Relationships
This mRNA is a part of the following gene feature(s):
The following polypeptide feature(s) derives from this mRNA:
| Feature Name | Unique Name | Species | Type |
|---|
| Psat4g003840.3 | Psat4g003840.3_Ps_Cameor_v1a-protein | Pisum sativum | polypeptide |
| Psat4g003840.3_Ps_Cameor_v1a | Psat4g003840.3_Ps_Cameor_v1a | Pisum sativum | polypeptide |
The following five_prime_UTR feature(s) are a part of this mRNA:
| Feature Name | Unique Name | Species | Type |
|---|
| Psat4g003840.3.five_prime_utr1 | Psat4g003840.3.five_prime_utr1_Ps_Cameor_v1a | Pisum sativum | five_prime_UTR |
| Psat4g003840.3.five_prime_utr2 | Psat4g003840.3.five_prime_utr2_Ps_Cameor_v1a | Pisum sativum | five_prime_UTR |
The following exon feature(s) are a part of this mRNA:
| Feature Name | Unique Name | Species | Type |
|---|
| Psat4g003840.3.exon1 | Psat4g003840.3.exon1_Ps_Cameor_v1a | Pisum sativum | exon |
| Psat4g003840.3.exon2 | Psat4g003840.3.exon2_Ps_Cameor_v1a | Pisum sativum | exon |
| Psat4g003840.3.exon3 | Psat4g003840.3.exon3_Ps_Cameor_v1a | Pisum sativum | exon |
| Psat4g003840.3.exon4 | Psat4g003840.3.exon4_Ps_Cameor_v1a | Pisum sativum | exon |
| Psat4g003840.3.exon5 | Psat4g003840.3.exon5_Ps_Cameor_v1a | Pisum sativum | exon |
| Psat4g003840.3.exon6 | Psat4g003840.3.exon6_Ps_Cameor_v1a | Pisum sativum | exon |
| Psat4g003840.3.exon7 | Psat4g003840.3.exon7_Ps_Cameor_v1a | Pisum sativum | exon |
| Psat4g003840.3.exon8 | Psat4g003840.3.exon8_Ps_Cameor_v1a | Pisum sativum | exon |
| Psat4g003840.3.exon9 | Psat4g003840.3.exon9_Ps_Cameor_v1a | Pisum sativum | exon |
| Psat4g003840.3.exon10 | Psat4g003840.3.exon10_Ps_Cameor_v1a | Pisum sativum | exon |
| Psat4g003840.3.exon11 | Psat4g003840.3.exon11_Ps_Cameor_v1a | Pisum sativum | exon |
The following CDS feature(s) are a part of this mRNA:
| Feature Name | Unique Name | Species | Type |
|---|
| Psat4g003840.3.cds1 | Psat4g003840.3.cds1_Ps_Cameor_v1a | Pisum sativum | CDS |
| Psat4g003840.3.cds2 | Psat4g003840.3.cds2_Ps_Cameor_v1a | Pisum sativum | CDS |
| Psat4g003840.3.cds3 | Psat4g003840.3.cds3_Ps_Cameor_v1a | Pisum sativum | CDS |
| Psat4g003840.3.cds4 | Psat4g003840.3.cds4_Ps_Cameor_v1a | Pisum sativum | CDS |
| Psat4g003840.3.cds5 | Psat4g003840.3.cds5_Ps_Cameor_v1a | Pisum sativum | CDS |
| Psat4g003840.3.cds6 | Psat4g003840.3.cds6_Ps_Cameor_v1a | Pisum sativum | CDS |
| Psat4g003840.3.cds7 | Psat4g003840.3.cds7_Ps_Cameor_v1a | Pisum sativum | CDS |
| Psat4g003840.3.cds8 | Psat4g003840.3.cds8_Ps_Cameor_v1a | Pisum sativum | CDS |
| Psat4g003840.3.cds9 | Psat4g003840.3.cds9_Ps_Cameor_v1a | Pisum sativum | CDS |
The following three_prime_UTR feature(s) are a part of this mRNA:
| Feature Name | Unique Name | Species | Type |
|---|
| Psat4g003840.3.three_prime_utr1 | Psat4g003840.3.three_prime_utr1_Ps_Cameor_v1a | Pisum sativum | three_prime_UTR |
| Psat4g003840.3.three_prime_utr2 | Psat4g003840.3.three_prime_utr2_Ps_Cameor_v1a | Pisum sativum | three_prime_UTR |
Homology
BLAST of Psat4g003840.3 vs. DB:Swiss
Match:
OXA1_ARATH (Mitochondrial inner membrane protein OXA1 OS=Arabidopsis thaliana OX=3702 GN=OXA1 PE=2 SV=2)
HSP 1 Score: 417.157 bits (1071), Expect = 1.142e-142
Identity = 216/422 (51.18%), Postives = 290/422 (68.72%), Query Frame = 1
Query: 1 MAFRRCLLQRGSNLIDRRFHPSFSYVLHSDEGKRDQPDEKPSSATISNSFTQTRSFGSSLNGSMGFFSGFRHKQVYPFAGYNFCRNMSTM-DQNSDKITVMTDVAEVLTDTSVETVTSQAPV-VSEVAIAAADSYLPVQALQYVIDAVHSYTGLNWWLAIVLTTLLIRTATVPLLINQLKTTSKLTLMRPHLEAIKEEMDGKTFDPEAVAEGQKRMKKLFKEYGVSPLSPLKGLFIQGPVFISFFLAINNMSEKMPSFKHGGAFWFTDLTTPDALYVFPVLAALSFLVVVECNMQEGMEGNPMGDTMKKFSRILAFLTVPFTMTFPKAIFCYWITSNLFSLSYGMVLKVPGVKQTLGIPDLPAAPKPTSSPQSSFSILSALKQAASTANGQSSLPVETPKEPNKKISSSAV--ISQRLRSLE 1254
MAFR+ L R S L RR P + + + +RD ++ S + +SF RS +S + G H + P +G+ F R MS+ S+KI VM+D+AEV+TD++++ V +QA VSEV +AAADS+ P+ ALQ ID VH++TG WW +IV+ T+LIR++TVPLLI Q+K T+KL LMRP LE+I+EEM K D +AEGQK+MK LFKEYGV+P +P+KG+FIQGP+FI FFLAI NM+EK+PSF+ GGA WFTDLTTPD+LY+ PV+ L+FL+ VECN QEGMEGNPM T+K R+ A LTVP TM+FP+AIFCYWITSNLFSL YG+V+K P VK+ L IPDLP Q SF + SALK+ + + +E P N ++SS+++ +S+RL++LE
Sbjct: 1 MAFRQTLSIR-SRLFARRNQPVYHIIPRESDHERDSFCQETSQRSY-HSFLHQRSVNNSDFSKVS--GGSLHLPLAPTSGFAFYRYMSSAPGVGSEKIGVMSDIAEVITDSTLQDVPAQAAAAVSEVTLAAADSFFPIAALQQCIDMVHTFTGFEWWASIVVATILIRSSTVPLLIKQMKDTTKLALMRPRLESIREEMQNKGMDSVTMAEGQKKMKNLFKEYGVTPFTPMKGMFIQGPLFICFFLAIRNMAEKVPSFQTGGALWFTDLTTPDSLYILPVITGLTFLITVECNAQEGMEGNPMAGTVKTVCRVFALLTVPMTMSFPQAIFCYWITSNLFSLMYGLVIKRPQVKKMLRIPDLPPP---PPGQQPSFDLFSALKKMKAMTQDHTQNQIEPPSPVNPRLSSTSLSPVSKRLKALE 415
