| Database | ID | Description |
|---|---|---|
| Coils | Coil | Coil |
| MobiDBLite | mobidb-lite | consensus disorder prediction |
| FunFam | G3DSA:1.20.58.90:FF:000004 | Syntaxin 10 |
| SUPERFAMILY | SSF47661 | t-snare proteins |
| ProSiteProfiles | PS50192 | t-SNARE coiled-coil homology domain profile. |
| SUPERFAMILY | SSF58038 | SNARE fusion complex |
| Gene3D | G3DSA:1.20.58.90 | - |
| SMART | SM00397 | tSNARE_6 |
| PANTHER | PTHR19957 | SYNTAXIN |
| Pfam | PF09177 | Syntaxin 6, N-terminal |
| CDD | cd21445 | SNARE_NTD_AtSYP61-like |
| Gene3D | G3DSA:1.20.5.110 | - |
| CDD | cd15841 | SNARE_Qc |
| KEGG | K08500 | syntaxin of plants SYP6 |
| KOG | KOG3202 | SNARE protein TLG1/Syntaxin 6; [U] |
| MapolyID | Mapoly0140s0004 | - |
| GO | GO:0000149 | SNARE binding |
| GO | GO:0016192 | vesicle-mediated transport |
| GO | GO:0006906 | vesicle fusion |
| GO | GO:0012505 | endomembrane system |
| GO | GO:0031201 | SNARE complex |
| GO | GO:0006886 | intracellular protein transport |
| GO | GO:0048278 | vesicle docking |
| GO | GO:0016021 | membrane |
| GO | GO:0048193 | Golgi vesicle transport |
| GO | GO:0016020 | membrane |
| GO | GO:0005484 | SNAP receptor activity |
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpSYP6A | Ortholog of Arabidopsis SYP61 gene | Published |
Sequences: |
Gene UTR + CDS + intron |
| >Mp3g18380.1 TGGGAAGGAG TCCGAGACGG AGGGACGAGG GACTCGCGCT CCGGAGTCCA CCAGATCAAG GCCCACGAGC TGAAGAGCAG AGCAGAGCAG AGCAGAGTGT GCTGCTATCC CGTCCCGTCC CGTCCCCGCT CCTCTTCGCT TCGCTTCCCT TCCTTTCCCT TGCCTTGCCT TTCTTCGCGT CACGAGAAAG TTGTGCATCA GCAGCAGCAG CAGCAGCAGG CAGGGTCGGA AAAGGCAAAG CTGCTCTGCT CTTGTGTCGT TCGTCTGTCA GCAGCAGCTG CTTGCCTCCT CTCTCTCACT CGCTCACGCT GTTCGAGCTC GTCGAGGGAG GGGACGGGGA GCGAGAGAGA GAGAGAGAAA CAGAGAGAGA GAAGGAGAGG GAGGGTGCGT TGCTGGAGCC AGCGGGGGCA GCACGGAGCA ACGACTGAGG GGAAGGGAGG GGAGTGGGGT GGGTAATGGT GCGGTGGGGT CTGGGGTTCG GGGTCTGGAC GAAGGGATGA TAGATCGATG AAAGGAAGAC CTTATCGATG ATGCGAAACG CAAATCCGAT CAGAGCTTCT GAGAATTAGC CAATTGCTCT TTGAAGACTG TAGTCACGTG GAGGAAGGCC GGATTGACAG CATCGATCGG AGCCCAAAGT TGGTTTTAGC GGACCGGGCA AAGAGCAGAA CAGAGCGGAG TTGAGCAGGG CACGGCACTA GAGCCGATCT GCTGTGATGT CGGCTTTAGA TCCGTTCTAC CTTGTCAAGG AGGAAATCCA AGATTCGGTA GGTGGGGGAA TTACTACAAT TTGTTTTCAC TACAGCATTC