRKLNEQIERTELEVKSLKKNIAELNGEKESVTVLYKQCLQKISTLESEILLAQEISERLNREIEIGAEKLKTAEKHSDMLETSNRSLQLEADVLLQKISLKDEKLLEKHTELERLQTVMHEEQSRFLQIESTLHTLQKSYSQSQEEQRSLALELKHGLQLLEDLQLSKQGFREEMQQIVEENRTLHELNFSSTRLLKNQQTEISELKMIKEKLEREFAVKVEESNLLQRESHQIKDEIQGLNNRYQAILEELGSVGLNPKSFALSVKDLQKENTTLKEACKMERDEKEALREKSKDIDKLLSENAFMGSSLSNLNNELGGLRDTVKKFQESCGVLQEEKSILVTEKSSLLSQLQIITESMQNLLEKNTLLEKSLSDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLEKRFTKLEEKYSDMEKDKESRVSQVEELHSLLLTQKEKHANQKHSSEARMANLENIVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLIECQKHVEASKFSDEVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHGKGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQEFEGEELVSEKRILEQEFENTREQHAMLQKVKLELLEMNRQLRSEVTKGEEKESELRSKLEALHVELIDLQRTNLVFEEENCKLVEEKNLLLGSVLELKDAKSAAEQENSVILHEALALKNLSLVYECFFTEKVLEQRALAEHLSGLHSVNNDLKRELGLLREKFEVKEAQNVYWKESVERMDKDLHEAKSENNHLNCQVESSEHLLVKKNAELLEMEERLKAAEMLSAEFCRDIEKLKMGKQQSRLINENLERQILELSEGCMSHKKEIEHLNEANRSLLSEMRSLRQEVEQQRAREETLSSELLDKTNEFELWEAEAATFYFDLQISSISEALLENKVTELTGVCMRLEDESDAKSLEIKQMTERVCLLESEIGGLKGQLSAYNPVISSLKEDFASLEHTALVRINKMPVECNQEQKDAVIETCLHENGYQSSRDNKSTLIPDGVSDLLSVKARIRAVEKSMVEEIKKLVKEDNLTTKANPGALTKATNVEVSPYVENCNRKEDKVPKDESTHDVNSWRTKTENGSLMKDIPLDHISDNSASKSCRRENSGTDDQMLELWETAEQDCFASSMISEAMKQSSVPTEDVIAYHQSDHSGKFQNTSSELDVEKELGVDRLQLSRSIKERTQDGKRRKILERLSSDAQKLTILKTAVQDLKQKMET-KRSKKGVETEYETVKRQIDEVEGAVVKLVDTNDQLTKDLEESAPSLNRQTSAELEKSRHIQRKRVTEQARKGSEQIGRLQFEVQNIQYTLLKLADEKSKGKSRFTGKTVVLLKDFIHSGKRSSKKRNKGFCGCSRPSTNED 1811
BLAST of evm.model.Chr07.529.5.62113170 vs. UniProtKB/TrEMBL
Match: tr|A0A445F581|A0A445F581_GLYSO (Protein NETWORKED 1A isoform A OS=Glycine soja OX=3848 GN=D0Y65_054157 PE=4 SV=1) HSP 1 Score: 3100.84 bits (8038), Expect = 0.000e+0 Identity = 1567/1812 (86.48%), Postives = 1687/1812 (93.10%), Query Frame = 0
Query: 1 MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPNLLNDDSPCSSSGTGAEPHTPEVPH---PIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSRKGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQSLKKELEVIQSDKDSIFLQYQKSLEKLSELERELAKAQQDAGGLDDRASKAEIEIDVLKEALAELKYEKDAGLVQYKQCVERIASLETTLYLAQMDAKGNDERAAKADTEAKNLRKELAKLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQLERTELEVKSLRKNLADLNEEKESVAALYKQCLLKVSTMESEILHAQEISKRLNREIEIGAEKLKTAEKQCDMLEKSNQSLQLEADVLLQKISMKDQKLLENHTELERLQTMMHEEQSRFLQIETTLHTLQKSYSQSQEEQRSLALELKHGLQLLEDIELSKQGFKEEMQHIVEENRTLHELNFSSTRSLENQQTEISELKKIKEKLEREFAIKVEESNVLQQESGQVKDEIQVLNNRYQTILEELGFVGLNPKSFAASVKDLRKEITMLKEVCKMEQDEKEVLREKSKDMDKLLSEKAFMESSLSNLNDELDGLRVTVKKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQDQLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHGKGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEGAELVTEKGILEQEFENTREQHAMLQKVKLELLEINMELRSEVTKGEEKENELQSKLEALHLDLIDLQRTNLLCQEENCRLLEEKSSLMGSVLDLKEAKSATEQEYSIILHEALALKNLSLVYESFFTEKVLEQRALAENLSDLHSLNSDLKRELGLLRKKFEVKEAENVYLKESVERMGKDMEESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEGSMNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFEIWEAEAATFYFDLQISSISEALLENKVNELSGVCMRLEDERDAKSMEIKQMTERVSQLEGEVGGLKGQLSAYTPAISSLKEDFASLEQTALLRIKTVPVKCNQEQKDAGIETCLQENGHQTSADNKSILTPDGVSDLLSMKARIRAVEMSLVQEIERHVKEENLTTKANPGALTNVSNVEVSP---NSSRKEEKVLKDGSTCDLNSWRTKPESGSLMKDIPLDHISDTPATKSCRRENSGTDDQMLELWETAEQDCCDSSIDNEAMKQSSVPTEDVITYHQSDNSGKFLNTSSELDVEKELGVDRFQLSKSIKERTQDGKRKKILERLASDAQKLSMLKTSVQDLKQKMETKKRNKKGDYTEYETVKRQIEEVEGAVVKLADTNDQLTKDLEESAPSLNRETSVELEKSRHSQRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKLADEKSKGKNRFTGKTVILLRDFIHSGKKSSKKRSKGFCGCSRPSTNED 1806
M TLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKT++EAFPNLL DDSPCSSSGTG EPHTPE+PH PIR+LL+SV LQKDAFGFSSIQNT K +GES EES +GLSRKGLKQLN++FG S L AE QN KAQ H++SE AQKAESEVQ+LKK LE IQSDKDSIFLQYQKSLEKL E+EREL +AQ+DAGGLD+RASKAEIEI VLKEALAELKYEKDAGL+QYKQCVERIASLETTL LAQMDAKGNDERAAKA+TEAKNLRKELA LEAEKDAAHLQYKQCLEKISVLEAKITHAEENS KLN+Q+ERTELEVKSL+KN+A+LN EKESV LYKQCL K+ST+ESEIL AQEIS+RLNREIEIGAEKLKTAEK DMLE SN+SLQLEADVLLQKIS+KD+KLLE HTELERLQT+MHEEQSRFLQIE+TLHTLQKSYSQSQEEQRSLALELKHGLQLLED++LSKQGF+EEMQ IVEENRTLHELNFSSTR L+NQQTEISELK IKEKLEREFA+KVEESN+LQ+ES Q+KDEIQ LNNRYQ ILEELG VGLNPKSFA SVKDL+KE T LKE CKME+DEKE LREKSKD+DKLLSE AFM SSLSNLN+EL GLR TVKK QESCGVLQEEKS L AEKS+LLSQLQIITESMQ+ LEKNTLLEKSL DAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLE+RFTKLEEKY+DMEKDKESRVSQVEELH LLL QKEKHAN K+SSEARMANLEN+VLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLL ECQKHVE SKFSD+VISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHGKGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQE EG ELV+EK ILEQEFENTREQHAMLQKVKLELLE+N +LRSEVTKGEEKE+EL+SKLEALH++LIDLQRTNL+ +EENC+L+EEK+ L+GSVL+LK+AKSA EQE S+ILHEALALKNLSLVYE FFTEKVLEQRALAE+LS LHS+N+DLKRELGLLR+KFEVKEA+NVY KESVERM KD+ E+K+EN HLNCQ+ESSE+LL KK+ ELLEM ERLKAAE LSAEFCR+IEKLK K+Q RLINENLERQILELSEG M+HKKEIEHL EANRSLLS+MRSLRQEVEQQRAREETLSSELLDKTNEFE+WEAEAATFYFDLQISSISEALLENKV EL+GVCMRLEDE DAKS+EIKQMTERV LE E+GGLKGQLSAY P ISSLKEDFASLE TAL+RI +PV+CNQEQKDA IETCL ENG+Q+S DNKS L PDGVSDLLS+KARIRAVE S+V+EI++ VKE+NLTTKANPGALT +NVEVSP N +RKE+KV KD ST D+NSWRTK E+GSLMKDIPLDHISD A+KSCRRENSGTDDQMLELWETAEQDC SS+ +EAMKQSSVPTEDVI YHQSD+SGKF NTSSELDVEKELGVDR QLS+SIKERTQDGKR+KILERL+SDAQKL++LKT+VQDLKQKMET KR+KKG TEYETVKRQI+EVEGAVVKL DTNDQLTKDLEESAPSLNR+TS ELEKSRH QRKRVTEQARKGSEQIGRLQF+VQNIQYTLLKLADEKSKGK+RFTGKTV+LL+DFIHSGK+SSKKR+KGFCGCSRPSTNED
Sbjct: 1 MGTLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTMAEAFPNLLTDDSPCSSSGTGPEPHTPEMPHGSHPIRALLDSVDLQKDAFGFSSIQNTLKMNGESLEESANGLSRKGLKQLNEIFGFSQLSAEKQNAKAQIHADSEHAQKAESEVQTLKKALEDIQSDKDSIFLQYQKSLEKLCEIERELNEAQKDAGGLDERASKAEIEIKVLKEALAELKYEKDAGLLQYKQCVERIASLETTLSLAQMDAKGNDERAAKAETEAKNLRKELATLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSRKLNEQIERTELEVKSLKKNIAELNGEKESVTVLYKQCLQKISTLESEILLAQEISERLNREIEIGAEKLKTAEKHSDMLETSNRSLQLEADVLLQKISLKDEKLLEKHTELERLQTVMHEEQSRFLQIESTLHTLQKSYSQSQEEQRSLALELKHGLQLLEDLQLSKQGFREEMQQIVEENRTLHELNFSSTRLLKNQQTEISELKMIKEKLEREFAVKVEESNLLQRESHQIKDEIQGLNNRYQAILEELGSVGLNPKSFALSVKDLQKENTTLKEACKMERDEKEALREKSKDIDKLLSENAFMGSSLSNLNNELGGLRDTVKKFQESCGVLQEEKSILVAEKSSLLSQLQIITESMQNLLEKNTLLEKSLSDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLEKRFTKLEEKYSDMEKDKESRVSQVEELHSLLLTQKEKHANQKHSSEARMANLENIVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLIECQKHVEASKFSDEVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHGKGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQEFEGEELVSEKRILEQEFENTREQHAMLQKVKLELLEMNRQLRSEVTKGEEKESELRSKLEALHVELIDLQRTNLVFEEENCKLVEEKNLLLGSVLELKDAKSAAEQENSVILHEALALKNLSLVYECFFTEKVLEQRALAEHLSGLHSVNNDLKRELGLLREKFEVKEAQNVYWKESVERMDKDLHEAKSENNHLNCQVESSEHLLVKKNAELLEMEERLKAAEMLSAEFCRDIEKLKMGKQQSRLINENLERQILELSEGCMSHKKEIEHLNEANRSLLSEMRSLRQEVEQQRAREETLSSELLDKTNEFELWEAEAATFYFDLQISSISEALLENKVTELTGVCMRLEDESDAKSLEIKQMTERVCLLESEIGGLKGQLSAYNPVISSLKEDFASLEHTALVRINKMPVECNQEQKDAVIETCLHENGYQSSRDNKSTLIPDGVSDLLSVKARIRAVEKSMVEEIKKLVKEDNLTTKANPGALTKATNVEVSPYVENCNRKEDKVPKDESTHDVNSWRTKTENGSLMKDIPLDHISDNSASKSCRRENSGTDDQMLELWETAEQDCFASSMISEAMKQSSVPTEDVIAYHQSDHSGKFQNTSSELDVEKELGVDRLQLSRSIKERTQDGKRRKILERLSSDAQKLTILKTAVQDLKQKMET-KRSKKGVDTEYETVKRQIDEVEGAVVKLVDTNDQLTKDLEESAPSLNRQTSAELEKSRHIQRKRVTEQARKGSEQIGRLQFEVQNIQYTLLKLADEKSKGKSRFTGKTVVLLKDFIHSGKRSSKKRNKGFCGCSRPSTNED 1811
BLAST of evm.model.Chr07.529.5.62113170 vs. UniProtKB/TrEMBL
Match: tr|A0A445ISA9|A0A445ISA9_GLYSO (Protein NETWORKED 1A isoform A OS=Glycine soja OX=3848 GN=D0Y65_028023 PE=4 SV=1) HSP 1 Score: 3032.66 bits (7861), Expect = 0.000e+0 Identity = 1548/1810 (85.52%), Postives = 1672/1810 (92.38%), Query Frame = 0
Query: 1 MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPNLLNDDSPCSSSGTGAEP-HTPEVPH---PIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSRKGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQSLKKELEVIQSDKDSIFLQYQKSLEKLSELERELAKAQQDAGGLDDRASKAEIEIDVLKEALAELKYEKDAGLVQYKQCVERIASLETTLYLAQMDAKGNDERAAKADTEAKNLRKELAKLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQLERTELEVKSLRKNLADLNEEKESVAALYKQCLLKVSTMESEILHAQEISKRLNREIEIGAEKLKTAEKQCDMLEKSNQSLQLEADVLLQKISMKDQKLLENHTELERLQTMMHEEQSRFLQIETTLHTLQKSYSQSQEEQRSLALELKHGLQLLEDIELSKQGFKEEMQHIVEENRTLHELNFSSTRSLENQQTEISELKKIKEKLEREFAIKVEESNVLQQESGQVKDEIQVLNNRYQTILEELGFVGLNPKSFAASVKDLRKEITMLKEVCKMEQDEKEVLREKSKDMDKLLSEKAFMESSLSNLNDELDGLRVTVKKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQDQLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHGKGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEGAELVTEKGILEQEFENTREQHAMLQKVKLELLEINMELRSEVTKGEEKENELQSKLEALHLDLIDLQRTNLLCQEENCRLLEEKSSLMGSVLDLKEAKSATEQEYSIILHEALALKNLSLVYESFFTEKVLEQRALAENLSDLHSLNSDLKRELGLLRKKFEVKEAENVYLKESVERMGKDMEESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEGSMNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFEIWEAEAATFYFDLQISSISEALLENKVNELSGVCMRLEDERDAKSMEIKQMTERVSQLEGEVGGLKGQLSAYTPAISSLKEDFASLEQTALLRIKTVPVKCNQEQKDAGIETCLQENGHQTSADNKSILTPDGVSDLLSMKARIRAVEMSLVQEIERHVKEENLTTKANPGALTNVSNVEVSPNSSRKEEKVLKDGSTCDLNSWRTKPESGSLMKDIPLDHISDTPATKSCRRENSGTDDQMLELWETAEQDCCDSSIDNEAMKQSSVPTEDVITYHQSDNSGKFLNTSSELDVEKELGVDRFQLSKSIKERTQDGKRKKILERLASDAQKLSMLKTSVQDLKQKMETKKRNKKGDYTEYETVKRQIEEVEGAVVKLADTNDQLTKDLEESAPSLNRETSVELEKSRHSQRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKLADEKSKGKNRFTGKTVILLRDFIHSG-KKSSKKRSKGFCGCSRPSTNE 1805
MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKT++EAFPNLL DDSPC+SS TGAEP HTPE+PH PIR+LL+SV LQKD+FGFS IQNT K +GES EES +GLSRKGLKQLN++FGLS L AE QNVKAQNH+ESER+QKAE+EVQ+LKK LE IQSDKDSIFLQ+QKSLEKLSE+EREL KAQ+DAGGLD+RASKAEIEI VLKEALAELKYEKDAGLVQYKQCVERIASLET L LAQMDAKGNDERAAKA+TEAKNL+KELA LEAEKDAAHLQY QCLEKISVLEAKI HA+E S KLN+Q+ERTELEVKSLRK++A+LN EKE+V LYKQCL K+ST+ESEIL AQEIS+RLNREIE GAEKLKTAEK CDMLEKSN+SLQLEADVLLQKIS+KD+KLLE HTELERLQT+MH E+SRFL IE+TLHTLQKSYSQS EEQRSLALELKHGLQLLED+ELSKQ FKEEMQ I+EENRTLHELNFSSTRSL+NQQ EISELKKIKEKLEREFA+KVEESNVLQ ES Q+KDEI LNNRYQ ILEELG VGLNPKSFAASVKDL+KE TM+KE CKME+DEKE L EKSKDMDKLLSE A+M SSLSNL DEL GLR TVKK QESCGVL+EEKS LAAEKS+LLSQLQIITESMQ+ LEKNTLLEKSL DAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNER+VLVSQLE