| Database | ID | Description |
|---|---|---|
| KEGG | K07942 | ARL1; ADP-ribosylation factor-like protein 1 |
| KOG | KOG0070 | GTP-binding ADP-ribosylation factor Arf1; [U] |
| Gene3D | G3DSA:3.40.50.300 | - |
| Pfam | PF00025 | ADP-ribosylation factor family |
| SMART | SM00177 | - |
| TIGRFAM | TIGR00231 | small_GTP: small GTP-binding protein domain |
| SUPERFAMILY | SSF52540 | - |
| SMART | SM00178 | - |
| SMART | SM00175 | - |
| PRINTS | PR00328 | GTP-binding SAR1 protein signature |
| CDD | cd04151 | Arl1 |
| ProSiteProfiles | PS51417 | small GTPase Arf family profile. |
| MapolyID | Mapoly0013s0177 | |
| GO | GO:0005525 | GTP binding |
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpARFC2 | SAR/ARF GTPase | Published |
Sequences: |
Gene UTR + CDS + intron |
| >Mp8g06130.1 TGGTTCAAAA CTGCGAGGCG CGGGTCGAGG CTCGGGAACG CTGCTCGGGT CGGGAGTCGG GAGCGTCGTG GTCGTGCGTC GTCGTGGCGG CTCACGTCGA TCGAGGGCCG AGGGTCACCG GAGACGCCAG GAGCGAGCGA GGTTGCGTTG CGAGGGGAGG CAGCGAGCGA GGGAGCGAGG GAGCGAGAGA GTGTGCTTCG GGAGCCCTCG GGCAAATGAA TGGGGGAAGA GCGCTGGGTT GGGGACTGCT CGCTGCATCT GCCTCCTCCT CCTCCTCCTC GAGTCGTTGA ATCGTGAAAT TGGGTGGCTT TCGTTGTGGT GCCTCGACCT CCGGTCAGCT CTTCGCTCCT GTTCGGTCGG TGGATCGGTG GTGAGGCGTA TGTTTGTGCT CGTCGATCGT CGTGGTCATC GTCGTCCATC GAAGCCGATG CGATTTCGGA TGGCCGAGTG GGTGGAGCGA GTTGTGGTCG CGCAGGCGAA GTTGTGATGT GATTTGATGT GATCCGACCA GACCAGACCA GACCAGACGA GAACACGACA GCATTGGTTG GTTCCGCTAG ACTACGGTAT GATCTGATCT GCGCCACCGT TGAGCTCGGT CGCGGTGGGG AGGGGCTGGA GGTTGTTATT TCCAAGTCTG GGGAGCTGCA AGCGTTTGAG GGAAGGTGGA GTGGTGCTTT GCGCTGAGCG GACCGCTGTA AGCTGGGCGG GCCAACAGAG GAGTCACGAT GGGAATTTTT TTGTCGAAAT TGTTTTCTCA GTTATTTGGA GACAAGGAGG CTCGGATTCT CGTGCTAGGG CTCGACAATG CGGGAAAGAC TACCATTCTC TGTATCCTAC CTAAATCGTC CGAGTCGAAG TCTGTGCTGA TCGGATTCAA TGTTGTTGGT TTTTCTCACT TTTTGTTTTT TCGGTACGAA CGACCTCGAT AGGGTTTGGA AATCAGCCCG CGTCTACGCA GAATCTGGAA TAAGGAATGA AGTTGTTTGG AGTATGTGAG CTGCGTGATA AGACCTTTCT CTAATGGGTA AGTGAGCGCT ATGTCCGAGA ATGTGAAGGC GAAAAATTCC TGTTCATTTT CGTACGTGAC CCTGTTCCGA CCGCAGACTA