| Database | ID | Description |
|---|---|---|
| ProSiteProfiles | PS51419 | small GTPase Rab1 family profile. |
| Pfam | PF00071 | Ras family |
| ProSiteProfiles | PS51420 | small GTPase Rho family profile. |
| SMART | SM00173 | ras_sub_4 |
| SUPERFAMILY | SSF52540 | P-loop containing nucleoside triphosphate hydrolases |
| SMART | SM00177 | arf_sub_2 |
| ProSiteProfiles | PS51421 | small GTPase Ras family profile. |
| PRINTS | PR00449 | Transforming protein P21 ras signature |
| FunFam | G3DSA:3.40.50.300:FF:000456 | Ras-related protein RABC1 |
| NCBIfam | TIGR00231 | small GTP-binding protein domain |
| SMART | SM00176 | ran_sub_2 |
| PANTHER | PTHR47977 | RAS-RELATED PROTEIN RAB |
| CDD | cd01863 | Rab18 |
| Gene3D | G3DSA:3.40.50.300 | - |
| SMART | SM00174 | rho_sub_3 |
| SMART | SM00175 | rab_sub_5 |
| KEGG | K07910 | Ras-related protein Rab-18 |
| KOG | KOG0080 | GTPase Rab18, small G protein superfamily; [R] |
| MapolyID | Mapoly0167s0019 | - |
| GO | GO:0003924 | GTPase activity |
| GO | GO:0016192 | vesicle-mediated transport |
| GO | GO:0005525 | GTP binding |
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpRAB18 | RAB GTPase | Published |
RAB GTPase; genome paper: Mapoly0167s0019.1 (from nomenclature)
0 core 1 peripheral
Sequences: |
Gene UTR + CDS + intron |
| >Mp6g05360.1 GAGAATTTGG CTTCATTGCC AGCAGCAGGA GGAGGAGCAG TGGAGCAGGT GCACCAATTT CTGGGTGTCC GTTGCAAGCG AGTCCCTTAC AGAGTTCGCG AGCAAGAAAC AGAGTGACAG ACGAATGCGG AGCCGTGCGC AATTTCACGG AAGAGCAGGG CTTTTATGGG TTGCGAAGCC TAGGTTGTCA ATTCGAAGTC GGGCGTGATG GCCGGGGGCA GTGGTGCGGA AATTGATCAT ATTTTCAAGT TGCTGTTGAT CGGAGATTCT GGAGTCGGAA AGAGCAGTTT ACTCTTGAGG TTTACTGCGG ACACATTTGA TGATCTTTCG CCTACCATCG GTGAGGCCTC TTTACGCTTT TGCGATTACA GTGTCTGCAA TGGAATTGCT CCTTCGATTT CTCTGTTTAG AGAAGTATTT GTGTTCCAGT ATGAATGCTC TCTGTTCCCA GGAACTCGCT TGGTACTGAA GGCCAGCGTC GATCGTTGAT ACTGAACGTC TTTTTTAAGT TTCGAGGTTT ACTGGTTGTG ACTCTTCTCT TTACAAACCG GGTTTTAAGA CTGAGTTCGT TCCAACCTCA CAATAACCTG AATCACCTGC ATTTGGTTCA CATGCAGGCG TTGATTTCAA GCTCAAGTTG CTGACTATGA GTGGGAAGAG ACTGAAACTG ACGATCTGGG ACACAGGTGT GCAATATGAA CGTGGGAATT TTTTTCCGAG TGAATCTTTA TGGCTTGGTG CAGTACATAC TTTTGGTTAG GATTGTAATG ATGAAAGAGG CACTGATCCG AGGAAACTTC TAAACTCGTT GGATAGTATA TCCATGTTTA TTTTAATGGT TGTGGAGTAT CTTGAAACCG AGTCTATACA TGTTGCGCTC ATAAGGACTG TCATAATATT GTGTGAAGAC CTACCGCCAG TGTAGAGAAT CACCAGATTT GAATCTCTTT TATCTCGATT GTGATTTTTT ATTGTATGTA ATTAATGTTA TCATACGGTT TATGTGTGCG CTGTGTGGCA CGTTCAACAT CGATCTTTGT GCTCTGAGAG TTTTCCATGA TTTACAGTAT TAAGAAAGTT TGTTATGTTG CTCACAGCTG GACAGGAGCG ATTCCGGACT CTCACCAGCT CGTATTACAG GAGCGCACAG GGTGTCATTC