| Database | ID | Description |
|---|---|---|
| ProSiteProfiles | PS51421 | small GTPase Ras family profile. |
| ProSiteProfiles | PS51419 | small GTPase Rab1 family profile. |
| ProSiteProfiles | PS51420 | small GTPase Rho family profile. |
| FunFam | G3DSA:3.40.50.300:FF:000295 | Ras-related protein Rab7 |
| PRINTS | PR00449 | Transforming protein P21 ras signature |
| SMART | SM00175 | rab_sub_5 |
| SMART | SM00173 | ras_sub_4 |
| SUPERFAMILY | SSF52540 | P-loop containing nucleoside triphosphate hydrolases |
| PANTHER | PTHR47981 | RAB FAMILY |
| Pfam | PF00071 | Ras family |
| Gene3D | G3DSA:3.40.50.300 | - |
| NCBIfam | TIGR00231 | small GTP-binding protein domain |
| SMART | SM00174 | rho_sub_3 |
| SMART | SM00176 | ran_sub_2 |
| CDD | cd01862 | Rab7 |
| KEGG | K07897 | Ras-related protein Rab-7A |
| KOG | KOG0394 | Ras-related GTPase; [R] |
| MapolyID | Mapoly0946s0001 | - |
| GO | GO:0003924 | GTPase activity |
| GO | GO:0005774 | vacuolar membrane |
| GO | GO:0005525 | GTP binding |
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpRAB7 | RAB GTPase | Published |
Endosomal Rab GTPase; mCitrine-MpRab7 transgenic plants showed strong labeling of intracellular infection structures and hyphae in living Marchantia cells at 3 dpi, indicating recruitment of trafficking machinery to the pathogen interface.
1 core 1 peripheral
Sequences: |
Gene UTR + CDS + intron |
| >Mp8g13820.1 CTCGCTCTCC GCTCTCCGAT CTCGCTCGCT CGCTACCTGT CGCGGCTGCG CTGCGCTGGC CTGGCCTGCC TCTGCCTGCC TGCCCTCGCT CGCTGCCTCC CTCCCCGCCC CTTTCATTCT GAGGCTCCAG GCTCGCTCTT GTTGCAGGCT CCGAGCACTC GCCACTCCCT CGCTCGCTCG CTCGCTCATA CTCATACACT CCACTCCACC TCTCGCCTGC TAAGCGTCCG TTGTTTCATC TCGCTGTGCT CCCTTGCTCG GCGAGAGCAA CGCTGTCGAC CTTCTCTTAA CGTGTACGTG CACTTCTTCT CTCTCGCTCT CGTGCTGCTG CGGCTGTCTA TTTTCGCTGT GTTTCTCGTG GTCGAATCCC TCGGTGCGTG CTGTGTGCGT TTGTGGCCGG AGAGGGTCGG GCGTCGGGTA CTGTGGGGGG GCAATTGTAC GGGAATCTCT CGAGGGTTGT TCTTGTCGAG GGTGTTTCGA GGCTGAATTT CGTCGTGCCG GGGGCAGGGC GCGATTGTGT TTTTAGAAGG GATTCTTAAA TGTTGGGTGG GAGGGTTAGA TGGTTGGTGA GTTTGTGATC TGAGATCGGT GAGCGGAAGG GGGCCGGGTG CGGTTTGTCT GCCCTGTGTT TTCAATCTCC TTGTGAGCAT GCAATGGAAA AGGGGCGGGA TGCGGGTCGT GTGGATGGAG TTTTCGAGCT GAACTGTTCC TTGTTCGTTC GGCAGTTTTA GGGCATACGC AGATCGGGAT TGAGCGCAAG CAAAGCGGAA GGGGAGACCG GAGCAGCAGA CAAGCAAAGG GCGATCAAGC AGGCCAACAT GTCAGCTCGT AAACGAACTC TGCTCAAGGT CATCATTCTG GGAGATAGCG GGTAAGATCC GTTCTGAAGG CTGATAGATG CAGTATTTGA GCCTTCGAAG ATATCAAGCG TGATCCGCCA GTCCCTCTCT GGAAGTTTTG CCCGCCCTTG ACCTGCATAA TTTGAGATGG AAGGCATTCT AATGTCTCGC GATTGCTCGT GATTTTGTCT CAATTTCCCC GTTCGGAGTC TTGTATGCGC GTCCTACAGA TCTGCCCTCC