VEAKLGNLE+RFTKLEEKY+DMEKDKES+V QVEELH LLLAQKEKHANHK+SSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKN+GLL ECQKH+E SKFSD+VISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQ+DSGGGHGKGIKQEEMPISHI NNIEGLKGSLVKTQEEKLQLLVENS+LLTVL QQESEG ELV EK ILEQEFENTREQHAMLQKVKLELLE+N +LRSEVTKGEEKE+ELQ KLEAL ++LIDLQRTNL+ +EENC+LLEEK+ L+GSVL+LK+AK A EQE S+ILHEALALKNLSLVYESFFTEKVLEQRALAE+LSDLHS+NSDLK+EL LLR+KFEVKE+ENVYLKESVERM KD+ E+K EN+H NCQIESSE+LLEKK+ ELLEM RLKAAE LSAEFCR+IEKLK EK+Q RLINENLERQILELSEG MNHK+EIEHL EANRSL S+MR LRQEVEQQRAREETLSSELLDKTNEFE+WEAEAATFYFDLQISSISEALLENKVNEL+GVCMRLEDE DAKS+EIKQMTERVS LE E+GGLKGQLSAY P IS LKEDFASLE TAL+RI +PV+CNQEQ DA IETCLQ NG+Q+S DNKS L PDGVSDLLS+KARIRAVE S+V+EIERHVKE+NLTT AN GALT V NVE N +RKE LKD ST D+NSWRT+ E+GSLMKDIPLDHISD A+KS RRENSG DDQMLELWETAEQDC DS + +EAMKQSSVPTEDVITYHQSD+SGKF NTSSELDVEKELGVDR QLS+SIKERTQDGKR+KILERL+SDAQKL++LKT+VQDLKQK ETKKR+KKG TEYETVKRQI+EVEGAVVKL DTNDQLTKDLEESAPSLNR+TSVELEKSRH QRKR+TEQARKGSEQIGRLQF+VQNIQYTLLKLADE SKGK+RFTGKTV+LLRDFIHSG K++SKKR+KGFCGCSRPST+E
Sbjct: 1 MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTMAEAFPNLLTDDSPCNSSDTGAEPPHTPEMPHGPHPIRALLDSVNLQKDSFGFSLIQNTLKMNGESLEESANGLSRKGLKQLNEIFGLSQLSAEKQNVKAQNHAESERSQKAENEVQTLKKVLEDIQSDKDSIFLQHQKSLEKLSEMERELNKAQKDAGGLDERASKAEIEITVLKEALAELKYEKDAGLVQYKQCVERIASLETMLSLAQMDAKGNDERAAKAETEAKNLKKELATLEAEKDAAHLQYNQCLEKISVLEAKIAHADEYSRKLNEQIERTELEVKSLRKDIAELNGEKEAVTVLYKQCLQKISTLESEILLAQEISERLNREIESGAEKLKTAEKHCDMLEKSNRSLQLEADVLLQKISLKDEKLLEKHTELERLQTLMHAEKSRFLHIESTLHTLQKSYSQSHEEQRSLALELKHGLQLLEDLELSKQSFKEEMQQIMEENRTLHELNFSSTRSLKNQQMEISELKKIKEKLEREFAVKVEESNVLQWESHQIKDEILGLNNRYQAILEELGSVGLNPKSFAASVKDLQKENTMIKEACKMERDEKEALHEKSKDMDKLLSENAYMGSSLSNLKDELHGLRDTVKKFQESCGVLREEKSILAAEKSSLLSQLQIITESMQNLLEKNTLLEKSLSDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERNVLVSQLEGVEAKLGNLEKRFTKLEEKYSDMEKDKESQVCQVEELHALLLAQKEKHANHKHSSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNLGLLIECQKHMEASKFSDEVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQIDSGGGHGKGIKQEEMPISHIFNNIEGLKGSLVKTQEEKLQLLVENSILLTVLLQQESEGEELVLEKRILEQEFENTREQHAMLQKVKLELLEMNKQLRSEVTKGEEKESELQPKLEALQVELIDLQRTNLVFEEENCKLLEEKNLLLGSVLELKDAKFAAEQENSVILHEALALKNLSLVYESFFTEKVLEQRALAEHLSDLHSVNSDLKQELVLLREKFEVKESENVYLKESVERMDKDLHEAKTENDHFNCQIESSEHLLEKKNVELLEMEGRLKAAEMLSAEFCRDIEKLKMEKQQSRLINENLERQILELSEGCMNHKREIEHLNEANRSLQSEMRCLRQEVEQQRAREETLSSELLDKTNEFELWEAEAATFYFDLQISSISEALLENKVNELTGVCMRLEDESDAKSLEIKQMTERVSLLESEIGGLKGQLSAYNPVISLLKEDFASLEHTALVRINKMPVECNQEQNDAVIETCLQGNGYQSSTDNKSALIPDGVSDLLSVKARIRAVEKSMVEEIERHVKEQNLTTTANLGALTKVPNVE---NRNRKE---LKDESTHDVNSWRTRTENGSLMKDIPLDHISDNSASKSGRRENSGADDQMLELWETAEQDCFDSPMVSEAMKQSSVPTEDVITYHQSDHSGKFQNTSSELDVEKELGVDRLQLSRSIKERTQDGKRRKILERLSSDAQKLTVLKTAVQDLKQKTETKKRSKKGAGTEYETVKRQIDEVEGAVVKLVDTNDQLTKDLEESAPSLNRQTSVELEKSRHIQRKRITEQARKGSEQIGRLQFEVQNIQYTLLKLADE-SKGKSRFTGKTVVLLRDFIHSGSKRTSKKRNKGFCGCSRPSTDE 1803
BLAST of evm.model.Chr07.529.5.62113170 vs. UniProtKB/TrEMBL
Match: tr|K7LL78|K7LL78_SOYBN (NAB domain-containing protein OS=Glycine max OX=3847 GN=GLYMA_10G245400 PE=4 SV=1) HSP 1 Score: 3029.58 bits (7853), Expect = 0.000e+0 Identity = 1547/1810 (85.47%), Postives = 1671/1810 (92.32%), Query Frame = 0