GGGGCTTTAA GCTCACAGCA CCTCAAGAAT TAAATCCTCT GCATAAATGC CCCACAATAT GGTGTTGACA TGGACAGTCT GGTCTCCTTG AAGTTGCATC AACAAGGTTC TGGCGGAACT GTTGAGTAGA AACAGCTGGA TTCAACATAT GTTTCCAAAG AATGAAAATG GTTTCATGAG CATAAACTAT ATCCTTGAAA AGTAGTCCAG TGTTCGTGAT CCAATATATA TTCGAAGACT AAGTGATGGT CATGATAAGC ACATTTATTT CCTTAATTAT TTGTTTAGAT CGCCTGCAGG TGGGAGAGGT GGTAGCTACT ATACCAAGTA AGTCTTGCTA TTCTCCTCCT TTTCGTTGCT GACAGCTGAA GATACTCCTA GCATTGATTA TACACTCCTA GAGGATAAAT TTAACAGCGC TGAAGGTTTT GTCATTGTCC GTTCAATTCC ACTTCCATTT TCTCTGCTAT CCCTCCCAAA ATGATCACTG CAGTGATTCC TATATGTGAT AGTTCGGTAT GGATCCCAGC TTCGGTAATT AGGTTGAAGT GAGTTATCTC ATGGTAAGTT TGACAGCGTC GAAATTGGAA ATGAAATGCA TTGATCTTTC TCTTTCCACA GTCCCGAGTT CACACGTGAA CTTACTGCAG TTATAAAGAG AAAACACATT TTTTCATAAT TTATTGTCTG CTGGCATGAA TAAAGTACAC ATAAGAATAC GCTGAACAGA GCTACAAGGT TACAATCACG AAGGCTTCTA TTATCTTGGA TTTTCCGCTT TTCAGTACAG CTGATTCATT CTTGTCCGTG CTCCCAGGCT TGAGCTGGGA ACGCAAAGCT GCCAAAGGAA ACAGTCACTG AGTTTATCGT CTATCGAGCC TATAGGGGTA GGGACCTAAA GTACAAAGCA AAGTCAGAAC GCAGGAGCTA ACATCATGGA GATATTGGGT TTGCAATATA TGGATCAGAT AGATTTATTC TTATGAGTCA TACATAAGCA GATGTAATTT GAGGTTGTAA AGCAGGAAAC AACGATAGGA GCTTTTTCTA AGTCAGTTTC TACCTCTGAG GGGAAAGCTT TGCCTTTTCA AAATCTTCAA AATCTTCAAG GAACCTCTTC AAAATCTACG TACGTATACC CTGTAGGTAT GGCTACATGC CAACGGGAAA AGAAACCAAA GCCCGAGTAC ATCATCAAGT GGAGGCTACC TCTTACTTTA CGTCGGGTTT GGAGTCATCC TCTCACACTA AACCAAACTT AACCGTACGT TGGTACTCAT ATTTGTCCTA TTTCATAATA CCAGTAAAAT GAGCTTTGAG GGTGAGAAAA TTGCAAATTG ACAATGACTG GTGGTGAGCA GCCATTAGCT TATGACAATA ACGAAGTGAA AGAGGTGGAT CATCTTTGCG AAATTTGTAT ATGTTCAATA GGCGCTTTGT TTACCTCCCT GGTCGTATTG ATTTATCATT ACGATTGCAC TACAAAATGT AGCACATAGT TTGTTTTTCA CTTTTGCCAC CTGCAAAGTT CTGAAAGGAG AGCTTGCTGC ACGACTGAAT ATGGTTGTTC TTACACGTTC ACCTTTTTCA CTGGTTCCAC AGTTACATCC CAGTTTGCTT CTCTTCATTG AGTAAAAAAG TTTGTTAAGC TCACAGGATA ATATATTGAA TAGCAAGGAT ATAGTCAATA GCTGTTGCGA CAACCTTACT GGCAAAATTC TCATGTGCTA GTCTAGAAAC CAATGTGATA CAGCAAACGT CACCCAGGGC CTTGTCATAT AAGTGAATTT TTTAGTATCC TTGGTGAAGG TTTTTAGAAT CATAAGTCAT TAATTAGTTT