ACTTTGAATT GTTGTTGTTG AATGTTCTTT TTCTCTGCCC CTCGTCGTTC TTAGATATCT TCGCCTTTGT AGGGTTACGA TTCCTCCGTG AGTTCTCCCG GATTGGATTC TGATGATTAC CAGCCGTGTG GTGTTGGCTT TGTTCTTGAC AGGGTAGGCA AAACCTCATT GATGAATCAG TATCCATTTC TACTGTGCTC GATCGTTGAC AGGCCGTTGT GTTCGTCAGG TCTTGCCAGG CCATGATCAG TAATTATTTC AAAGAGTTAC TTTGGATTCC TAGTTTTGTA GGAGTGTATT GTGCACTTTT TGTTTCCTTC ACCAAATCAC AGATATGTAA ATAAGAAATT CAGCAATCAA TACAAGGCTA CTATTGGTGC TGATTTCTTA ACGAAGGAGG TTCAAGTGGA AGACAGACTC GTCACCATGC AGGTGAGCAA CAGTAGTTCA AGTCATTTCC TGAAATTTTT TCCTTGCTCG GAACGAGTTG TAGCCTTTGC AGATGCGACG GTCGAGCATA CGGCAGATGT GCTTACTGCT GCAAATCTCT GGCTGTTCTT TCATGATTTT TAACATTGAC TAAGTTGCCT TGCGAATATA ACGCAGTAGC CGTATGTTTG TACAGATTTG GGACACGGCA GGGCAAGAGC GTTTCCAAAG CCTCGGTGTT GCCTTCTATC GCGGAGCCGA CTGCTGTGTC CTCGTCTACG ATGTGAATGT GATGAAATCA TTCGACAATC TGGAAAACTG GCGTGAAGAG TTTCTCATTC AAGTCAGTTT CACTTCTACG ATCACTTCCT GCGTTTCTCC GCATCATTGT ATCCATGAGA GCATTTTGTC ATTGCTGACT GGTATCTTGT TATGCTTGCA GGCTAGCCCA TCGGACCAAG ATAATTTCCC TTTTGTGGTG CTTGGCAACA AAGTCGATGT TGACGGCGGA AATAGTCGCG TGGTAAGTTG AGTATTTCAC GGTCGATCTT GATTCGTTGT TGCGACGAGT GCTTGGGGGC AAGGGTTGAT CCTATGTATA TTTTCGCTTC AGGTCTCTGA GAAGAAGGCA AAGGCATGGT GTTCTTCAAA AGGCAACATC CCTTACTTTG AGACTTCGGC AAAGGAGGAC TTCAACGTAG ATTCCGCTTT TCAGTGTATT GCCAAGAATG CGCTAAAGAA CGAGTCAGAC GAAGAAATGT AAGTATTGTT TTCTAAGACG ACAATTTTCT TGGCTGCTTC TCAAATATTC AAACTGCTTC GTAGTAGTGC CTGTGGGGAG CTAACATGGA TGTTGATTTG ATGCAGATAC CTGCCTGACA CCATTGACGT CGCTGGCGTT AGGCCTCCAA AGTCATCTGT CTGTGAATGC TGACCTGGCT TTTAGAACAT TATAGTTCGG CAGTTCCGGC CGCAGAGTTG CCCAGGTTCA TCAACAAGGT TGCGGTGTAA TATCTTCAGG CAAGTTCGTT CGGAGTTGTC TGGTTATCAT GCGTGTTGAA CATCGGGGCA TGGAATGGAC ACCACAGGAG AGCGATTAAA TTTCTCAACT ATCCATTAAA GAATGGGGTC CTTGAACACA TTAGCCAGGA TATATGGTCT TGCAAAGTTG AGGCAGGGTA GCTCTATCGC TTCAGCAATT TGGTGATGTT TTGTACCAAT CTTTTTTCTG TCCATTTTGT TCTCTGGAAG AATTGATTGT AGTCGGTGGA GTCTCTGTAC TTTGGTTGAT TCTAGATTCA GAGTTTTTAT AGCTCCAGGG GGGTTTCTCG CTTCACTTCT GTTAAACTTG TACTATTCAG TCAATGGCGG AACCTGGTTT TAGGTCTTTG CACCAGCTTA CGTTTGATGC TCAGGTGTAC TGTATTGTCC TTAAATCCTT CTCATTATAA GGCGCCCAGT TGCTTTTCTG TACCGAATCC TCTTTTAGTG TGAGCGCCTA ATATTTGTTT CAACATCCTT ATATGGATGT GCTAAGATTT TGAACACTTC AGTCACTGAT GTTTCCGGGC AAATATTGGT CTTTGCGTGT CCTTGCCAAT CTGTAAATAG CTGCTCATCA TTCGAAGCAA CTAAGTATGA CTTTGGCCCT TAAGTT |
mRNA UTR + CDS |