Query: 1 MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPNLLNDDSPCSSSGTGAEP-HTPEVPH---PIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSRKGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQSLKKELEVIQSDKDSIFLQYQKSLEKLSELERELAKAQQDAGGLDDRASKAEIEIDVLKEALAELKYEKDAGLVQYKQCVERIASLETTLYLAQMDAKGNDERAAKADTEAKNLRKELAKLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQLERTELEVKSLRKNLADLNEEKESVAALYKQCLLKVSTMESEILHAQEISKRLNREIEIGAEKLKTAEKQCDMLEKSNQSLQLEADVLLQKISMKDQKLLENHTELERLQTMMHEEQSRFLQIETTLHTLQKSYSQSQEEQRSLALELKHGLQLLEDIELSKQGFKEEMQHIVEENRTLHELNFSSTRSLENQQTEISELKKIKEKLEREFAIKVEESNVLQQESGQVKDEIQVLNNRYQTILEELGFVGLNPKSFAASVKDLRKEITMLKEVCKMEQDEKEVLREKSKDMDKLLSEKAFMESSLSNLNDELDGLRVTVKKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQDQLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHGKGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEGAELVTEKGILEQEFENTREQHAMLQKVKLELLEINMELRSEVTKGEEKENELQSKLEALHLDLIDLQRTNLLCQEENCRLLEEKSSLMGSVLDLKEAKSATEQEYSIILHEALALKNLSLVYESFFTEKVLEQRALAENLSDLHSLNSDLKRELGLLRKKFEVKEAENVYLKESVERMGKDMEESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEGSMNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFEIWEAEAATFYFDLQISSISEALLENKVNELSGVCMRLEDERDAKSMEIKQMTERVSQLEGEVGGLKGQLSAYTPAISSLKEDFASLEQTALLRIKTVPVKCNQEQKDAGIETCLQENGHQTSADNKSILTPDGVSDLLSMKARIRAVEMSLVQEIERHVKEENLTTKANPGALTNVSNVEVSPNSSRKEEKVLKDGSTCDLNSWRTKPESGSLMKDIPLDHISDTPATKSCRRENSGTDDQMLELWETAEQDCCDSSIDNEAMKQSSVPTEDVITYHQSDNSGKFLNTSSELDVEKELGVDRFQLSKSIKERTQDGKRKKILERLASDAQKLSMLKTSVQDLKQKMETKKRNKKGDYTEYETVKRQIEEVEGAVVKLADTNDQLTKDLEESAPSLNRETSVELEKSRHSQRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKLADEKSKGKNRFTGKTVILLRDFIHSG-KKSSKKRSKGFCGCSRPSTNE 1805
MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGEL QAHKT++EAFPNLL DDSPC+SS TGAEP HTPE+PH PIR+LL+SV LQKD+FGFS IQNT K +GES EES +GLSRKGLKQLN++FGLS L AE QNVKAQNH+ESER+QKAE+EVQ+LKK LE IQSDKDSIFLQ+QKSLEKLSE+EREL KAQ+DAGGLD+RASKAEIEI VLKEALAELKYEKDAGLVQYKQCVERIASLET L LAQMDAKGNDERAAKA+TEAKNL+KELA LEAEKDAAHLQY QCLEKISVLEAKI HA+E S KLN+Q+ERTELEVKSLRK++A+LN EKE+V LYKQCL K+ST+ESEIL AQEIS+RLNREIE GAEKLKTAEK CDMLEKSN+SLQLEADVLLQKIS+KD+KLLE HTELERLQT+MH E+SRFL IE+TLHTLQKSYSQS EEQRSLALELKHGLQLLED+ELSKQ FKEEMQ I+EENRTLHELNFSSTRSL+NQQ EISELKKIKEKLEREFA+KVEESNVLQ ES Q+KDEI LNNRYQ ILEELG VGLNPKSFAASVKDL+KE TM+KE CKME+DEKE L EKSKDMDKLLSE A+M SSLSNL DEL GLR TVKK QESCGVL+EEKS LAAEKS+LLSQLQIITESMQ+ LEKNTLLEKSL DAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNER+VLVSQLE VEAKLGNLE+RFTKLEEKY+DMEKDKES+V QVEELH LLLAQKEKHANHK+SSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKN+GLL ECQKH+E SKFSD+VISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQ+DSGGGHGKGIKQEEMPISHI NNIEGLKGSLVKTQEEKLQLLVENS+LLTVL QQESEG ELV EK ILEQEFENTREQHAMLQKVKLELLE+N +LRSEVTKGEEKE+ELQ KLEAL ++LIDLQRTNL+ +EENC+LLEEK+ L+GSVL+LK+AK A EQE S+ILHEALALKNLSLVYESFFTEKVLEQRALAE+LSDLHS+NSDLK+EL LLR+KFEVKE+ENVYLKESVERM KD+ E+K EN+H NCQIESSE+LLEKK+ ELLEM RLKAAE LSAEFCR+IEKLK EK+Q RLINENLERQILELSEG MNHK+EIEHL EANRSL S+MR LRQEVEQQRAREETLSSELLDKTNEFE+WEAEAATFYFDLQISSISEALLENKVNEL+GVCMRLEDE DAKS+EIKQMTERVS LE E+GGLKGQLSAY P IS LKEDFASLE TAL+RI +PV+CNQEQ DA IETCLQ NG+Q+S DNKS L PDGVSDLLS+KARIRAVE S+V+EIERHVKE+NLTT AN GALT V NVE N +RKE LKD ST D+NSWRT+ E+GSLMKDIPLDHISD A+KS RRENSG DDQMLELWETAEQDC DS + +EAMKQSSVPTEDVITYHQSD+SGKF NTSSELDVEKELGVDR QLS+SIKERTQDGKR+KILERL+SDAQKL++LKT+VQDLKQK ETKKR+KKG TEYETVKRQI+EVEGAVVKL DTNDQLTKDLEESAPSLNR+TSVELEKSRH QRKR+TEQARKGSEQIGRLQF+VQNIQYTLLKLADE SKGK+RFTGKTV+LLRDFIHSG K++SKKR+KGFCGCSRPST+E