CTTGTCTTTG TACACGATAG TTCTCCGTTC GCGTGTCTGT CTGCTGGAGT CTTTACTCCG CTTCCAATCG CAGGCATTCG CTATGGCTGT GTCAGAGTGA TTCCCGGTCT CAAAGTTGTT TGTTTCTCTC GATTTGCCTA TTTTTCAAAA TCGAGCTGCT GCTGATTGCT TCGTGTGCAT GTATTTTGTC AGGTGAACAA GTTGCAAGCT GGCTTTTCTA GATGGGAGCA GCTCCCTTCG AATGCGATCC AAGAATATCT CGACTTGAGC AAAGAGCTCA CCTCGGGATG TGAGAGTATA GAGTGGCAGG TGAGCCGAAA AATCATATGA GGTGAAAATG ATCCACCTTC GTTGGCCTCA GGAGAACTCT TTTAAGAAGA AAGGTTTTTT TATATGAAAA CCTCATTTTT ATTGCAGAAG CCCGTTAAGC CATTGAAGTT TATAGTAGTC AGTATTTTCG TCAGCCGTCG ATTCTCTTCA ATTAGCTATC CAATTGGAGG CGGTTTGTTT TCTTGTTCTA TTATCATGGA TATGGTGCAT GAGCTTAAGC CTGAGCTGAG GCTTTCCGGT TACTATAGAC TAAGACTATA CCATTTGGAC TGAAAGGTGG ACGAGCTTGA TCGAGCCATT GCTGTAGCAG AAAGAGACCC TGCCAGATTC AGCATCGATG TGGCAGAGAT AGAAAGGAGG AAGAAATGGA CGTCGTCCAC CCACAGTCAG GTTTGTTATC TTGCCATCGA TAGAGGATAT AAAGTCGAAG AGTTCGCGTA TGATAGGCTT GGTGGTAAAA AATCTTCGAC ATTGAAGGAG CTTGTTGTGA ACCGGAAAAC CTGACTTATT CCTTAGCCAA GGTTTCTGAT GAAGTTTAGC CAGCTGACGA CGGCGTTGTC TGCGCAGAGC AAAGTACCAA ATGGTCATGT ATACGCTACA GACATTAGCT TTCATTCTAC GTCACCGCTT ATAACATCAC CTAGGCTTTA ATGCTAGCTC AAGCGAAGTC GTTCATCATA CAACTGATCA CTTTCTCAAT TTTTCCTTAT GTCAGATTAC TACAATAAGG AAAGCTCTTC AAAATGCTGC CGACAAGTCA ACACCAACAA GGGGTGGACA CGCAGGTAAC AGTCGCAGGG AACTCTTGCG ACTACCTGAG GACCATGCCG CGAAGTCTGG TCGAACTCCG GCTCGGGAAA ATGATAGTTT CAGCTACGAG TCTGATCGAC AAGCTTTGAT TATAAAGTAA GGCCTACTAT ATATACTTCA ATCCTTTTTT TTTGGTCCGG TGTATTATGA GCATACATCT AAGCTACTCA TTAGAAAGTA GTCAAGCACT TATTCTTATC CTTCTTTTTA AACCCATAAT TTTTTTCTCT CCAGGTTCTT CTCCTTCCAT ATCATTCCAT TTGAAAATTG GGAAACGATA GCCAAGCACT ATTTTAAAAG ATTCACTATT TTAACGAATT GTGCTCCATT CAAACCGTCC CAATCATATA TGATTAGCAG GCCTTGAGTA TAAATTACAG TGGATATCAT GATTCTGTGT CTTATGTCGT CGAGAGGTTG ACCGTTATGA TTAGAGTGGA GAAATTTGCT TCATGTAGAT GTTTTACGCA TCGCTGCTTG CAAAGTGTCA GTGATTTACT GCTGACGTTC TTAGCTGGTG CAGTAATCTT AGAATTGATA TTTGTTTCAC AGAGAGCAAG ATGATGATAT CGAAGAAATG AGTGTGAGTA TCGGCATAAT TGGAGAAGTT GGACGCACTA TTCATGATGA GTTGATTGGA CAGGTACTTT TTCACCAACT GAACAGGTCA ACTAGCACCT AGGTTAAATA TGAAGCGAAA GCTAATGTTG TTCTTGCGTT TGTAGACTGT CCTTCAAATT CAATAAATAT CAAGTTTCAA AAACCTGCTC AAATTCTTGC TCAAATGGTT TCAGGATAGG ATTATTGAAG ATCTAAATTC GGACATGGAT CGCACTGCTA CTAGACTTGA CCTGGTCCAG GTAATAATTT TCATCTCCCA CAATTGTGCT TACGTTCCTC TTTATCCAAG