TAGGTGAGTA AAGTTTTTTT GTTTCAAACC TGGTGAATCT TTAAATTCGA TTTCTTTTCA AGACTATCAT ATTTCTTTCA GCTTTTTATG TCTTTTGGAA AGAATCAAGT TGATGATGGT CTATCCATGT TTATGGTTGC TTCCGAAGGA TTAGCCGTAG AGTACTGGTA AATTTTGTTC CTGAACATGA CGAATAAGAG ACCTTATTTA CTATGTCAGA GAACTCGCGC ACGTTGTGTT GTGTGGTCTC GCAGTTTATG ATGTCACTAG GCGCGACACA TTCACAGATT TGTCTGATGT CTGGCTGAAA GAGGTCGAGC TCTATTCAAC GAATCCAGAC TGTATAAAGA TGCTTGTCGG CAACAAAGTG GATAGGGTAT GTCGTTCTAT CCAGCCAATT TAATCAGTTT GGTTTCAATC TTTCGAAGGC GAAGCAGTTT TGCTTTCTCC AGGTTTACAG ACAGCAAGGT TTCAAGGTTT CCACATGTGA CAGTTATTGC CCTGCTTGCA TTTCAGGATG CCGAACGCGT GGTTTCTAAA CAAGAGGGAA TAGCGTTTGC TCGTCAGTAT GGATGTTTGT TTTTAGAGTG CAGTGCGAAG ACTCGAGCCA ACGTGCAACT ATGCTTTGAA GAACTTGTTC AGAAGGTTTG TCTTTTTTTT CCCCATTTCT TTTAGTAGAA CTGCAATTGT TCAACACATT GGATATGTTT GATGATATTT GGAGAAGGTG TTTCATGACT TTCGCATTCT CTGTATACAT CCGTTTCAAG GTCACCGACT TAGTTCATTT ATCTAGATCG TAGGTTGAGA GTCTTGTTTA TAGTTCTCCT TTTGACTTCC CTCTTATTTC TGTTTATTTG ATCTCGCAAG ATTGGTGCTT GTGGGCAGTT GGGCTTCCAT TGCCATTCGA ACAATTTTCA TTTCTTTCAT TGATAACTCT ATTCCAGCAG TACCTTTGAC ATTTTGAGAA CACCTGGGGA GCTTAGTCGG TCAAAACCTT AGCGGAGGAG CACTAACTTA GATTTCCGTG GAACAATCTG AATAGTAGAT CAGAAGACTT TTTCTTCTTT CCTTACGTAC GACGCTGTCG CTGTTTTATA TCTCTTCGTG GACTTCTCCT CTCAAAGTTC ATATACTTGC TCATGAATGT CCATGGAACA ACTCAAAAAG TCCATCGAGT CCGATCTTTG TACATTTTCT AGGTTGATTT TACAACCCTC AACCTACACT GTAGTAAAGT ATCACTTTAT CACTATGTCA GTGCTACAAG TTATATTAAT ACTTTGCTTG TATTTCACGC AGATACTCGA CACGCCGAGT TTGATAGCAG ATACGAAAGC ATTCAAGAAG AATCTCCTGA GACCCGATGA ACCTTACACT CCGCAATCTG CCCCTGGAGC TGGTAACTGT ACATGTTGAA AAATTATTTT CCCGGATTGA TTCCCTTGTA GCTGCATTTG ATTATGCTTC TACTAGCGGG AGGAGACAAA CCATTTTACA CAAATCTCAT CACCATACAT TGACTTCACA CGAGACGATC GGCAGGCCTT ACAATCTTTC CGTCAACATT TTGCTGTAAT TTTATATCAT GAATTGTGAT CTAAACCCAG CATGTCTTCA GAAGTATATA CTAGGAAGTC ATCCTGGATG CTGTAGAGGA AACCATTATG TGGGTTCATG ACAGATCATT TGTAAATGAA GGTGATAAAG TGGACCCTCT CACCTACTTT TCCTCCTTCA CTTTGTCACT GCTCTGCTAG AAATTCTTTG GCACTTATGA TGAGCTTACC CTGAATGCAT GTCGATCAAA TATGTTACGG ACGGGTGTAT AGCCGTACCC TACTGTCTTC TCGCAGTATC GTCCAAGAAA AAAATTACAA GAGTCTGGGG TTCACTTCTT CCATCTCTGG TTGCTAGAAG TGTGTAGGTT TAGAATTTTG AACAAATTTT TTTCCGGAGG TTCGAAGCAT TGCTCGCTGT TTAGGATGTA TATTGGCCAA AAGGATATTC TAGGTTTTAC GCTTTGAACG GTCATCACTC TACAAGGAAC TTCAGTTGTA TATCTCGCGT TCGTGGATCG TTGAGTAGGA TCCTTTTATT TCATGGTTGC ACATATAGAC ACGTCCGTCA AATATGCTTT CCGTCTCAGA ACAAATCAAC ATGTAATTCT ATTTC |
mRNA UTR + CDS |