BLAST of Psat4g003840.3 vs. DB:Swiss
Match:
OXA1L_ARATH (Mitochondrial inner membrane protein OXA1-like OS=Arabidopsis thaliana OX=3702 GN=OXA1L PE=2 SV=1)
HSP 1 Score: 370.163 bits (949), Expect = 2.789e-124
Identity = 208/435 (47.82%), Postives = 283/435 (65.06%), Query Frame = 1
Query: 16 CL--LQRGSNLIDRRFHPSFSYVLHSDEGKRDQPDEKPSSATISNSFTQTRSFGSSLNGSMGFFSGFRHKQVYPFA------GYNFCRNMS-TMDQNSDKITVMTDVA-EVLTDTSVE--TVTSQA--PVVSEVAIAAADSYLPVQALQYVIDAVHSYTGLNWWLAIVLTTLLIRTATVPLLINQLKTTSKLTLMRPHLEAIKEEMDGKTFDPEAVAEGQKRMKKLFKEYGVSPLSPLKGLFIQGPVFISFFLAINNMSEKMPSFKHGGAFWFTDLTTPDALYVFPVLAALSFLVVVECNMQEGMEGNPMGDTMKKFSRILAFLTVPFTMTFPKAIFCYWITSNLFSLSYGMVLKVPGVKQTLGIPDLPAAPKPTSSPQSSFSILSALKQAASTANGQSSLPVETP--------KEPNKKISSSAVISQRLRSLE 1254
CL + + NL+ RR +PS +++ D RD+ S I + NG+ S F + FA G + CR+MS T + SDK+ + VA EV+ D +E T TSQA P ++EVAIAAADS PV ALQ++IDAVHS+TGLNWW +I LTT+LIR T+P+L+NQLK T KL ++RP LE +++EM K DPEA+AEGQ+RM+ LFKE+GV+P +PLKGL IQGP+FISFF AI NM+EK+PSFK GG WFTDLTT D Y+ P+L A++FL++VE NMQEG+EGNP+ TMKKFSRI+AFL++P + KA+FCYW+TSNLF+L YG+ L+ P V++ L +PD+ +S S S L + + QS + E P P+++IS S+V++QR+R+LE
Sbjct: 4 CLRGITKRVNLLQRRVYPSCGHLIRDD---RDETKSGSSDTMIREVLAR--------NGTNKLSSMFADRHYQSFATGPLGLGLSSCRHMSSTPPEWSDKVDGIDFVATEVVPDEIIEAVTTTSQAVVPAINEVAIAAADSAFPVAALQHLIDAVHSFTGLNWWASIALTTVLIRGVTIPILLNQLKATYKLNVLRPQLEELRQEMSTKAQDPEAMAEGQRRMQLLFKEHGVTPFTPLKGLIIQGPIFISFFFAIRNMAEKVPSFKTGGTLWFTDLTTTDTTYILPLLTAVTFLIMVESNMQEGLEGNPVAGTMKKFSRIIAFLSIPVLIGIEKALFCYWLTSNLFTLVYGLTLRRPDVRKLLNLPDV------VNSSTRQPSPSSPLPFSFAEPKDQSVVAQEKPPMSSESSSSVPDRRISRSSVLNQRIRTLE 421
BLAST of Psat4g003840.3 vs. DB:Swiss
Match:
OXA12_SCHPO (Mitochondrial inner membrane protein oxa1-2 OS=Schizosaccharomyces pombe (strain 972 / ATCC 24843) OX=284812 GN=oxa102 PE=2 SV=2)
HSP 1 Score: 158.303 bits (399), Expect = 1.007e-42
Identity = 86/253 (33.99%), Postives = 143/253 (56.52%), Query Frame = 1
Query: 376 AIAAADSYLPVQALQYVIDAVHSYTGLNWWLAIVLTTLLIRTATVPLLINQLKTTSKLTLMRP----HLEAI-KEEMDGKTFDPEAVAEGQKRMKKLFKEYGVSPLSPLKGLFIQGPVFISFFLAINNMSE-KMPSFKHGGAFWFTDLTTPDALYVFPVLAALSFLVVVECNMQEGMEGNPMGDTMKKFSRILAFLTVPFTMTFPKAIFCYWITSNLFSLSYGMVLKVPGVKQTLGIPDLPAA-PKPTSSPQS 1113
++ A+ S+LP LQ ++ +H ++GL WW +I + +R A P+++ +KT++KL ++ P H+ + K + +G + E + + +++ L+K V+PL+ L QG +FISFF A+ M+ + F GG +W DL+ PD L++FPV L L+ +E + G M +MKKF R L + FTM FP AIF YW SN+FS+ G L+ ++ LG+P++P+A P P + +S
Sbjct: 87 SVLASFSFLPHNILQNGLNTLHIWSGLPWWASIAACAVAMRIAVFPIMLKMMKTSAKLAIINPKVAEHMSVLSKAKAEGNS---ELMMQATTQIQNLYKVNNVNPLNLLSAPVFQGILFISFFYALKTMAGVPVEGFTDGGFWWVNDLSQPDPLHIFPVANGLLMLLNIELGSETGSNKVAMSPSMKKFFRFLCLASPLFTMNFPMAIFMYWFPSNVFSVFQGAFLRSSTIRHKLGLPEVPSAMPVPNAQNES 336
BLAST of Psat4g003840.3 vs. DB:Swiss
Match:
OXA1L_MOUSE (Mitochondrial inner membrane protein OXA1L OS=Mus musculus OX=10090 GN=Oxa1l PE=1 SV=1)
HSP 1 Score: 142.51 bits (358), Expect = 1.256e-36
Identity = 79/260 (30.38%), Postives = 133/260 (51.15%), Query Frame = 1
Query: 307 VAEVLTDTSVETV-TSQAPVVSEVAIAAADSYLPVQALQYVIDAVHSYTGLNWWLAIVLTTLLIRTATVPLLINQLKTTSKLTLMRPHLEAIKEEMDGKTF--DPEAVAEGQKRMKKLFKEYGVSPLSPLKGLFIQGPVFISFFLAINNMSE-KMPSFKHGGAFWFTDLTTPDALYVFPVLAALSFLVVVECNMQEGMEGNPMGDTMKKFSRILAFLTVPFTMTFPKAIFCYWITSNLFSLSYGMVLKVPGVKQTLGIPD 1074
V EV + + + V + P +E+ + SY PV +Q +++ +H GL WW AI T+L R PL++ + +K+ P ++ + D + M + K++ + L PL Q PVFISFF+A+ M+ +PS + GG +WF DLT D +YV P++ + V+E + G++ N + M+ R++ + +P T+ FP A+F YW++SN+FSL L++P V+ L IP
Sbjct: 86 VPEVASGGAADVVQCATEPSFTELGLG---SYTPVGLIQNLLEYIHVDLGLPWWGAIATCTVLARCLVFPLIVKGQREAAKIHNHMPEMQKFSARIREAKLAGDQAEFYKATIEMTRYQKKHDIKLLRPLILPLTQAPVFISFFIALREMANLPVPSLQTGGLWWFQDLTVSDPIYVLPLVVTATMWCVLELGAETGVQSNDL-QFMRNIIRVMPLVVLPVTIHFPSAVFMYWLSSNVFSLCQVACLRIPAVRTVLKIPQ 341
BLAST of Psat4g003840.3 vs. DB:Swiss
Match:
OXA1L_HUMAN (Mitochondrial inner membrane protein OXA1L OS=Homo sapiens OX=9606 GN=OXA1L PE=1 SV=3)
HSP 1 Score: 137.117 bits (344), Expect = 1.066e-34
Identity = 78/264 (29.55%), Postives = 134/264 (50.76%), Query Frame = 1
Query: 292 TVMTDVAEVLTDTSVETVTSQAPVVSEVAIAAADSYLPVQALQYVIDAVHSYTGLNWWLAIVLTTLLIRTATVPLLINQLKTTSKLTLMRPHLEAIKEEMDGKTFDPEAVA--EGQKRMKKLFKEYGVSPLSPLKGLFIQGPVFISFFLAINNMSE-KMPSFKHGGAFWFTDLTTPDALYVFPVLAALSFLVVVECNMQEGMEGNPMGDTMKKFSRILAFLTVPFTMTFPKAIFCYWITSNLFSLSYGMVLKVPGVKQTLGIPD 1074
T + +VA T V+T Q+ +E+ + SY PV +Q +++ +H GL WW AI T+ R PL++ + +++ P ++ + + + + M K++G+ PL Q P+FISFF+A+ M+ +PS + GG +WF DLT D +Y+ P+ + V+E + G++ + + M+ R++ +T+P TM FP A+F YW++SNLFSL L++P V+ L IP