GACGAGTTTT AGGGGTTAAT ACAAATAGCT GGCGATGGTA ATTGAAAAGG AAATTTGCGT GTTTTAGCGG CCAAGTTAGT TGAATTGTCT TTCTCTGAGT TCTCTAAATG CGGTTGTTCG TTGGTGTGCA ACAGCTATTG GTTTTAACGT GGAGACTGTA CAATACAACA ATATCAAGTT CCAAGTGTGG GACCTTGGTA GGGTTCTCTA TTTCTATTTT ATGCAACCAA GATGAAAAGA TGTTGGTTTA TACGAATTTT GGCCCAGTGT ACTATTGGCT TGTTACCATT CACTTTACTA TTGCTAGACA ACTTCTTTCT TATCGGTTGC TTAAAATGTG TGCATGTGGT GTGGAACTCT TCGTCGCCGG TTGCAGGTGG TCAAACGAGT ATAAGGTACA TTCTGAGGAC TTTCTTCCAT GAATGAGGAC TTTTTCCGAT GAAAGTGTAG CCCCCGTTTG TGATAAATGG AATGGAGTGT GGGAGAGATC TTGAAGTTTT ATGACTCTTT TCAACGATGG AGGTTGACAG TCACGCCCAC TTGAAGACTA CTTGTGTTGA TTTACACATC CGATCATGTC ACATCTGATT ATATGTGTCC TAGTCTGTAC CTGCTTATGT TCCTTGAGGT CTGTTACCAG CTTCCGATGT CGTTCGTCCT GAAAAGTTAA TCTTCTTGTC AGTGAATGTC CAAATAAGTG TTAGAAACAT GCATATTGGT TTGGAATGGT GATCTTGGAG ATAATTGGTG AAGTTAGCAT TGGTTGTTAT GGCCTTTACT CGATATTTTT CCAGGTGGAA TATCTTTTAG GACTCAACTG TCATTTTATT CAATCGACTT ACAGTCCAAG AACGTTTAAG TGTTAACTCA AGTTAACAAA CTGGATGCAG ACCTTATTGG AGATGCTATT TCCCCAATAC GCAAGCAGTC ATTTATGTCG TAGACTCAAG CGATACCGAT AGGATGGCCA CAGCGAAGGA AGAATTTCAT GCCATTTTAG AGGTGAAGCC TGCCTTTATT TTGAAAACGT AACGATGACA GTAACATAAT TTGAGCTCGA ATTGACGCGG GTGCATTCTT CTCCCCTCTT TACGCGTTTC AGCACTTCCT TGCACCTGCT TTTACTTCCT GAACTCAAGA AGTATTGTGT TAACAGTCCA ATTTTTTGAT ATTTACAGGA AGAGGAACTA AAAGATGCCG TGGTTCTCAT CTATGCCAAC AAGCAGGTTT GTTGGCCTCA TCATTTGTCC GTTTTTGAAG AATCTTACAT GATTATCAGT AGGAAAGCGT CCTTTTCCAT ATCGTGGTAT CTACATCTTC TCGATGATAT TGCTGCCAAT AAAAACTTAG GTTTTCTATC TGCGAAGTCT GTTCATCGCA TTGTTTTTCT CAATGGTTCT TGAGTAATAT ATGGTCGTCT GTGAATGGAT CACTGCAGAA CCTTATCGCT GATGAATTGT TTTCTGGACA GGATCTTCCT GGAGCTCTAG ATGATGCATC TGTCACAGAG GCCCTAAATT TGCATAAGAT CAAAAACCGG CAGTGGGCTA TATTCAAAAC TTCAGCTGTT AAGGGAGAAG GGCTCTTTGA GGGTCTTGAT TGGTATGCTT GACAATTAGC ACACAATACC CAGAGAAAAG CGTGTTGTTA TGAGCCTTAA GTCCGTTGGA AGTTTAGTGT TTAGTACCTT TTAGATGGTA GCCATGAAAT TGTTTTCGAC ACCATACACC TCAGAATTTG CGTTTAGGTT TATTCCTCGT ATTTACTGTA TCGTATATTC ATTTGGTTTG CAGGCTCAGT GACACTCTAA AAGCAAGAGG CAGATAACTG AAGGTATGTG