| >Mp6g05360.1 GAGAATTTGG CTTCATTGCC AGCAGCAGGA GGAGGAGCAG TGGAGCAGGT GCACCAATTT CTGGGTGTCC GTTGCAAGCG AGTCCCTTAC AGAGTTCGCG AGCAAGAAAC AGAGTGACAG ACGAATGCGG AGCCGTGCGC AATTTCACGG AAGAGCAGGG CTTTTATGGG TTGCGAAGCC TAGGTTGTCA ATTCGAAGTC GGGCGTGATG GCCGGGGGCA GTGGTGCGGA AATTGATCAT ATTTTCAAGT TGCTGTTGAT CGGAGATTCT GGAGTCGGAA AGAGCAGTTT ACTCTTGAGG TTTACTGCGG ACACATTTGA TGATCTTTCG CCTACCATCG GCGTTGATTT CAAGCTCAAG TTGCTGACTA TGAGTGGGAA GAGACTGAAA CTGACGATCT GGGACACAGC TGGACAGGAG CGATTCCGGA CTCTCACCAG CTCGTATTAC AGGAGCGCAC AGGGTGTCAT TCTAGTTTAT GATGTCACTA GGCGCGACAC ATTCACAGAT TTGTCTGATG TCTGGCTGAA AGAGGTCGAG CTCTATTCAA CGAATCCAGA CTGTATAAAG ATGCTTGTCG GCAACAAAGT GGATAGGGAT GCCGAACGCG TGGTTTCTAA ACAAGAGGGA ATAGCGTTTG CTCGTCAGTA TGGATGTTTG TTTTTAGAGT GCAGTGCGAA GACTCGAGCC AACGTGCAAC TATGCTTTGA AGAACTTGTT CAGAAGATAC TCGACACGCC GAGTTTGATA GCAGATACGA AAGCATTCAA GAAGAATCTC CTGAGACCCG ATGAACCTTA CACTCCGCAA TCTGCCCCTG GAGCTGGTAA CTGTACATGT TGAAAAATTA TTTTCCCGGA TTGATTCCCT TGTAGCTGCA TTTGATTATG CTTCTACTAG CGGGAGGAGA CAAACCATTT TACACAAATC TCATCACCAT ACATTGACTT CACACGAGAC GATCGGCAGG CCTTACAATC TTTCCGTCAA CATTTTGCTG TAATTTTATA TCATGAATTG TGATCTAAAC CCAGCATGTC TTCAGAAGTA TATACTAGGA AGTCATCCTG GATGCTGTAG AGGAAACCAT TATGTGGGTT CATGACAGAT CATTTGTAAA TGAAGGTGAT AAAGTGGACC CTCTCACCTA CTTTTCCTCC TTCACTTTGT CACTGCTCTG CTAGAAATTC TTTGGCACTT ATGATGAGCT TACCCTGAAT GCATGTCGAT CAAATATGTT ACGGACGGGT GTATAGCCGT ACCCTACTGT CTTCTCGCAG TATCGTCCAA GAAAAAAATT ACAAGAGTCT GGGGTTCACT TCTTCCATCT CTGGTTGCTA GAAGTGTGTA GGTTTAGAAT TTTGAACAAA TTTTTTTCCG GAGGTTCGAA GCATTGCTCG CTGTTTAGGA TGTATATTGG CCAAAAGGAT ATTCTAGGTT TTACGCTTTG AACGGTCATC ACTCTACAAG GAACTTCAGT TGTATATCTC GCGTTCGTGG ATCGTTGAGT AGGATCCTTT TATTTCATGG TTGCACATAT AGACACGTCC GTCAAATATG CTTTCCGTCT CAGAACAAAT CAACATGTAA TTCTATTTC |
CDS |
| >Mp6g05360.1 ATGGCCGGGG GCAGTGGTGC GGAAATTGAT CATATTTTCA AGTTGCTGTT GATCGGAGAT TCTGGAGTCG GAAAGAGCAG TTTACTCTTG AGGTTTACTG CGGACACATT TGATGATCTT TCGCCTACCA TCGGCGTTGA TTTCAAGCTC AAGTTGCTGA CTATGAGTGG GAAGAGACTG AAACTGACGA TCTGGGACAC AGCTGGACAG GAGCGATTCC GGACTCTCAC CAGCTCGTAT TACAGGAGCG CACAGGGTGT CATTCTAGTT TATGATGTCA CTAGGCGCGA CACATTCACA GATTTGTCTG ATGTCTGGCT GAAAGAGGTC GAGCTCTATT CAACGAATCC AGACTGTATA AAGATGCTTG TCGGCAACAA AGTGGATAGG GATGCCGAAC GCGTGGTTTC TAAACAAGAG GGAATAGCGT TTGCTCGTCA GTATGGATGT TTGTTTTTAG AGTGCAGTGC GAAGACTCGA GCCAACGTGC AACTATGCTT TGAAGAACTT GTTCAGAAGA TACTCGACAC GCCGAGTTTG ATAGCAGATA CGAAAGCATT CAAGAAGAAT CTCCTGAGAC CCGATGAACC TTACACTCCG CAATCTGCCC CTGGAGCTGG TAACTGTACA TGTTGA |
Protein |
| >Mp6g05360.1 MAGGSGAEID HIFKLLLIGD SGVGKSSLLL RFTADTFDDL SPTIGVDFKL KLLTMSGKRL KLTIWDTAGQ ERFRTLTSSY YRSAQGVILV YDVTRRDTFT DLSDVWLKEV ELYSTNPDCI KMLVGNKVDR DAERVVSKQE GIAFARQYGC LFLECSAKTR ANVQLCFEEL VQKILDTPSL IADTKAFKKN LLRPDEPYTP QSAPGAGNCT C |