Sbjct: 89 TAVPEVASGETADVVQTAAEQS--FAELGLG---SYTPVGLIQNLLEFMHVDLGLPWWGAIAACTVFARCLIFPLIVTGQREAARIHNHLPEIQKFSSRIREAKLAGDHIEYYKASSEMALYQKKHGIKLYKPLILPVTQAPIFISFFIALREMANLPVPSLQTGGLWWFQDLTVSDPIYILPLAVTATMWAVLELGAETGVQSSDL-QWMRNVIRMMPLITLPITMHFPTAVFMYWLSSNLFSLVQVSCLRIPAVRTVLKIPQ 346
BLAST of Psat4g003840.3 vs. DB:Swiss
Match:
OXA1L_BOVIN (Mitochondrial inner membrane protein OXA1L OS=Bos taurus OX=9913 GN=OXA1L PE=2 SV=1)
HSP 1 Score: 135.961 bits (341), Expect = 2.828e-34
Identity = 84/286 (29.37%), Postives = 138/286 (48.25%), Query Frame = 1
Query: 313 EVLTDTSVETVTSQAPVVSEVAIAAADSYLPVQALQYVIDAVHSYTGLNWWLAIVLTTLLIRTATVPLLINQLKTTSKLTLMRPHLEAIKEEM-DGK-TFDPEAVAEGQKRMKKLFKEYGVSPLSPLKGLFIQGPVFISFFLAINNMSE-KMPSFKHGGAFWFTDLTTPDALYVFPVLAALSFLVVVECNMQEGMEGNPMGDTMKKFSRILAFLTVPFTMTFPKAIFCYWITSNLFSLSYGMVLKVPGVKQTLGIPDLPAAPKPTSSPQSSFSILSALKQAASTAN 1161
EV + + + + QA A SY PV +Q +++ +H GL WW AI T+L R PL++ + +K+ P ++ + + K T + M K++ + PL Q P+FISFF+A+ M+ +PS + GG +WF DLT D +YV P++ + V+E + GM+ + + M+ F R++ +P T+ FP A+F YW++SN+FSL L++P V+ L IP +P+ F L + KQ A
Sbjct: 93 EVASGEAADVI--QAAAEQSFAELGLGSYTPVGLIQNLLEFMHVNLGLPWWGAIAACTVLARCLVFPLIVKGQREAAKIHNHLPEIQKFSARIREAKLTGNHTEFYRASSEMTFYQKKHDIKLFRPLILPLTQAPIFISFFIALREMANLPVPSLQTGGLWWFQDLTLSDPIYVLPLVVTATMWGVLELGAETGMQSSDL-QWMRNFIRLMPLAVLPITIHFPTAVFMYWLSSNMFSLGQVACLRIPAVRTVLKIPQRVVHDPDKLAPREGF--LKSFKQGWKNAE 373
BLAST of Psat4g003840.3 vs. DB:Swiss
Match:
OXA11_SCHPO (Mitochondrial inner membrane protein oxa1-1 OS=Schizosaccharomyces pombe (strain 972 / ATCC 24843) OX=284812 GN=oxa101 PE=2 SV=1)
HSP 1 Score: 124.405 bits (311), Expect = 1.511e-30
Identity = 76/253 (30.04%), Postives = 129/253 (50.99%), Query Frame = 1
Query: 349 SQAPVVSEVAIAAAD---SYLPVQALQYVIDAVHSYTGLNWWLAIVLTTLLIRTATVPLLINQLKTTSKLTLMRPHLEAIKEEMDGKTFDPEAVAEGQKR--MKKLFKEYGVSPLSPLKGLFIQGPVFISFFLAINNMSE-KMPSFKHGGAFWFTDLTTPDALYVFPVLAALSFLVVVECNMQEGMEGNPMGDT--MKKFSRILAFLTVPFTMTFPKAIFCYWITSNLFSLSYGMVLKVPGVKQTLGIPDLPA 1083
S V++EV+ A + S+ P +Q ++ Y G WW++I+LTTL +R A P++I + ++KL++++P ++ E + D + +A Q ++ ++ ++ V+P + Q VF SFF AI MS + F GG WF DL+ PD + P++ A L+ M + +G++ + F + L+ T P AIF YWI S+LF++ G +LK P V+ LG LP+
Sbjct: 46 SSTNVLAEVSTATSGFNPSWWPYALIQNTAYTINVYAGAPWWVSIILTTLGVRLALTPVMIASFRNSTKLSVIQPEMKKELEAIKTAKLDNDQLALNQHSIALRGIYLKHNVNPFAIFILPLTQSAVFFSFFYAIRKMSRLSVDGFTTGGLAWFKDLSIPDPYCILPIINA--GLMFSGMQMNRANTASTIGNSTNWRTFFFLCCLLSPLLTAKLPAAIFMYWIPSSLFNIVQGYILKNPVVRSKLGFAPLPS 296
BLAST of Psat4g003840.3 vs. DB:Swiss
Match:
OXA1_YEAST (Mitochondrial inner membrane protein OXA1 OS=Saccharomyces cerevisiae (strain ATCC 204508 / S288c) OX=559292 GN=OXA1 PE=1 SV=1)
HSP 1 Score: 114.39 bits (285), Expect = 1.028e-26
Identity = 79/286 (27.62%), Postives = 135/286 (47.20%), Query Frame = 1
Query: 322 TDTSVETVTSQAPVVSEVAIAAADSYLPVQALQYVIDAVHSYTGLNWWLAIVLTTLLIRTATVPLLINQLKTTSKLTLMRPHLEAIKEEMDGKTFDPEAVAEGQKRMKKLFKEYGVSPLSPLKGLFIQGPVFISFFLAINNMSEK-MPSFKHGGAFWFTDLTTPDALYVFPVLAALSFLVVVECNMQEGMEGNPMGDTMKKFSRILAFLTVPFTMTFPKAIFCYWITSNLFSLSYGMVLKVPGVKQTLGIPDL--PAAPKPTSSPQSSFSILSALKQAASTANGQS 1170
T +V ++S ++ + +A Y P +Q+V++AVH Y+GL WW I TT+LIR PL + T ++ + ++P L+A+ ++ T + +R KKL +G+ L +Q P+ + FF A+ +M+ + F + G WFTDLT D V+ A F+ + G + MK+ IL +++P TM A+ Y+ + FS+ M+L+ V+ L I ++ P P +SP + I +LK A Q+
Sbjct: 83 TTQTVGELSSHIGYLNSIGLAQT-WYWPSDIIQHVLEAVHVYSGLPWWGTIAATTILIRCLMFPLYVKSSDTVARNSHIKPELDALNNKLMSTTDLQQGQLVAMQR-KKLLSSHGIKN-RWLAAPMLQIPIALGFFNALRHMANYPVDGFANQGVAWFTDLTQADPYLGLQVITAAVFISFTRLGGETGAQ--QFSSPMKRLFTILPIISIPATMNLSSAVVLYFAFNGAFSVLQTMILRNKWVRSKLKITEVAKPRTPIAGASPTENMGIFQSLKHNIQKARDQA 363
BLAST of Psat4g003840.3 vs. DB:Swiss
Match:
YIDC2_BACCR (Membrane protein insertase YidC 2 OS=Bacillus cereus (strain ATCC 14579 / DSM 31 / JCM 2152 / NBRC 15305 / NCIMB 9373 / NRRL B-3711) OX=226900 GN=yidC2 PE=3 SV=1)
HSP 1 Score: 104.76 bits (260), Expect = 2.258e-24
Identity = 66/215 (30.70%), Postives = 112/215 (52.09%), Query Frame = 1
Query: 409 QALQYVIDAVHSYTGLNWWLAIVLTTLLIRTATVPLLINQLKTTSKLTLMRPHLEAIKEEMDGKTFDPEAVAEGQKRMKKLFKEYGVSPLSPLKGLFIQGPVFISFFLAINNMSEKMPSFKHGGAFWFTDLTTPDALYVFPVLAALSFLVVVECNMQEGMEGNPMGDTMKKFSRILAFLTVPFTMTFPKAIFCYWITSNLFSLSYGMVLKVPGVK 1053
Q + Y D +S N+ LAIV+TTL+IR A +PL+I Q K+T + ++P + +KE+ K D + Q+ M +L+++ GV+PL+ +F+Q P+ +F+ AI +E K WF DL D Y+ PV+AA++ + + M NP M ++ + + F + FP A+ YW+ N+F ++ +K P +K
Sbjct: 46 QLITYFADLFNS----NYGLAIVITTLIIRFALLPLMIKQTKSTKAMQALQPEMVKLKEKYSSK--DQATQQKLQQEMMQLYQKNGVNPLAGCLPIFVQMPILFAFYHAIMRTAE----IKQHSFLWF-DLGHADPFYILPVVAAITTFIQQKLAMAGTAGQNP---QMAMMLWLMPIMILIFAINFPAALSLYWVVGNIFGIAQMYFIKGPEIK 246