Sbjct: 1 MATLLHSESRRLYSWWWDSHISPKNSKWLQENLTDMDAKVKAMIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELCQAHKTMAEAFPNLLTDDSPCNSSDTGAEPPHTPEMPHGPHPIRALLDSVNLQKDSFGFSLIQNTLKMNGESLEESANGLSRKGLKQLNEIFGLSQLSAEKQNVKAQNHAESERSQKAENEVQTLKKVLEDIQSDKDSIFLQHQKSLEKLSEMERELNKAQKDAGGLDERASKAEIEITVLKEALAELKYEKDAGLVQYKQCVERIASLETMLSLAQMDAKGNDERAAKAETEAKNLKKELATLEAEKDAAHLQYNQCLEKISVLEAKIAHADEYSRKLNEQIERTELEVKSLRKDIAELNGEKEAVTVLYKQCLQKISTLESEILLAQEISERLNREIESGAEKLKTAEKHCDMLEKSNRSLQLEADVLLQKISLKDEKLLEKHTELERLQTLMHAEKSRFLHIESTLHTLQKSYSQSHEEQRSLALELKHGLQLLEDLELSKQSFKEEMQQIMEENRTLHELNFSSTRSLKNQQMEISELKKIKEKLEREFAVKVEESNVLQWESHQIKDEILGLNNRYQAILEELGSVGLNPKSFAASVKDLQKENTMIKEACKMERDEKEALHEKSKDMDKLLSENAYMGSSLSNLKDELHGLRDTVKKFQESCGVLREEKSILAAEKSSLLSQLQIITESMQNLLEKNTLLEKSLSDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERNVLVSQLEGVEAKLGNLEKRFTKLEEKYSDMEKDKESQVCQVEELHALLLAQKEKHANHKHSSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNLGLLIECQKHMEASKFSDEVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQIDSGGGHGKGIKQEEMPISHIFNNIEGLKGSLVKTQEEKLQLLVENSILLTVLLQQESEGEELVLEKRILEQEFENTREQHAMLQKVKLELLEMNKQLRSEVTKGEEKESELQPKLEALQVELIDLQRTNLVFEEENCKLLEEKNLLLGSVLELKDAKFAAEQENSVILHEALALKNLSLVYESFFTEKVLEQRALAEHLSDLHSVNSDLKQELVLLREKFEVKESENVYLKESVERMDKDLHEAKTENDHFNCQIESSEHLLEKKNVELLEMEGRLKAAEMLSAEFCRDIEKLKMEKQQSRLINENLERQILELSEGCMNHKREIEHLNEANRSLQSEMRCLRQEVEQQRAREETLSSELLDKTNEFELWEAEAATFYFDLQISSISEALLENKVNELTGVCMRLEDESDAKSLEIKQMTERVSLLESEIGGLKGQLSAYNPVISLLKEDFASLEHTALVRINKMPVECNQEQNDAVIETCLQGNGYQSSTDNKSALIPDGVSDLLSVKARIRAVEKSMVEEIERHVKEQNLTTTANLGALTKVPNVE---NRNRKE---LKDESTHDVNSWRTRTENGSLMKDIPLDHISDNSASKSGRRENSGADDQMLELWETAEQDCFDSPMVSEAMKQSSVPTEDVITYHQSDHSGKFQNTSSELDVEKELGVDRLQLSRSIKERTQDGKRRKILERLSSDAQKLTVLKTAVQDLKQKTETKKRSKKGAGTEYETVKRQIDEVEGAVVKLVDTNDQLTKDLEESAPSLNRQTSVELEKSRHIQRKRITEQARKGSEQIGRLQFEVQNIQYTLLKLADE-SKGKSRFTGKTVVLLRDFIHSGSKRTSKKRNKGFCGCSRPSTDE 1803
BLAST of evm.model.Chr07.529.5.62113170 vs. UniProtKB/TrEMBL
Match: tr|A0A371FFG8|A0A371FFG8_MUCPR (Protein NETWORKED 1A (Fragment) OS=Mucuna pruriens OX=157652 GN=NET1A PE=4 SV=1) HSP 1 Score: 2935.59 bits (7609), Expect = 0.000e+0 Identity = 1494/1771 (84.36%), Postives = 1624/1771 (91.70%), Query Frame = 0
Query: 43 MIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATGELRQAHKTISEAFPN----LLNDDSPCSSSGTGAEPHTPEVPHPIRSLLESVALQKDAFGFSSIQNTSKTSGESFEESPSGLSRKGLKQLNDMFGLSPLMAENQNVKAQNHSESERAQKAESEVQSLKKELEVIQSDKDSIFLQYQKSLEKLSELERELAKAQQDAGGLDDRASKAEIEIDVLKEALAELKYEKDAGLVQYKQCVERIASLETTLYLAQMDAKGNDERAAKADTEAKNLRKELAKLEAEKDAAHLQYKQCLEKISVLEAKITHAEENSLKLNQQLERTELEVKSLRKNLADLNEEKESVAALYKQCLLKVSTMESEILHAQEISKRLNREIEIGAEKLKTAEKQCDMLEKSNQSLQLEADVLLQKISMKDQKLLENHTELERLQTMMHEEQSRFLQIETTLHTLQKSYSQSQEEQRSLALELKHGLQLLEDIELSKQGFKEEMQHIVEENRTLHELNFSSTRSLENQQTEISELKKIKEKLEREFAIKVEESNVLQQESGQVKDEIQVLNNRYQTILEELGFVGLNPKSFAASVKDLRKEITMLKEVCKMEQDEKEVLREKSKDMDKLLSEKAFMESSLSNLNDELDGLRVTVKKLQESCGVLQEEKSSLAAEKSALLSQLQIITESMQDQLEKNTLLEKSLCDAKIELEGLRAKSSSLEEFCNLLNNEKHNLLNERSVLVSQLESVEAKLGNLERRFTKLEEKYADMEKDKESRVSQVEELHLLLLAQKEKHANHKNSSEARMANLENLVLRLQEERRLGKIEFEEELDKAVNAQVEMFILQKCVEDLEQKNMGLLFECQKHVEESKFSDKVISELESENLMQQMELEFLLDEIRKFKMGIHQVLAALQVDSGGGHGKGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEGAELVTEKGILEQEFENTREQHAMLQKVKLELLEINMELRSEVTKGEEKENELQSKLEALHLDLIDLQRTNLLCQEENCRLLEEKSSLMGSVLDLKEAKSATEQEYSIILHEALALKNLSLVYESFFTEKVLEQRALAENLSDLHSLNSDLKRELGLLRKKFEVKEAENVYLKESVERMGKDMEESKAENEHLNCQIESSENLLEKKDEELLEMLERLKAAETLSAEFCRNIEKLKAEKEQLRLINENLERQILELSEGSMNHKKEIEHLTEANRSLLSQMRSLRQEVEQQRAREETLSSELLDKTNEFEIWEAEAATFYFDLQISSISEALLENKVNELSGVCMRLEDERDAKSMEIKQMTERVSQLEGEVGGLKGQLSAYTPAISSLKEDFASLEQTALLRIKTVPVKCNQEQKDAGIETCLQENGHQTSADNKSILTPDGVSDLLSMKARIRAVEMSLVQEIERHVKEENLTTKANPGALTNVSNVEVSP---NSSRKEEKVLKDGSTCDLNSWRTKPESGSLMKDIPLDHISDTPATKSCRRENSGTDDQMLELWETAEQDCCDSSIDNEAMKQSSVPTEDVITYHQSDNSGKFLNTSSELDVEKELGVDRFQLSKSIKERTQDGKRKKILERLASDAQKLSMLKTSVQDLKQKMETKKRNKKGDYTEYETVKRQIEEVEGAVVKLADTNDQLTKDLEESAPSLNRETSVELEKSRHSQRKRVTEQARKGSEQIGRLQFDVQNIQYTLLKLADEKSKGKNRFTGKTVILLRDFIHSGKKSSKKRSKGFCGCSRPSTNED 1806
MIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHAT ELRQAHKT++EAFPN LL+DDSPC SSGTGAEPHTPE+PHPIR+LLESV LQKDAFGFSSIQ+T K +GES EES +GLSRKGLKQLND+FG S L AE QNV AQN+SESERAQKAESEVQ+L+K LE IQSDKDSIFLQYQKSLEKLSE+EREL+KAQ+DAGGLD++ASKAEIEI +LKEALAELK +KDAGLVQYKQCVERIASLET L LAQ+DAKGNDERAAKA+ EAKN+++ELA LE EK+A LQYKQCLEKISVLEA+ITHAEENS KLN+Q+ERTE+EVKSLRKNLA+LNEEKE+VA LYKQCL K+STMESEILHAQEIS+RL+RE+EIGAEKLKTAEK CDMLEKSN+SLQLEADVLLQKISMKDQKLLE HTELERLQ+MMHEEQSRFLQIE+TLHTLQKSYSQSQEEQRSLALELKHGL+LLED+ELSKQGFKEEMQ IV+ENRTLHEL+FSST SL+NQQ EI ELKKIK+KLE+EFA+KVEESN+LQ+ES Q+KDEIQ LNNRYQTILEELG VGLNPKSFAASVKDL+ E TMLKE CKME+DEKE L EKSKDMDKL+SE A MES+LSNLNDELDGLR TVKK QESC VLQEEKS L AEKSALLSQLQIITESMQ+QLEKNTLLEKSL DAK+ELE LRAKSSSLEEFCNLLNNEKHNLLNERS+LVSQLESVEAKLGNLE+RFTKLEEKY+DMEKDKESRVSQVEELH LLLAQKEKHA HK+SS ARMANLENLVLRLQEER+LGK+EFEE+LDKAVNAQVEMFILQKC EDLEQKN+ LL ECQKH+E SKFSD+VISELESENLMQQMELEFLLDEIRKFKMGIHQV ALQVDS GHGKGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEG EL ++K ILEQEF+N REQHAMLQKVKLELLE+N +LRSEV KGEEKENELQSKLEALH++L+DLQRTN + QEENC+LL+EK+SL+GSVL+L+++KSA EQ+ +ILHEAL LKNLSLVYESFFTEKVLEQ+ALAE+LSDL +NSDLK ELGLLRKK EV+EAENV KESVERM KD++E+K EN+HL+ QI SSE+LLEKK+ ELLEM ERLKAAETLSAEFCRNIEKLK EK+QLRLINENLERQILELSEG MNHKKEIEHL EA RSL+S+MRSLR EVEQQRAREETLSSELLDK NEFE+WE+EAATFYFDLQISSISEALLENKVNEL+GVCMRLEDE DAKS+EIKQMTERV+ LE EVGGLKGQLSAYTP I+SLKEDF+SLE TA L+I + V NQE KDA IETCLQENG+Q+ D KS L PDGVSDLLSMKARIR VE S+V+EIER KEE NPGALT V NVEVSP N +RKE+KVL+D ST D+NSWRTK E+GSLMKDIPLDHISD PA+K+CRRENSGTDDQMLELWETAEQDC DSS+D+EAMKQSSVPTEDVI YHQSDNSGKF NTSSELD EKELGVDR QLS+SIKERTQDGKR+KILERL SDAQKLS LK SVQDLK KMETKKR KKGD TEYE V+RQIEEVEGAVVKLADTNDQLTKDLEESAPSLNRE+SVELEKSR QRKRVTEQARKGSEQIGRLQF+VQN+QY LLKLADEKSKGK+RFTGKTV+LLRDFIHSGK+SSKKR+KGFCGCSRPSTNED
Sbjct: 1 MIKLIEEDADSFARRAEMYYKKRPELMKLVEEFYRAYRALAERYDHATVELRQAHKTMAEAFPNQEHYLLSDDSPCGSSGTGAEPHTPEMPHPIRALLESVDLQKDAFGFSSIQSTLKKNGESLEESTNGLSRKGLKQLNDIFGFSQLSAEKQNVNAQNNSESERAQKAESEVQTLRKALEDIQSDKDSIFLQYQKSLEKLSEMERELSKAQEDAGGLDEQASKAEIEIKILKEALAELKSDKDAGLVQYKQCVERIASLETMLSLAQLDAKGNDERAAKAEIEAKNVKEELATLETEKEAVRLQYKQCLEKISVLEARITHAEENSRKLNEQIERTEMEVKSLRKNLAELNEEKETVAVLYKQCLQKISTMESEILHAQEISERLSREVEIGAEKLKTAEKHCDMLEKSNRSLQLEADVLLQKISMKDQKLLEKHTELERLQSMMHEEQSRFLQIESTLHTLQKSYSQSQEEQRSLALELKHGLRLLEDLELSKQGFKEEMQQIVKENRTLHELSFSSTSSLKNQQMEIFELKKIKDKLEQEFAVKVEESNILQRESRQIKDEIQGLNNRYQTILEELGSVGLNPKSFAASVKDLQMENTMLKEACKMERDEKEALCEKSKDMDKLVSENASMESTLSNLNDELDGLRDTVKKFQESCSVLQEEKSILVAEKSALLSQLQIITESMQNQLEKNTLLEKSLSDAKVELECLRAKSSSLEEFCNLLNNEKHNLLNERSILVSQLESVEAKLGNLEKRFTKLEEKYSDMEKDKESRVSQVEELHGLLLAQKEKHAKHKHSSGARMANLENLVLRLQEERQLGKMEFEEQLDKAVNAQVEMFILQKCAEDLEQKNVALLIECQKHIEASKFSDQVISELESENLMQQMELEFLLDEIRKFKMGIHQVFGALQVDSDRGHGKGIKQEEMPISHILNNIEGLKGSLVKTQEEKLQLLVENSVLLTVLSQQESEGEELESKKRILEQEFDNKREQHAMLQKVKLELLEMNRQLRSEVIKGEEKENELQSKLEALHVELVDLQRTNTVFQEENCKLLKEKNSLLGSVLELRDSKSAAEQDNVVILHEALTLKNLSLVYESFFTEKVLEQKALAEHLSDLQCVNSDLKLELGLLRKKLEVREAENVCFKESVERMDKDLQEAKNENDHLSYQIGSSEDLLEKKNAELLEMEERLKAAETLSAEFCRNIEKLKTEKQQLRLINENLERQILELSEGCMNHKKEIEHLNEAKRSLMSEMRSLRHEVEQQRAREETLSSELLDKANEFELWESEAATFYFDLQISSISEALLENKVNELTGVCMRLEDESDAKSLEIKQMTERVNLLESEVGGLKGQLSAYTPVINSLKEDFSSLENTA-LQINKISVARNQELKDAVIETCLQENGYQSLTDTKSTLIPDGVSDLLSMKARIRVVEKSMVEEIERLAKEE------NPGALTKVPNVEVSPYIENCNRKEDKVLEDVSTRDVNSWRTKTENGSLMKDIPLDHISDNPASKNCRRENSGTDDQMLELWETAEQDCRDSSMDSEAMKQSSVPTEDVIAYHQSDNSGKFQNTSSELDAEKELGVDRLQLSRSIKERTQDGKRRKILERLVSDAQKLSALKMSVQDLKNKMETKKRGKKGDETEYERVRRQIEEVEGAVVKLADTNDQLTKDLEESAPSLNRESSVELEKSR--QRKRVTEQARKGSEQIGRLQFEVQNVQYALLKLADEKSKGKSRFTGKTVVLLRDFIHSGKRSSKKRNKGFCGCSRPSTNED 1762 The following BLAST results are available for this feature:
BLAST of evm.model.Chr07.529.5.62113170 vs. UniProtKB/Swiss-Prot
Analysis Date: 2023-06-13 (Blastp of Vigna unguiculata subsp. sesquipedalis line A147 proteins vs UniProt Swissprot) Total hits: 10
BLAST of evm.model.Chr07.529.5.62113170 vs. Araport11
Analysis Date: 2023-06-13 (Blastp of Vigna unguiculata subsp. sesquipedalis line A147 proteins vs arabidopsis Araport11) Total hits: 10
BLAST of evm.model.Chr07.529.5.62113170 vs. UniProtKB/TrEMBL
Analysis Date: 2023-06-13 (Blastp of Vigna unguiculata subsp. sesquipedalis line A147 proteins vs UniProt TrEMBL) Total hits: 10
InterPro
Analysis Name: InterProScan Analysis for Vigna unguiculata subsp. sesquipedalis line A147 genome v1.0
Date Performed: 2023-06-13
Sequences
The
following sequences are available for this feature:
mRNA sequence >evm.model.Chr07.529.5.62113170_hau_v1 ID=evm.model.Chr07.529.5.62113170_hau_v1; Name=evm.model.Chr07.529.5.62113170; organism=Vigna unguiculata subsp. sesquipedalis; type=mRNA; length=5421bpback to top protein sequence of evm.model.Chr07.529.5.62113170_hau_v1 >evm.model.Chr07.529.5.62113170_hau_v1 ID=evm.model.Chr07.529.5.62113170_hau_v1; Name=evm.model.Chr07.529.5.62113170_hau_v1; organism=Vigna unguiculata subsp. sesquipedalis; type=polypeptide; length=1806bpback to top mRNA from alignment at Chr07:5084881..5092335+ Legend: five_prime_UTRexonCDSpolypeptidethree_prime_UTR Hold the cursor over a type above to highlight its positions in the sequence below.>evm.model.Chr07.529.5.62113170_hau_v1 ID=evm.model.Chr07.529.5.62113170_hau_v1; Name=evm.model.Chr07.529.5.62113170; organism=Vigna unguiculata subsp. sesquipedalis; type=mRNA; length=7455bp; location=Sequence derived from: Chr07:5084881..5092335+ (Vigna unguiculata subsp. sesquipedalisback to top Coding sequence (CDS) from alignment at Chr07:5084881..5092335+ >evm.model.Chr07.529.5.62113170_hau_v1 ID=evm.model.Chr07.529.5.62113170_hau_v1; Name=evm.model.Chr07.529.5.62113170; organism=Vigna unguiculata subsp. sesquipedalis; type=CDS; length=5421bp; location=Sequence derived from: Chr07:5084881..5092335+ (Vigna unguiculata subsp. sesquipedalisback to top Annotated Terms
The
following terms have been associated with
this mRNA:
|