TCTTGGGAAG TTTATGCATC ATGTTACATA TCTACCCTTA CATGCACTAC ATCCCCCAGA TAAATGAATT TGTGGTCATG AACCATCTCG CTGGTAGAAC AGTGGATCTA GGTGATGAGG TTGTCGCTTT CAGTGTTGTA TTGTATGGTG GTTTGTGGAT GTTGTGTTCA CATTTTGCAA ATATGTTTAC TGGGATCGAC ATTCAAGTAC TTTAACTTTA TAATCATGCT CTGTTCTACT CCAGAATTTG TCACCAAGCA TTTGCGCAAG TACGAATTAG TTTTGATGTA TTTTTGCATG ACATGAACAA TCTCATACTG AAAGTTATCA TTGGACAGAA AGTTCACCTC TAAACAGTTT CATGTCACAT TGATGTCAGG GACTTTCTGC CTCTACAGAT TATTTGTTGT ACTGATGATG GTTTCAACTC TATCGTACTT GTCTGTAGAA AAAATTATCA GCAGTTATGA AGAAAGCCGG ATGGAAGGGC CAAGTATGTA CTATCTTGGC ATTGATTGGC TTATTAGTTA TTTTGACCTA TCTTGTTTTC AATGCCTAGA ATGGCTCTGT GTTCCACATT GGACGTCAGC CTTTGTTTCC ATACGAATAG GGAAGAGACA AGCGAAATAG TGTGACAAGT TTACGCGTCA CTGTTGTTGC CATTGATGAC ATGAGTTTGC CACCTTTTCC CTCTCAATAG AACTGTTGTC TGAGACCTTG TTTCATAGGT TCAACAATTT TCATCCGACA GACTCATTTC GTCATTGTCT GCTTGCAACT AGTAACTGAT CAGAGGTGGG TTCAGCTGGA TAGCATCGTG ATTTTAAAGT TTCTGCCCTG ATCTAGAGGA ATCTGTGGAT GCCTATCACT TGCAAAGATC GATGAAACTG TTGTGAAGTA CATTTTGAAT TTTCTCCAAC TTCATCGCGT TGTGAGAAGA TAAGCTGGTC GCATTATCGT CCAGAGGCGC TGTTTGACAG TACTTCATCT TCATAAGAAT TCTCGATGCC ATAAATTTTG CACTGGGGAG TGTCCTGTAT TTTATTTAAA ATTGTATTTC C |
mRNA UTR + CDS |
| >Mp3g18380.1 TGGGAAGGAG TCCGAGACGG AGGGACGAGG GACTCGCGCT CCGGAGTCCA CCAGATCAAG GCCCACGAGC TGAAGAGCAG AGCAGAGCAG AGCAGAGTGT GCTGCTATCC CGTCCCGTCC CGTCCCCGCT CCTCTTCGCT TCGCTTCCCT TCCTTTCCCT TGCCTTGCCT TTCTTCGCGT CACGAGAAAG TTGTGCATCA GCAGCAGCAG CAGCAGCAGG CAGGGTCGGA AAAGGCAAAG CTGCTCTGCT CTTGTGTCGT TCGTCTGTCA GCAGCAGCTG CTTGCCTCCT CTCTCTCACT CGCTCACGCT GTTCGAGCTC GTCGAGGGAG GGGACGGGGA GCGAGAGAGA GAGAGAGAAA CAGAGAGAGA GAAGGAGAGG GAGGGTGCGT TGCTGGAGCC AGCGGGGGCA GCACGGAGCA ACGACTGAGG GGAAGGGAGG GGAGTGGGGT GGGTAATGGT GCGGTGGGGT CTGGGGTTCG GGGTCTGGAC GAAGGGATGA TAGATCGATG AAAGGAAGAC CTTATCGATG ATGCGAAACG CAAATCCGAT CAGAGCTTCT GAGAATTAGC CAATTGCTCT TTGAAGACTG TAGTCACGTG GAGGAAGGCC GGATTGACAG CATCGATCGG AGCCCAAAGT TGGTTTTAGC GGACCGGGCA AAGAGCAGAA CAGAGCGGAG TTGAGCAGGG CACGGCACTA GAGCCGATCT GCTGTGATGT CGGCTTTAGA TCCGTTCTAC CTTGTCAAGG AGGAAATCCA AGATTCGGTG AACAAGTTGC AAGCTGGCTT TTCTAGATGG GAGCAGCTCC CTTCGAATGC GATCCAAGAA TATCTCGACT TGAGCAAAGA GCTCACCTCG GGATGTGAGA GTATAGAGTG GCAGGTGGAC GAGCTTGATC GAGCCATTGC TGTAGCAGAA AGAGACCCTG CCAGATTCAG CATCGATGTG