BLAST of Psat4g003840.3 vs. DB:Swiss
Match:
YIDC2_BACAN (Membrane protein insertase YidC 2 OS=Bacillus anthracis OX=1392 GN=yidC2 PE=3 SV=1)
HSP 1 Score: 102.834 bits (255), Expect = 8.827e-24
Identity = 65/201 (32.34%), Postives = 109/201 (54.23%), Query Frame = 1
Query: 451 GLNWWLAIVLTTLLIRTATVPLLINQLKTTSKLTLMRPHLEAIKEEMDGKTFDPEAVAEGQKRMKKLFKEYGVSPLSPLKGLFIQGPVFISFFLAINNMSEKMPSFKHGGAFWFTDLTTPDALYVFPVLAALSFLVVVECNMQEGMEGNPMGDTMKKFSRILAFLTVPFTMTFPKAIFCYWITSNLFSLSYGMVLKVPGVK 1053
G N+ LAIV+TTL+IR A +PL+I Q K+T + ++P + +KE+ K D + Q+ M +L+++ GV+PL+ +F+Q P+ +F+ AI SE KH WF DL D Y+ PV+AA++ + + M NP M ++ + + F + FP A+ YW+ N+F ++ ++K P +K
Sbjct: 56 GSNYGLAIVVTTLIIRFALLPLMIKQTKSTKAMQALQPEMVKLKEKYSSK--DQATQQKLQQEMMQLYQKNGVNPLAGCLPIFVQMPILFAFYHAIMRTSE---ISKH-TFLWF-DLGQADPYYILPVVAAITTFIQQKLAMAGTAGQNP---QMAMMLWLMPIMILIFAINFPAALSLYWVVGNIFGIAQMYLIKGPEIK 246
The following BLAST results are available for this feature:
Sequences
The
following sequences are available for this feature:
mRNA sequence
>Psat4g003840.3_Ps_Cameor_v1a ID=Psat4g003840.3_Ps_Cameor_v1a; Name=Psat4g003840.3; organism=Pisum sativum; type=mRNA; length=8296bp
AAATTTTTTGTTGGATATAATTTTGACAAAGGCAACATTAGTATTATTGA
AATATGGGGTGCAGTTATAAGTGAGGGGAAACCAAGGCATTTAGCAAAGC
CCAAAAACAATTCCAGTCTGAACCACTCCAGTAGCAGCCACCAGAGGCTT
CCGTCGCGCTCACTTCGCCGTAAACGAATCTCTGTCGTCGGCGCATCTGA
ACTCTACTCACTCGGCCGACTAGTTCATCCTTCTCCTCTCCCATTCCACT
GCAACTCTACAATGTTTGCGTCGCACTGAACTCACCTCAATTCGACGCTA
ACTTTTCAGGTTTTCCTCTTTTCATTCATCTCTTTCGATTTTTCCTTCTC
CTCTCTATTCTATTGCTTACAATTTTTGTTTATTGAATATTATTTGATAG
ATTTTTCATACAAATCAATGGCTTTTAGACGCTGCCTCTTGCAAAGAGGA
AGCAACCTCATAGATCGTAGGTTTCACCCTTCTTTCAGCTATGTCCTCCA
TAGCGACGAAGGGAAACGCGATCAGCCAGACGAGAAACCCTCTTCAGCAA
CAATCAGTAATAGTTTTACTCAAACAAGGTCCTTTGGAAGCTCTCTTAAT
GGATCCATGGGTTTTTTCTCGGGTTTTCGACATAAGCAAGTTTATCCATT
CGCTGGATATAATTTCTGCCGGAACATGTCGACGATGGATCAGAATTCGG
ATAAGATTACAGTAATGACTGATGTGGCTGAGGTTCTCACTGACACTTCC
GTGGAGACGGTAACTTCCCAGGCTCCTGTTGTTAGCGAGGTTGCCATTGC
TGCGGCTGATTCTTATTTGCCTGTACAAGCCTTGCAGTATGTCATAGATG
CTGTTCATTCCTACACTGGGCTAAACTGGTGAGTTCATCTATATAGTTTG
ATTAAGATATATTAAATACTAATAGAATGTTAGGATAAACATCTTAATTA
AGCGTTTGCGACATAAGTGCATATTATATGAGTGTTTATTTATAAGCATC
TCTATTACGCAAGATAAAATAAAGTTAAACTGTTTTGAGGGAATGCCAAA
ATAGTTCAGAATTGATAATCACCGTTGTGTGATATTCGGCTTTTACCTGG
GATATGGATTTCGACAATAAGCTCTCTTTGTCAGTTTAATAAGTAACAGA
GTTAATGATTTTCCCTCTAGAATATCCAAATTGGAATCTTGGCTTTATTT
TAGGACCTTCTACCTTTTATAAAATGAGTGTCTGCAGGGAGTAGAAGCAC
TTGATTTTATATATAGCAACTAAACTTGAAAGATTTGTATGTTTGTAGTT
TTATGGGGACTACAAATTTTACAAGTACTAAACTTGAAAGATTTGTTAGT
TTGTAGTTTCATCGGGACTACAAATTTTACAAGTACTAAACTTGAAAGAT
CTAGAGTTTTATAGGACTAAATGCATATTTAATCCTTCAAGATTTAATAC
CACTTGAATTTTGAAAGGAAACTTTTCATCTCATTGCTTCTTTTTTAATT
AGGTGGTTGGCCATAGTTCTAACAACTCTCTTGATTCGAACCGCAACTGT
TCCACTCTTAATAAATCAACTCAAGACCACTTCTAAGCTTACGGTATAGT
GTGCTGCTTTGTTTTCATAGCTGTTTCTTGCTATTAATGTAGTAATGATT
ATGAGTATTGCTTGCTCCTTCCTTTGTCACTATTCTGTTTCAAGAGGATA
CAAATTAGATATTTGGAGGAAATACCCTCCCCCCACCCGCTCTTGGTTCC
CTTTTCCACTATGAAATAAGGTATCCTTGACATGGGTTGGAGGGTTTATT
CACTCACTTCACCATTTTTTTCTATATCCCTTTTTATCTTATTATTACCT
AAGCTTACTGTTTTACGCGTGTTGCAGCTTATGAGGCCTCACTTGGAAGC
AATAAAGGAAGAGATGGATGGGAAGGTAATAGTGCTCTAGTTCATCATGT
CATTTCTTAATACCACTAATAGTGGATAAAATGCTTTGCTATTATATTGT
TATGCACGTAAGTTAAGAAGCAGGAGTTTCACAAGTTCTATTGTCCTATG
TCTTCGAATTTTAGTAGGGATATTTTTTTGATAGTTCACCGGTTAATTGT
CTAACCTGTTGATCTATGTCATTGGTAAAACATATAGGGATCAAAATGAA
TAATTCCACTTAAGTAGTCATATTTTATCAATTCATAGTGAATGTGTGAC
TAAGTTCTGTTGTGTAGGAGGAGCAGATGATATGTGATAGAAACCTGATC
CCTGTGGTACTGGTTCTGTCACGACCTGATCATAGGCCATGACCAGCACA
TAGGCTAACACAGACTCATCATATATTTAACCTAACAAGCTGTAGCACCG
ACACCTATGAAAAACGCTTGTCCGTGTCTGTGTTGGACACTGACACCGGT
ATTTGTGATTATCTTTAATTTATTCATTTTTTCAAATTATTACCGGTGTC
ACCGTGTCAGTGTCGGTGTCGTATTAGGGGTGTCCGTGCTTCCAAATACA
CTGTAACCCACACACCTTTATAATAATAGAGTTAGTGAAACTTGACAGTG
TCTCGTCTATTTTCGTGACATCCCCAAATGGTAATTAACTATCAACAGGG
TATATTAAACTATCTCAGCTTTTGTATAACTCAAAAGAGAATAATAACTC
CTATTCCTGTAGTTGCATCATACTAAAGTCACAATATTATGGCCACAATT
AAAGAAAGCGGCCTGTCACAAAGAATAACTCTTAGGTAGATTGCAAACCC
CGAGAGATTTTTACTCTGCAACCTGTGAGTCTAAAAAAGATAAAAGAAAG
TGGTGAGTCGCAAGGATTCAGTGAGAGAGTATAATAAACAAAGTGTGTTG
ATTTGAATATGGGGTAATTGTCTAGAAGGGGGTTGAATAGACAACCAAAA
ATTCCCTTTTTTGTTTTAGAAAATTAGATTAACGCATGGAAGCAAATTTG
GTGAAAACTTGTTTTCAAAGGTTTTAGCAATTGGAAGATGATTGTAGTAA
CTCACGCATACCAGAGAATTGGAATAAGGTGATAGATAACATGATAGATA
ATCCTTAATGCTTCAAACAATGTATTTGATACAATTAATGATTAATCAAT
GTGATACAATTAATGATTAATCAATGTGACACAATCTTCAATGACAATTA