CAATATTCTG AATTTGGGGT ACATGGTTAT ATGGCATTTA CCACCTTATG CTTTACCCTG GCTTCTCTTT ACGAAAAAAT TGTGTAGCTG GATCACCAGG CATAGCTCAT GTCATGAGGA CTAAGAGATC GACGTGCTCT TTGTTGTCTG GAAGTCGTGT ATTCCTTGAG TTTCGCTTCC GTATTACTTG ATTGGTTGTT TTCATAGCCG TTACCTAAGT AACAAGTGTG GCTGTTTTAC TTCCAGAAGC TCGACTCTGG CCAGAATTTT GCATCCAAAT CTTCGGGCAG GGAGGCAGCA TTGTGTTTTC TTCAACTCGA AGACGCCGCA AAGTCGGTCT TCAACACTCA GTTTCCGAGG TTGAGTCGTG TGGCTACATT CATATTCTCA CAACGTTTAT CTGATAATCT CAGCATTGCA AGGAGGGAGC GTTCAGTTCT GGATAACGGA GGCCGAAAGT ATCTTGATAG AATTTAACCT TCAAAACGTT CACCTCAGTT CCGACCTGTT GATTGTAAGG AGGGAGGGGC CATAGTTTGT AGGGTACTTT TGCTAGGAAA TACGTACATA TCTATGCAAT CTTCACGGTT GCTGAATAGA AAATTATGCC TCTCTACCGT CATTTGGTAT GGGAAGACAG AAACCACCTT TACCTAGCAT AAGGAATTGG AGTCTATCAT TATAGTATAG AATTTAGTTT CAAAAGCGGT CAGTGTTGAC GATCAACCAG GTTTACTTGG ACATAATTTT ACTGATTTTG ATGGCAGAAG GTGTTCAAGG AGTTGAAGTA ATCCGTAGGT TTTTGAAGTT AGAGGTTTGA CCTTGGTTGT ATTCATAATT TGGCAAATGC CGCCAGCTTA TGTGATGTCA ATACTCCGTA ATGCATAAAT TCCGGTGGCA TATTTCAGAA GAAAATT |
mRNA UTR + CDS |
| >Mp8g06130.1 TGGTTCAAAA CTGCGAGGCG CGGGTCGAGG CTCGGGAACG CTGCTCGGGT CGGGAGTCGG GAGCGTCGTG GTCGTGCGTC GTCGTGGCGG CTCACGTCGA TCGAGGGCCG AGGGTCACCG GAGACGCCAG GAGCGAGCGA GGTTGCGTTG CGAGGGGAGG CAGCGAGCGA GGGAGCGAGG GAGCGAGAGA GTGTGCTTCG GGAGCCCTCG GGCAAATGAA TGGGGGAAGA GCGCTGGGTT GGGGACTGCT CGCTGCATCT GCCTCCTCCT CCTCCTCCTC GAGTCGTTGA ATCGTGAAAT TGGGTGGCTT TCGTTGTGGT GCCTCGACCT CCGGTCAGCT CTTCGCTCCT GTTCGGTCGG TGGATCGGTG GTGAGGCGTA TGTTTGTGCT CGTCGATCGT CGTGGTCATC GTCGTCCATC GAAGCCGATG CGATTTCGGA TGGCCGAGTG GGTGGAGCGA GTTGTGGTCG CGCAGGCGAA GTTGTGATGT GATTTGATGT GATCCGACCA GACCAGACCA GACCAGACGA GAACACGACA GCATTGGTTG GTTCCGCTAG ACTACGGTAT GATCTGATCT GCGCCACCGT TGAGCTCGGT CGCGGTGGGG AGGGGCTGGA GGTTGTTATT TCCAAGTCTG GGGAGCTGCA AGCGTTTGAG GGAAGGTGGA GTGGTGCTTT GCGCTGAGCG GACCGCTGTA AGCTGGGCGG GCCAACAGAG GAGTCACGAT GGGAATTTTT TTGTCGAAAT TGTTTTCTCA GTTATTTGGA GACAAGGAGG CTCGGATTCT CGTGCTAGGG CTCGACAATG CGGGAAAGAC TACCATTCTC TATCGCCTGC AGGTGGGAGA GGTGGTAGCT ACTATACCAA CTATTGGTTT TAACGTGGAG