GCAGAGATAG AAAGGAGGAA GAAATGGACG TCGTCCACCC ACAGTCAGAT TACTACAATA AGGAAAGCTC TTCAAAATGC TGCCGACAAG TCAACACCAA CAAGGGGTGG ACACGCAGGT AACAGTCGCA GGGAACTCTT GCGACTACCT GAGGACCATG CCGCGAAGTC TGGTCGAACT CCGGCTCGGG AAAATGATAG TTTCAGCTAC GAGTCTGATC GACAAGCTTT GATTATAAAA GAGCAAGATG ATGATATCGA AGAAATGAGT GTGAGTATCG GCATAATTGG AGAAGTTGGA CGCACTATTC ATGATGAGTT GATTGGACAG GATAGGATTA TTGAAGATCT AAATTCGGAC ATGGATCGCA CTGCTACTAG ACTTGACCTG GTCCAGAAAA AATTATCAGC AGTTATGAAG AAAGCCGGAT GGAAGGGCCA AGTATGTACT ATCTTGGCAT TGATTGGCTT ATTAGTTATT TTGACCTATC TTGTTTTCAA TGCCTAGAAT GGCTCTGTGT TCCACATTGG ACGTCAGCCT TTGTTTCCAT ACGAATAGGG AAGAGACAAG CGAAATAGTG TGACAAGTTT ACGCGTCACT GTTGTTGCCA TTGATGACAT GAGTTTGCCA CCTTTTCCCT CTCAATAGAA CTGTTGTCTG AGACCTTGTT TCATAGGTTC AACAATTTTC ATCCGACAGA CTCATTTCGT CATTGTCTGC TTGCAACTAG TAACTGATCA GAGGTGGGTT CAGCTGGATA GCATCGTGAT TTTAAAGTTT CTGCCCTGAT CTAGAGGAAT CTGTGGATGC CTATCACTTG CAAAGATCGA TGAAACTGTT GTGAAGTACA TTTTGAATTT TCTCCAACTT CATCGCGTTG TGAGAAGATA AGCTGGTCGC ATTATCGTCC AGAGGCGCTG TTTGACAGTA CTTCATCTTC ATAAGAATTC TCGATGCCAT AAATTTTGCA CTGGGGAGTG TCCTGTATTT TATTTAAAAT TGTATTTCC |
CDS |
| >Mp3g18380.1 ATGTCGGCTT TAGATCCGTT CTACCTTGTC AAGGAGGAAA TCCAAGATTC GGTGAACAAG TTGCAAGCTG GCTTTTCTAG ATGGGAGCAG CTCCCTTCGA ATGCGATCCA AGAATATCTC GACTTGAGCA AAGAGCTCAC CTCGGGATGT GAGAGTATAG AGTGGCAGGT GGACGAGCTT GATCGAGCCA TTGCTGTAGC AGAAAGAGAC CCTGCCAGAT TCAGCATCGA TGTGGCAGAG ATAGAAAGGA GGAAGAAATG GACGTCGTCC ACCCACAGTC AGATTACTAC AATAAGGAAA GCTCTTCAAA ATGCTGCCGA CAAGTCAACA CCAACAAGGG GTGGACACGC AGGTAACAGT CGCAGGGAAC TCTTGCGACT ACCTGAGGAC CATGCCGCGA AGTCTGGTCG AACTCCGGCT CGGGAAAATG ATAGTTTCAG CTACGAGTCT GATCGACAAG CTTTGATTAT AAAAGAGCAA GATGATGATA TCGAAGAAAT GAGTGTGAGT ATCGGCATAA TTGGAGAAGT TGGACGCACT ATTCATGATG AGTTGATTGG ACAGGATAGG ATTATTGAAG ATCTAAATTC GGACATGGAT CGCACTGCTA CTAGACTTGA CCTGGTCCAG AAAAAATTAT CAGCAGTTAT GAAGAAAGCC GGATGGAAGG GCCAAGTATG TACTATCTTG GCATTGATTG GCTTATTAGT TATTTTGACC TATCTTGTTT TCAATGCCTA G |
Protein |
| >Mp3g18380.1 MSALDPFYLV KEEIQDSVNK LQAGFSRWEQ LPSNAIQEYL DLSKELTSGC ESIEWQVDEL DRAIAVAERD PARFSIDVAE IERRKKWTSS THSQITTIRK ALQNAADKST PTRGGHAGNS RRELLRLPED HAAKSGRTPA RENDSFSYES DRQALIIKEQ DDDIEEMSVS IGIIGEVGRT IHDELIGQDR IIEDLNSDMD RTATRLDLVQ KKLSAVMKKA GWKGQVCTIL ALIGLLVILT YLVFNA |