CAATCTTTAATTACAATCTTTACCAGTTCAATTACAATCTTTACCGGTTC
AATTACAATCTTTACCAGTTCAATATCCAGTTGTTATCAATAATTTGACA
CTCTTATTATATTATCTCCTCCTTTTTATCTGAAACTAACAACTTCGGCA
CAAACCATGAAAATTAGGAGTCATATATCCCTATTCCCTATAATTAGTAA
TTAGGAACTAGTGTTTAGTTTGTTGAATCGGTTCATTGTCCAGTTGTTAT
CAATAATTTGAAACTCTTATTATTTATCTCCTCCCTTTTATCTATAAAAC
TAACAACTTCAGCACAAGCCATGAAAATGATTTTTTATTTTAAATAAGTG
ATTTTTCTACGAAATAATCTATAACAAATTGGTTCTTTGACATATTGGAT
AAACCTAATAAGTTTTCAAATTTCTTACCTACATCACATGTTATATGTTG
TTATATCAAATAAGGTTTCTCGCTAATCGCAATAGGATCGATTTTTCAGA
CATTTGATCCCGAGGCTGTTGCCGAAGGTCAGAAGCGGATGAAAAAGCTA
TTCAAAGAGTAAGTAATTTCATATTTTTTTTAAAGCATAACAGCTACTAG
TCCATGTTTGATCTCAAGTTTAGTGTAATGTAATTGCTGTCATTTCATGG
TTTCTTCAATGCATAACTGCTAATAGTCATGTTTGATCTCCAAGTTTAGT
GTAGATACTGCATTCGGTGATACGATGTATCAGTGGAGTAATCTTTGTGG
TGACTTGTGATGGCCTTAACTTAAAATCATAACATTCAGTGTTCAGTGTC
ACTACTTTTATTTGAAACGGCGAATTATTGTTAGTAATTAGTTTTTATGT
TAGTATTCTATCTTTAACTGGTTTGAACCCGGGTCCTCCAACTCCTTTAA
TACTTAGCTCAAACGAATTAAGCTACCCAACCCCTCTGCTCACTATTTTT
GCCTCATTTTGATTATGCTGTTTTCATTAAATTGAAAATGGTGTTTCTGT
AAACAATCAAATGATTAGATAGTTTAATATTTCTTTTGGCTAGACTGTGA
TCGCTATAGTTGATTTAAGATTTGTTATGTAATGTATAAGAAAGATGAAT
TGGAAAGGAACCTTTAGTTTAAGTATTAAATCAAACTTCATCGATATTTT
GTTTCACTAAATGTCCTTTTCTCTTTGCTGGTTTCATTAATTCAGATATG
GTGTGAGTCCTCTTTCGCCACTGAAGGGACTTTTTATTCAAGGTCCTGTC
TTCATTAGTTTTTTTCTTGCGGTAAGCTGACTTTTGCCTCGATATTCCCC
CTACCTGTAGGAGTCTAACCTTTATATTGTTTCTACCCACTCACAATTTT
ATTTTATATTCTTTGCTGGCAGATAAATAACATGTCTGAAAAAATGCCAT
CATTCAAGCATGGTGGAGCTTTCTGGTTTACTGATCTCACAACTCCCGAT
GCCTTATACGTTTTTCCAGTTTTGGCTGCATTGTCATTCTTAGTAGTAGT
AGAGGTGAGCACTTCATTTTCAGGAGTCCTTTTTTCCCCCCATCCGCAAC
AATCTTTCTAGTTTGTCCTTCTGAGTTCTGTCTGAAAGTTTGTGTGATCT
TACATTTTGTTTTTGAATTTAATTTCGTGTTCACTAATACCAGCCACTCC
ATATGACAAGAAAACAGTTTAAAATTGAGATGACAAGAGTAGTCTTATAA
TATCTGTTATATTTGATTTCCAATTAAGATCAAATTGATTTTATATTGTT
CTTCAGTGTAATATGCAAGAAGGAATGGAAGGAAATCCTATGGGTGACAC
AATGAAAAAATTCTCGAGGATTCTTGCTTTTCTGACGGTTCCTTTCACCA
TGACTTTTCCAAAGGTAAACTTTCCCTTTGCTACCATTGGTGTATGCATT
TGAAAAAATTATTGCAGGTATTTAGGAAGAAACTGTAGTTTTGTCTTTGA
TAGTTTCAGTAAAGGTAGGCACATGCACTATAGTTGGCTTATCGCCAAAT
AATTTTTGTAATCTTGAAAGGACATGGTAAGATGTTAAGCTCTTTTAGGC
TATGTGATTTAAGTAGCAACTTTGTTAGTAGAATGGCATCCATAAAATAA
AAAATCAGCACTGGCATTAGATAGCGTGCATTCTAAGCACGGTGCAATGT
ATAATTCACACATGTAAACTAGATTAGGCATGTAAAGCTGAAAATATTGT
ATGTATTTATCTCTACTGACCTAATATCAAGGTGATATCACAATTAAGGT
GGGTCTGTGTGTGAAACTGGAGAAAATTTAAAGAGCATAAGGCAACTACA
GGGGTAGTTTAGGATTCAAGAGACCTGGTTCTCTCCCATCAATTCCCATT
ACCTAAGGTTACATTTCCCTCCATTGCTTTCACTTAACTCAATTTCCCCC
CCTACTACACCCCTTCCTTTTCTAAAGTTCAACCTTATGATTTAGATCAT
CTGACGTGTATATTATCCTGTTAGGATAAGGCTTATTATATGTGGCCGTA
AGCCATTAGTTTAAGAATCGAAAGAGGTAGGTTTGTATTTAAAATGATGT
AATTTATTATAATGGCATGTGATTAACTTGTATTTTCAAGACAAACTTTT
ATTTTATGAGTTTGTTAACCAATGACGGGCATTCATTAGCATGACCCTTA
TTGTTATTCTAACTCAACCTTACAATGCCGATTTGGAAGGTGAAAATTGC
CCTAACTTATGAAGTGTCATTGAGATACAGGCTGCTGCTTCATCTCCAAC
ATATTTTTTCAATTTCTACGAGGGTTTATTTTCTTATCACTCAACTAAAA
CCACTAAGCCAACTTTTATATCCCCTTCAATTTTTTAAACTTGTTGGAAA
ACCTGGAGAATATTATCTATTGACTTGTAACACAATATTCTAGTCAGGGA
ACCTAGGAAATTGCTGTAGATATCGAAAGATTATTGATTACCCTTTTTCA
TTACACATTATAAATTAATGGTGTCTGGTTAATTGATAAAGAAAAAGGAG
CGCTGTCCTAATTTATCTAACTATTTGTCATTCTATGTAGCTTCTTTTTG
TCATTCTATTCTAACCATTGCTGCTTCTATTTGCAGGCAATATTTTGTTA
CTGGATTACATCGAATTTGTTTTCACTGTCGTATGGAATGGGTAAGGAGC
TTCAAAATTTTCATTTGTGATACCACATTGCCACTATTCATCATTTTGAA
ATTTTGATTTGTTTTCATAAAATGGATATTGCCTAGGGCATTGATTCTGC
CATTCATGATTGCTTTGAGCATGATATAATGCAAGTAATTGGAGAATCCA
TTGCTTCTGAATCTTGCTATTCTTTTTAATTGTTCACTAAGTTGCATTGA
AACAAACACTCTTGCACTCCTAGCTTTTAAACATAATTGAAATTTAGTGC
ACCTCACAATTCTTAACGCGTCTGACTGCTATTAGTGAGTAAATCGCCCC
TAAAGTGGAAATGTGATTGTTTCATAAACATTGCCAAGATTGCAACTTGC
ATAGTTGTAATTAGTATTTTATGCTATCCAAAATCATAACATCCATCTCT
TTAGTATATCTTAGAATTTGGGTTGCGCGTAACTCATCCTTGCAAAATCG
GTGTGTAAGGCGGTGATTGTCATTCTTTATAAACACTTCAAAGGCCATAT
CTGTAAGCAATGTGAGACTAAATTCACCCTTTCACACCTAACATGATGAG
AGTGTTGGAGGCTGCAATGAAAACAACATAAAAATACCGTAATTAGGGGC
AGACCGCAATGAAAGCAGAATTTCAAACACCCCATGTTCGGCTCCAATGA
GCTTGAAACATGGACAATGCGGGGAAACCCAACAACAAATTTATGATAGA
CTCTGATACCATTTGAAAATTTGGGTTGAGTCTAACTTATCCCTAGAAAA
CTGACCTGTAAGGTAGGACCGTCCAAACCTTATAAACACTACACAAGTCA
TATCTTTAAACAATTTGGTACAACATGATCGTTTTAATACTACCTAAGTG
AACTTTTGCATTTTGATTTTCTTGAGTTTTTCTGATCCCTATATGTTCTT
TAATTTCCAATTTTGCAGTGCTTAAAGTTCCTGGAGTAAAGCAAACATTA
GGTATTCCTGATTTACCTGCTGCTCCAAAACCCACCAGTTCTCCGCAGTC
TTCCTTCTCTATATTATCAGCACTAAAGCAAGCTGCATCAACTGCAAATG
GTCAAAGCTCATTGCCAGTTGAAACACCAAAAGAACCAAACAAAAAGATA
TCTTCTTCTGCTGTTATTAGTCAGAGACTTAGAAGCTTAGAGAAACAAGT
AAAAGGAAGAAAGAAAAACAAGAAGTGATTAAATTTACTAGTTCCTTAAT