ACTGTACAAT ACAACAATAT CAAGTTCCAA GTGTGGGACC TTGGTGGTCA AACGAGTATA AGACCTTATT GGAGATGCTA TTTCCCCAAT ACGCAAGCAG TCATTTATGT CGTAGACTCA AGCGATACCG ATAGGATGGC CACAGCGAAG GAAGAATTTC ATGCCATTTT AGAGGAAGAG GAACTAAAAG ATGCCGTGGT TCTCATCTAT GCCAACAAGC AGGATCTTCC TGGAGCTCTA GATGATGCAT CTGTCACAGA GGCCCTAAAT TTGCATAAGA TCAAAAACCG GCAGTGGGCT ATATTCAAAA CTTCAGCTGT TAAGGGAGAA GGGCTCTTTG AGGGTCTTGA TTGGCTCAGT GACACTCTAA AAGCAAGAGG CAGATAACTG AAGAAGCTCG ACTCTGGCCA GAATTTTGCA TCCAAATCTT CGGGCAGGGA GGCAGCATTG TGTTTTCTTC AACTCGAAGA CGCCGCAAAG TCGGTCTTCA ACACTCAGTT TCCGAGGTTG AGTCGTGTGG CTACATTCAT ATTCTCACAA CGTTTATCTG ATAATCTCAG CATTGCAAGG AGGGAGCGTT CAGTTCTGGA TAACGGAGGC CGAAAGTATC TTGATAGAAT TTAACCTTCA AAACGTTCAC CTCAGTTCCG ACCTGTTGAT TGTAAGGAGG GAGGGGCCAT AGTTTGTAGG GTACTTTTGC TAGGAAATAC GTACATATCT ATGCAATCTT CACGGTTGCT GAATAGAAAA TTATGCCTCT CTACCGTCAT TTGGTATGGG AAGACAGAAA CCACCTTTAC CTAGCATAAG GAATTGGAGT CTATCATTAT AGTATAGAAT TTAGTTTCAA AAGCGGTCAG TGTTGACGAT CAACCAGGTT TACTTGGACA TAATTTTACT GATTTTGATG GCAGAAGGTG TTCAAGGAGT TGAAGTAATC CGTAGGTTTT TGAAGTTAGA GGTTTGACCT TGGTTGTATT CATAATTTGG CAAATGCCGC CAGCTTATGT GATGTCAATA CTCCGTAATG CATAAATTCC GGTGGCATAT TTCAGAAGAA AATT |
CDS |
| >Mp8g06130.1 ATGGGAATTT TTTTGTCGAA ATTGTTTTCT CAGTTATTTG GAGACAAGGA GGCTCGGATT CTCGTGCTAG GGCTCGACAA TGCGGGAAAG ACTACCATTC TCTATCGCCT GCAGGTGGGA GAGGTGGTAG CTACTATACC AACTATTGGT TTTAACGTGG AGACTGTACA ATACAACAAT ATCAAGTTCC AAGTGTGGGA CCTTGGTGGT CAAACGAGTA TAAGACCTTA TTGGAGATGC TATTTCCCCA ATACGCAAGC AGTCATTTAT GTCGTAGACT CAAGCGATAC CGATAGGATG GCCACAGCGA AGGAAGAATT TCATGCCATT TTAGAGGAAG AGGAACTAAA AGATGCCGTG GTTCTCATCT ATGCCAACAA GCAGGATCTT CCTGGAGCTC TAGATGATGC ATCTGTCACA GAGGCCCTAA ATTTGCATAA GATCAAAAAC CGGCAGTGGG CTATATTCAA AACTTCAGCT GTTAAGGGAG AAGGGCTCTT TGAGGGTCTT GATTGGCTCA GTGACACTCT AAAAGCAAGA GGCAGATAA |
Protein |
| >Mp8g06130.1 MGIFLSKLFS QLFGDKEARI LVLGLDNAGK TTILYRLQVG EVVATIPTIG FNVETVQYNN IKFQVWDLGG QTSIRPYWRC YFPNTQAVIY VVDSSDTDRM ATAKEEFHAI LEEEELKDAV VLIYANKQDL PGALDDASVT EALNLHKIKN RQWAIFKTSA VKGEGLFEGL DWLSDTLKAR GR |