| >Mp8g13820.1 CTCGCTCTCC GCTCTCCGAT CTCGCTCGCT CGCTACCTGT CGCGGCTGCG CTGCGCTGGC CTGGCCTGCC TCTGCCTGCC TGCCCTCGCT CGCTGCCTCC CTCCCCGCCC CTTTCATTCT GAGGCTCCAG GCTCGCTCTT GTTGCAGGCT CCGAGCACTC GCCACTCCCT CGCTCGCTCG CTCGCTCATA CTCATACACT CCACTCCACC TCTCGCCTGC TAAGCGTCCG TTGTTTCATC TCGCTGTGCT CCCTTGCTCG GCGAGAGCAA CGCTGTCGAC CTTCTCTTAA CGTTTTTAGG GCATACGCAG ATCGGGATTG AGCGCAAGCA AAGCGGAAGG GGAGACCGGA GCAGCAGACA AGCAAAGGGC GATCAAGCAG GCCAACATGT CAGCTCGTAA ACGAACTCTG CTCAAGGTCA TCATTCTGGG AGATAGCGGG GTAGGCAAAA CCTCATTGAT GAATCAATAT GTAAATAAGA AATTCAGCAA TCAATACAAG GCTACTATTG GTGCTGATTT CTTAACGAAG GAGGTTCAAG TGGAAGACAG ACTCGTCACC ATGCAGATTT GGGACACGGC AGGGCAAGAG CGTTTCCAAA GCCTCGGTGT TGCCTTCTAT CGCGGAGCCG ACTGCTGTGT CCTCGTCTAC GATGTGAATG TGATGAAATC ATTCGACAAT CTGGAAAACT GGCGTGAAGA GTTTCTCATT CAAGCTAGCC CATCGGACCA AGATAATTTC CCTTTTGTGG TGCTTGGCAA CAAAGTCGAT GTTGACGGCG GAAATAGTCG CGTGGTCTCT GAGAAGAAGG CAAAGGCATG GTGTTCTTCA AAAGGCAACA TCCCTTACTT TGAGACTTCG GCAAAGGAGG ACTTCAACGT AGATTCCGCT TTTCAGTGTA TTGCCAAGAA TGCGCTAAAG AACGAGTCAG ACGAAGAAAT ATACCTGCCT GACACCATTG ACGTCGCTGG CGTTAGGCCT CCAAAGTCAT CTGTCTGTGA ATGCTGACCT GGCTTTTAGA ACATTATAGT TCGGCAGTTC CGGCCGCAGA GTTGCCCAGG TTCATCAACA AGGTTGCGGT GTAATATCTT CAGGCAAGTT CGTTCGGAGT TGTCTGGTTA TCATGCGTGT TGAACATCGG GGCATGGAAT GGACACCACA GGAGAGCGAT TAAATTTCTC AACTATCCAT TAAAGAATGG GGTCCTTGAA CACATTAGCC AGGATATATG GTCTTGCAAA GTTGAGGCAG GGTAGCTCTA TCGCTTCAGC AATTTGGTGA TGTTTTGTAC CAATCTTTTT TCTGTCCATT TTGTTCTCTG GAAGAATTGA TTGTAGTCGG TGGAGTCTCT GTACTTTGGT TGATTCTAGA TTCAGAGTTT TTATAGCTCC AGGGGGGTTT CTCGCTTCAC TTCTGTTAAA CTTGTACTAT TCAGTCAATG GCGGAACCTG GTTTTAGGTC TTTGCACCAG CTTACGTTTG ATGCTCAGGT GTACTGTATT GTCCTTAAAT CCTTCTCATT ATAAGGCGCC CAGTTGCTTT TCTGTACCGA ATCCTCTTTT AGTGTGAGCG CCTAATATTT GTTTCAACAT CCTTATATGG ATGTGCTAAG ATTTTGAACA CTTCAGTCAC TGATGTTTCC GGGCAAATAT TGGTCTTTGC GTGTCCTTGC CAATCTGTAA ATAGCTGCTC ATCATTCGAA GCAACTAAGT ATGACTTTGG CCCTTAAGTT |
CDS |
| >Mp8g13820.1 ATGTCAGCTC GTAAACGAAC TCTGCTCAAG GTCATCATTC TGGGAGATAG CGGGGTAGGC AAAACCTCAT TGATGAATCA ATATGTAAAT AAGAAATTCA GCAATCAATA CAAGGCTACT ATTGGTGCTG ATTTCTTAAC GAAGGAGGTT CAAGTGGAAG ACAGACTCGT CACCATGCAG ATTTGGGACA CGGCAGGGCA AGAGCGTTTC CAAAGCCTCG GTGTTGCCTT CTATCGCGGA GCCGACTGCT GTGTCCTCGT CTACGATGTG AATGTGATGA AATCATTCGA CAATCTGGAA AACTGGCGTG AAGAGTTTCT CATTCAAGCT AGCCCATCGG ACCAAGATAA TTTCCCTTTT GTGGTGCTTG GCAACAAAGT CGATGTTGAC GGCGGAAATA GTCGCGTGGT CTCTGAGAAG AAGGCAAAGG CATGGTGTTC TTCAAAAGGC AACATCCCTT ACTTTGAGAC TTCGGCAAAG GAGGACTTCA ACGTAGATTC CGCTTTTCAG TGTATTGCCA AGAATGCGCT AAAGAACGAG TCAGACGAAG AAATATACCT GCCTGACACC ATTGACGTCG CTGGCGTTAG GCCTCCAAAG TCATCTGTCT GTGAATGCTG A |
Protein |
| >Mp8g13820.1 MSARKRTLLK VIILGDSGVG KTSLMNQYVN KKFSNQYKAT IGADFLTKEV QVEDRLVTMQ IWDTAGQERF QSLGVAFYRG ADCCVLVYDV NVMKSFDNLE NWREEFLIQA SPSDQDNFPF VVLGNKVDVD GGNSRVVSEK KAKAWCSSKG NIPYFETSAK EDFNVDSAFQ CIAKNALKNE SDEEIYLPDT IDVAGVRPPK SSVCEC |