TATGCAATTAAACATATGTAGCAAGTATGCTTAGATTTTTTGTCACATTG
TATTATTATCATGAGAAGGAGTGGAAATTAGGAGTTTAACTAAGATAGGG
AGGGGGCGATAGAATAAATCTTTTCTAAGGCTTGTGATTGATTTTGCTGA
GGAAGCTAAAGCCTTTGGCTAACTTTGGTTTACATTTATTTATTCACGGC
GTATATGGATAAAATGCATGAAGGATTTAAACCCTGGGTTACAAGCATAA
TTATTTTTATACGCTCAACATTTAGTGATAAATATTTTTGTAGCATTAAC
CTATTATTATTATTATTGTGTTTATTATTATTATTATTATTATTATTATT
ATTATTATTATTATTATTTAGTATTATCTATTAATTATCTGATTATTATT
ATTATTATTATTTCACTTATTATGGCATTATGTTTTTTTTTCCAGTCGTG
TAATTTGAACCAACGGATTTTATCATGAAATGCACAAACTCCTGTGCAAG
ATTTTCAAAAGAATTGGCAGGAATATATAAGGGAGCTATGAGTTAAAAGA
GACTGGTTTTGCACCGATGCATTCTTTCATGAAAATGTTCTTTTTTTTTT
TAGGTAATACAGGAGTTTTTGTTTTTATCCTTGTCACTTGACGGAAGATG
GGCTTCAGTTTTATGTAAGATAAGAACATGAAATGTTCTTATGAAATAAG
TATAAACATTTGATCAACTTTAAATCCTTTTCCAATTTAACTAAAAATAC
CTCAATCTTTTTTCAAATAAATCGAATGAAAAAGAATGAATTCGGC
back to topprotein sequence of Psat4g003840.3_Ps_Cameor_v1a
>Psat4g003840.3_Ps_Cameor_v1a ID=Psat4g003840.3_Ps_Cameor_v1a; Name=Psat4g003840.3_Ps_Cameor_v1a; organism=Pisum sativum; type=polypeptide; length=430bp
MAFRRCLLQRGSNLIDRRFHPSFSYVLHSDEGKRDQPDEKPSSATISNSF
TQTRSFGSSLNGSMGFFSGFRHKQVYPFAGYNFCRNMSTMDQNSDKITVM
TDVAEVLTDTSVETVTSQAPVVSEVAIAAADSYLPVQALQYVIDAVHSYT
GLNWWLAIVLTTLLIRTATVPLLINQLKTTSKLTLMRPHLEAIKEEMDGK
TFDPEAVAEGQKRMKKLFKEYGVSPLSPLKGLFIQGPVFISFFLAINNMS
EKMPSFKHGGAFWFTDLTTPDALYVFPVLAALSFLVVVECNMQEGMEGNP
MGDTMKKFSRILAFLTVPFTMTFPKAIFCYWITSNLFSLSYGMVLKVPGV
KQTLGIPDLPAAPKPTSSPQSSFSILSALKQAASTANGQSSLPVETPKEP
NKKISSSAVISQRLRSLEKQVKGRKKNKK*
back to topmRNA from alignment at chr4LG4:4198255..4206550-
Legend: five_prime_UTRexonpolypeptideCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>Psat4g003840.3_Ps_Cameor_v1a ID=Psat4g003840.3_Ps_Cameor_v1a; Name=Psat4g003840.3; organism=Pisum sativum; type=mRNA; length=8296bp; location=Sequence derived from: chr4LG4:4198255..4206550- (Pisum sativum
AAATTTTTTGTTGGATATAATTTTGACAAAGGCAACATTAGTATTATTGA
AATATGGGGTGCAGTTATAAGTGAGGGGAAACCAAGGCATTTAGCAAAGC
CCAAAAACAATTCCAGTCTGAACCACTCCAGTAGCAGCCACCAGAGGCTT
CCGTCGCGCTCACTTCGCCGTAAACGAATCTCTGTCGTCGGCGCATCTGA
ACTCTACTCACTCGGCCGACTAGTTCATCCTTCTCCTCTCCCATTCCACT
GCAACTCTACAATGTTTGCGTCGCACTGAACTCACCTCAATTCGACGCTA
ACTTTTCAGGTTTTCCTCTTTTCATTCATCTCTTTCGATTTTTCCTTCTC
CTCTCTATTCTATTGCTTACAATTTTTGTTTATTGAATATTATTTGATAG
ATTTTTCATACAAATCAATGGCTTTTAGACGCTGCCTCTTGCAAAGAGGA
AGCAACCTCATAGATCGTAGGTTTCACCCTTCTTTCAGCTATGTCCTCCA
TAGCGACGAAGGGAAACGCGATCAGCCAGACGAGAAACCCTCTTCAGCAA
CAATCAGTAATAGTTTTACTCAAACAAGGTCCTTTGGAAGCTCTCTTAAT
GGATCCATGGGTTTTTTCTCGGGTTTTCGACATAAGCAAGTTTATCCATT
CGCTGGATATAATTTCTGCCGGAACATGTCGACGATGGATCAGAATTCGG
ATAAGATTACAGTAATGACTGATGTGGCTGAGGTTCTCACTGACACTTCC
GTGGAGACGGTAACTTCCCAGGCTCCTGTTGTTAGCGAGGTTGCCATTGC
TGCGGCTGATTCTTATTTGCCTGTACAAGCCTTGCAGTATGTCATAGATG
CTGTTCATTCCTACACTGGGCTAAACTGGTGAGTTCATCTATATAGTTTG
ATTAAGATATATTAAATACTAATAGAATGTTAGGATAAACATCTTAATTA
AGCGTTTGCGACATAAGTGCATATTATATGAGTGTTTATTTATAAGCATC
TCTATTACGCAAGATAAAATAAAGTTAAACTGTTTTGAGGGAATGCCAAA
ATAGTTCAGAATTGATAATCACCGTTGTGTGATATTCGGCTTTTACCTGG
GATATGGATTTCGACAATAAGCTCTCTTTGTCAGTTTAATAAGTAACAGA
GTTAATGATTTTCCCTCTAGAATATCCAAATTGGAATCTTGGCTTTATTT
TAGGACCTTCTACCTTTTATAAAATGAGTGTCTGCAGGGAGTAGAAGCAC
TTGATTTTATATATAGCAACTAAACTTGAAAGATTTGTATGTTTGTAGTT
TTATGGGGACTACAAATTTTACAAGTACTAAACTTGAAAGATTTGTTAGT
TTGTAGTTTCATCGGGACTACAAATTTTACAAGTACTAAACTTGAAAGAT
CTAGAGTTTTATAGGACTAAATGCATATTTAATCCTTCAAGATTTAATAC
CACTTGAATTTTGAAAGGAAACTTTTCATCTCATTGCTTCTTTTTTAATT
AGGTGGTTGGCCATAGTTCTAACAACTCTCTTGATTCGAACCGCAACTGT
TCCACTCTTAATAAATCAACTCAAGACCACTTCTAAGCTTACGGTATAGT
GTGCTGCTTTGTTTTCATAGCTGTTTCTTGCTATTAATGTAGTAATGATT
ATGAGTATTGCTTGCTCCTTCCTTTGTCACTATTCTGTTTCAAGAGGATA
CAAATTAGATATTTGGAGGAAATACCCTCCCCCCACCCGCTCTTGGTTCC
CTTTTCCACTATGAAATAAGGTATCCTTGACATGGGTTGGAGGGTTTATT
CACTCACTTCACCATTTTTTTCTATATCCCTTTTTATCTTATTATTACCT
AAGCTTACTGTTTTACGCGTGTTGCAGCTTATGAGGCCTCACTTGGAAGC
AATAAAGGAAGAGATGGATGGGAAGGTAATAGTGCTCTAGTTCATCATGT
CATTTCTTAATACCACTAATAGTGGATAAAATGCTTTGCTATTATATTGT
TATGCACGTAAGTTAAGAAGCAGGAGTTTCACAAGTTCTATTGTCCTATG
TCTTCGAATTTTAGTAGGGATATTTTTTTGATAGTTCACCGGTTAATTGT
CTAACCTGTTGATCTATGTCATTGGTAAAACATATAGGGATCAAAATGAA
TAATTCCACTTAAGTAGTCATATTTTATCAATTCATAGTGAATGTGTGAC
TAAGTTCTGTTGTGTAGGAGGAGCAGATGATATGTGATAGAAACCTGATC
CCTGTGGTACTGGTTCTGTCACGACCTGATCATAGGCCATGACCAGCACA
TAGGCTAACACAGACTCATCATATATTTAACCTAACAAGCTGTAGCACCG
ACACCTATGAAAAACGCTTGTCCGTGTCTGTGTTGGACACTGACACCGGT
ATTTGTGATTATCTTTAATTTATTCATTTTTTCAAATTATTACCGGTGTC
ACCGTGTCAGTGTCGGTGTCGTATTAGGGGTGTCCGTGCTTCCAAATACA
CTGTAACCCACACACCTTTATAATAATAGAGTTAGTGAAACTTGACAGTG
TCTCGTCTATTTTCGTGACATCCCCAAATGGTAATTAACTATCAACAGGG
TATATTAAACTATCTCAGCTTTTGTATAACTCAAAAGAGAATAATAACTC
CTATTCCTGTAGTTGCATCATACTAAAGTCACAATATTATGGCCACAATT
AAAGAAAGCGGCCTGTCACAAAGAATAACTCTTAGGTAGATTGCAAACCC
CGAGAGATTTTTACTCTGCAACCTGTGAGTCTAAAAAAGATAAAAGAAAG
TGGTGAGTCGCAAGGATTCAGTGAGAGAGTATAATAAACAAAGTGTGTTG
ATTTGAATATGGGGTAATTGTCTAGAAGGGGGTTGAATAGACAACCAAAA
ATTCCCTTTTTTGTTTTAGAAAATTAGATTAACGCATGGAAGCAAATTTG
GTGAAAACTTGTTTTCAAAGGTTTTAGCAATTGGAAGATGATTGTAGTAA
CTCACGCATACCAGAGAATTGGAATAAGGTGATAGATAACATGATAGATA
ATCCTTAATGCTTCAAACAATGTATTTGATACAATTAATGATTAATCAAT
GTGATACAATTAATGATTAATCAATGTGACACAATCTTCAATGACAATTA
CAATCTTTAATTACAATCTTTACCAGTTCAATTACAATCTTTACCGGTTC
AATTACAATCTTTACCAGTTCAATATCCAGTTGTTATCAATAATTTGACA
CTCTTATTATATTATCTCCTCCTTTTTATCTGAAACTAACAACTTCGGCA
CAAACCATGAAAATTAGGAGTCATATATCCCTATTCCCTATAATTAGTAA
TTAGGAACTAGTGTTTAGTTTGTTGAATCGGTTCATTGTCCAGTTGTTAT
CAATAATTTGAAACTCTTATTATTTATCTCCTCCCTTTTATCTATAAAAC
TAACAACTTCAGCACAAGCCATGAAAATGATTTTTTATTTTAAATAAGTG
ATTTTTCTACGAAATAATCTATAACAAATTGGTTCTTTGACATATTGGAT
AAACCTAATAAGTTTTCAAATTTCTTACCTACATCACATGTTATATGTTG
TTATATCAAATAAGGTTTCTCGCTAATCGCAATAGGATCGATTTTTCAGA
CATTTGATCCCGAGGCTGTTGCCGAAGGTCAGAAGCGGATGAAAAAGCTA
TTCAAAGAGTAAGTAATTTCATATTTTTTTTAAAGCATAACAGCTACTAG
TCCATGTTTGATCTCAAGTTTAGTGTAATGTAATTGCTGTCATTTCATGG
TTTCTTCAATGCATAACTGCTAATAGTCATGTTTGATCTCCAAGTTTAGT
GTAGATACTGCATTCGGTGATACGATGTATCAGTGGAGTAATCTTTGTGG
TGACTTGTGATGGCCTTAACTTAAAATCATAACATTCAGTGTTCAGTGTC
ACTACTTTTATTTGAAACGGCGAATTATTGTTAGTAATTAGTTTTTATGT
TAGTATTCTATCTTTAACTGGTTTGAACCCGGGTCCTCCAACTCCTTTAA
TACTTAGCTCAAACGAATTAAGCTACCCAACCCCTCTGCTCACTATTTTT
GCCTCATTTTGATTATGCTGTTTTCATTAAATTGAAAATGGTGTTTCTGT
AAACAATCAAATGATTAGATAGTTTAATATTTCTTTTGGCTAGACTGTGA
TCGCTATAGTTGATTTAAGATTTGTTATGTAATGTATAAGAAAGATGAAT
TGGAAAGGAACCTTTAGTTTAAGTATTAAATCAAACTTCATCGATATTTT
GTTTCACTAAATGTCCTTTTCTCTTTGCTGGTTTCATTAATTCAGATATG
GTGTGAGTCCTCTTTCGCCACTGAAGGGACTTTTTATTCAAGGTCCTGTC
TTCATTAGTTTTTTTCTTGCGGTAAGCTGACTTTTGCCTCGATATTCCCC
CTACCTGTAGGAGTCTAACCTTTATATTGTTTCTACCCACTCACAATTTT
ATTTTATATTCTTTGCTGGCAGATAAATAACATGTCTGAAAAAATGCCAT
CATTCAAGCATGGTGGAGCTTTCTGGTTTACTGATCTCACAACTCCCGAT
GCCTTATACGTTTTTCCAGTTTTGGCTGCATTGTCATTCTTAGTAGTAGT
AGAGGTGAGCACTTCATTTTCAGGAGTCCTTTTTTCCCCCCATCCGCAAC
AATCTTTCTAGTTTGTCCTTCTGAGTTCTGTCTGAAAGTTTGTGTGATCT
TACATTTTGTTTTTGAATTTAATTTCGTGTTCACTAATACCAGCCACTCC
ATATGACAAGAAAACAGTTTAAAATTGAGATGACAAGAGTAGTCTTATAA
TATCTGTTATATTTGATTTCCAATTAAGATCAAATTGATTTTATATTGTT
CTTCAGTGTAATATGCAAGAAGGAATGGAAGGAAATCCTATGGGTGACAC
AATGAAAAAATTCTCGAGGATTCTTGCTTTTCTGACGGTTCCTTTCACCA
TGACTTTTCCAAAGGTAAACTTTCCCTTTGCTACCATTGGTGTATGCATT
TGAAAAAATTATTGCAGGTATTTAGGAAGAAACTGTAGTTTTGTCTTTGA
TAGTTTCAGTAAAGGTAGGCACATGCACTATAGTTGGCTTATCGCCAAAT
AATTTTTGTAATCTTGAAAGGACATGGTAAGATGTTAAGCTCTTTTAGGC
TATGTGATTTAAGTAGCAACTTTGTTAGTAGAATGGCATCCATAAAATAA
AAAATCAGCACTGGCATTAGATAGCGTGCATTCTAAGCACGGTGCAATGT
ATAATTCACACATGTAAACTAGATTAGGCATGTAAAGCTGAAAATATTGT
ATGTATTTATCTCTACTGACCTAATATCAAGGTGATATCACAATTAAGGT
GGGTCTGTGTGTGAAACTGGAGAAAATTTAAAGAGCATAAGGCAACTACA
GGGGTAGTTTAGGATTCAAGAGACCTGGTTCTCTCCCATCAATTCCCATT
ACCTAAGGTTACATTTCCCTCCATTGCTTTCACTTAACTCAATTTCCCCC
CCTACTACACCCCTTCCTTTTCTAAAGTTCAACCTTATGATTTAGATCAT
CTGACGTGTATATTATCCTGTTAGGATAAGGCTTATTATATGTGGCCGTA
AGCCATTAGTTTAAGAATCGAAAGAGGTAGGTTTGTATTTAAAATGATGT
AATTTATTATAATGGCATGTGATTAACTTGTATTTTCAAGACAAACTTTT
ATTTTATGAGTTTGTTAACCAATGACGGGCATTCATTAGCATGACCCTTA
TTGTTATTCTAACTCAACCTTACAATGCCGATTTGGAAGGTGAAAATTGC
CCTAACTTATGAAGTGTCATTGAGATACAGGCTGCTGCTTCATCTCCAAC
ATATTTTTTCAATTTCTACGAGGGTTTATTTTCTTATCACTCAACTAAAA
CCACTAAGCCAACTTTTATATCCCCTTCAATTTTTTAAACTTGTTGGAAA
ACCTGGAGAATATTATCTATTGACTTGTAACACAATATTCTAGTCAGGGA
ACCTAGGAAATTGCTGTAGATATCGAAAGATTATTGATTACCCTTTTTCA
TTACACATTATAAATTAATGGTGTCTGGTTAATTGATAAAGAAAAAGGAG
CGCTGTCCTAATTTATCTAACTATTTGTCATTCTATGTAGCTTCTTTTTG
TCATTCTATTCTAACCATTGCTGCTTCTATTTGCAGGCAATATTTTGTTA
CTGGATTACATCGAATTTGTTTTCACTGTCGTATGGAATGGGTAAGGAGC
TTCAAAATTTTCATTTGTGATACCACATTGCCACTATTCATCATTTTGAA
ATTTTGATTTGTTTTCATAAAATGGATATTGCCTAGGGCATTGATTCTGC
CATTCATGATTGCTTTGAGCATGATATAATGCAAGTAATTGGAGAATCCA
TTGCTTCTGAATCTTGCTATTCTTTTTAATTGTTCACTAAGTTGCATTGA
AACAAACACTCTTGCACTCCTAGCTTTTAAACATAATTGAAATTTAGTGC
ACCTCACAATTCTTAACGCGTCTGACTGCTATTAGTGAGTAAATCGCCCC
TAAAGTGGAAATGTGATTGTTTCATAAACATTGCCAAGATTGCAACTTGC
ATAGTTGTAATTAGTATTTTATGCTATCCAAAATCATAACATCCATCTCT
TTAGTATATCTTAGAATTTGGGTTGCGCGTAACTCATCCTTGCAAAATCG
GTGTGTAAGGCGGTGATTGTCATTCTTTATAAACACTTCAAAGGCCATAT
CTGTAAGCAATGTGAGACTAAATTCACCCTTTCACACCTAACATGATGAG
AGTGTTGGAGGCTGCAATGAAAACAACATAAAAATACCGTAATTAGGGGC
AGACCGCAATGAAAGCAGAATTTCAAACACCCCATGTTCGGCTCCAATGA
GCTTGAAACATGGACAATGCGGGGAAACCCAACAACAAATTTATGATAGA
CTCTGATACCATTTGAAAATTTGGGTTGAGTCTAACTTATCCCTAGAAAA
CTGACCTGTAAGGTAGGACCGTCCAAACCTTATAAACACTACACAAGTCA
TATCTTTAAACAATTTGGTACAACATGATCGTTTTAATACTACCTAAGTG
AACTTTTGCATTTTGATTTTCTTGAGTTTTTCTGATCCCTATATGTTCTT
TAATTTCCAATTTTGCAGTGCTTAAAGTTCCTGGAGTAAAGCAAACATTA
GGTATTCCTGATTTACCTGCTGCTCCAAAACCCACCAGTTCTCCGCAGTC
TTCCTTCTCTATATTATCAGCACTAAAGCAAGCTGCATCAACTGCAAATG
GTCAAAGCTCATTGCCAGTTGAAACACCAAAAGAACCAAACAAAAAGATA
TCTTCTTCTGCTGTTATTAGTCAGAGACTTAGAAGCTTAGAGAAACAAGT
AAAAGGAAGAAAGAAAAACAAGAAGTGATTAAATTTACTAGTTCCTTAAT
TATGCAATTAAACATATGTAGCAAGTATGCTTAGATTTTTTGTCACATTG
TATTATTATCATGAGAAGGAGTGGAAATTAGGAGTTTAACTAAGATAGGG
AGGGGGCGATAGAATAAATCTTTTCTAAGGCTTGTGATTGATTTTGCTGA
GGAAGCTAAAGCCTTTGGCTAACTTTGGTTTACATTTATTTATTCACGGC
GTATATGGATAAAATGCATGAAGGATTTAAACCCTGGGTTACAAGCATAA
TTATTTTTATACGCTCAACATTTAGTGATAAATATTTTTGTAGCATTAAC
CTATTATTATTATTATTGTGTTTATTATTATTATTATTATTATTATTATT
ATTATTATTATTATTATTTAGTATTATCTATTAATTATCTGATTATTATT
ATTATTATTATTTCACTTATTATGGCATTATGTTTTTTTTTCCAGTCGTG
TAATTTGAACCAACGGATTTTATCATGAAATGCACAAACTCCTGTGCAAG
ATTTTCAAAAGAATTGGCAGGAATATATAAGGGAGCTATGAGTTAAAAGA
GACTGGTTTTGCACCGATGCATTCTTTCATGAAAATGTTCTTTTTTTTTT
TAGGTAATACAGGAGTTTTTGTTTTTATCCTTGTCACTTGACGGAAGATG
GGCTTCAGTTTTATGTAAGATAAGAACATGAAATGTTCTTATGAAATAAG
TATAAACATTTGATCAACTTTAAATCCTTTTCCAATTTAACTAAAAATAC
CTCAATCTTTTTTCAAATAAATCGAATGAAAAAGAATGAATTCGGC
back to topCoding sequence (CDS) from alignment at chr4LG4:4198255..4206550-
>Psat4g003840.3_Ps_Cameor_v1a ID=Psat4g003840.3_Ps_Cameor_v1a; Name=Psat4g003840.3; organism=Pisum sativum; type=CDS; length=2580bp; location=Sequence derived from: chr4LG4:4198255..4206550- (Pisum sativum
ATGGCTTTTAGACGCTGCCTCTTGCAAAGAGGAAGCAACCTCATAGATCG
TAGGTTTCACCCTTCTTTCAGCTATGTCCTCCATAGCGACGAAGGGAAAC
GCGATCAGCCAGACGAGAAACCCTCTTCAGCAACAATCAGTAATAGTTTT
ACTCAAACAAGGTCCTTTGGAAGCTCTCTTAATGGATCCATGGGTTTTTT
CTCGGGTTTTCGACATAAGCAAGTTTATCCATTCGCTGGATATAATTTCT
GCCGGAACATGTCGACGATGGATCAGAATTCGGATAAGATTACAGTAATG
ACTGATGTGGCTGAGGTTCTCACTGACACTTCCGTGGAGACGGTAACTTC
CCAGGCTCCTGTTGTTAGCGAGGTTGCCATTGCTGCGGCTGATTCTTATT
TGCCTGTACAAGCCTTGCAGTATGTCATAGATGCTGTTCATTCCTACACT
GGGCTAAACTGATGGCTTTTAGACGCTGCCTCTTGCAAAGAGGAAGCAAC
CTCATAGATCGTAGGTTTCACCCTTCTTTCAGCTATGTCCTCCATAGCGA
CGAAGGGAAACGCGATCAGCCAGACGAGAAACCCTCTTCAGCAACAATCA
GTAATAGTTTTACTCAAACAAGGTCCTTTGGAAGCTCTCTTAATGGATCC
ATGGGTTTTTTCTCGGGTTTTCGACATAAGCAAGTTTATCCATTCGCTGG
ATATAATTTCTGCCGGAACATGTCGACGATGGATCAGAATTCGGATAAGA
TTACAGTAATGACTGATGTGGCTGAGGTTCTCACTGACACTTCCGTGGAG
ACGGTAACTTCCCAGGCTCCTGTTGTTAGCGAGGTTGCCATTGCTGCGGC
TGATTCTTATTTGCCTGTACAAGCCTTGCAGTATGTCATAGATGCTGTTC
ATTCCTACACTGGGCTAAACTGGTGGTTGGCCATAGTTCTAACAACTCTC
TTGATTCGAACCGCAACTGTTCCACTCTTAATAAATCAACTCAAGACCAC
TTCTAAGCTTACGGTGGTTGGCCATAGTTCTAACAACTCTCTTGATTCGA
ACCGCAACTGTTCCACTCTTAATAAATCAACTCAAGACCACTTCTAAGCT
TACGCTTATGAGGCCTCACTTGGAAGCAATAAAGGAAGAGATGGATGGGA
AGCTTATGAGGCCTCACTTGGAAGCAATAAAGGAAGAGATGGATGGGAAG
ACATTTGATCCCGAGGCTGTTGCCGAAGGTCAGAAGCGGATGAAAAAGCT
ATTCAAAGAACATTTGATCCCGAGGCTGTTGCCGAAGGTCAGAAGCGGAT
GAAAAAGCTATTCAAAGAATATGGTGTGAGTCCTCTTTCGCCACTGAAGG
GACTTTTTATTCAAGGTCCTGTCTTCATTAGTTTTTTTCTTGCGATATGG
TGTGAGTCCTCTTTCGCCACTGAAGGGACTTTTTATTCAAGGTCCTGTCT
TCATTAGTTTTTTTCTTGCGATAAATAACATGTCTGAAAAAATGCCATCA
TTCAAGCATGGTGGAGCTTTCTGGTTTACTGATCTCACAACTCCCGATGC
CTTATACGTTTTTCCAGTTTTGGCTGCATTGTCATTCTTAGTAGTAGTAG
AGATAAATAACATGTCTGAAAAAATGCCATCATTCAAGCATGGTGGAGCT
TTCTGGTTTACTGATCTCACAACTCCCGATGCCTTATACGTTTTTCCAGT
TTTGGCTGCATTGTCATTCTTAGTAGTAGTAGAGTGTAATATGCAAGAAG
GAATGGAAGGAAATCCTATGGGTGACACAATGAAAAAATTCTCGAGGATT
CTTGCTTTTCTGACGGTTCCTTTCACCATGACTTTTCCAAAGTGTAATAT
GCAAGAAGGAATGGAAGGAAATCCTATGGGTGACACAATGAAAAAATTCT
CGAGGATTCTTGCTTTTCTGACGGTTCCTTTCACCATGACTTTTCCAAAG
GCAATATTTTGTTACTGGATTACATCGAATTTGTTTTCACTGTCGTATGG
AATGGGCAATATTTTGTTACTGGATTACATCGAATTTGTTTTCACTGTCG
TATGGAATGGTGCTTAAAGTTCCTGGAGTAAAGCAAACATTAGGTATTCC
TGATTTACCTGCTGCTCCAAAACCCACCAGTTCTCCGCAGTCTTCCTTCT
CTATATTATCAGCACTAAAGCAAGCTGCATCAACTGCAAATGGTCAAAGC
TCATTGCCAGTTGAAACACCAAAAGAACCAAACAAAAAGATATCTTCTTC
TGCTGTTATTAGTCAGAGACTTAGAAGCTTAGAGAAACAAGTAAAAGGAA
GAAAGAAAAACAAGAAGTGATGCTTAAAGTTCCTGGAGTAAAGCAAACAT
TAGGTATTCCTGATTTACCTGCTGCTCCAAAACCCACCAGTTCTCCGCAG
TCTTCCTTCTCTATATTATCAGCACTAAAGCAAGCTGCATCAACTGCAAA
TGGTCAAAGCTCATTGCCAGTTGAAACACCAAAAGAACCAAACAAAAAGA
TATCTTCTTCTGCTGTTATTAGTCAGAGACTTAGAAGCTTAGAGAAACAA
GTAAAAGGAAGAAAGAAAAACAAGAAGTGA
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