| Database | ID | Description |
|---|---|---|
| Gene3D | G3DSA:1.20.1080.10 | Glycerol uptake facilitator protein. |
| FunFam | G3DSA:1.20.1080.10:FF:000001 | Probable aquaporin PIP1-2 |
| ProSitePatterns | PS00221 | MIP family signature. |
| MobiDBLite | mobidb-lite | consensus disorder prediction |
| NCBIfam | TIGR00861 | MIP family channel protein |
| SUPERFAMILY | SSF81338 | Aquaporin-like |
| PANTHER | PTHR45687 | AQUAPORIN OR AQUAGLYCEROPORIN RELATED |
| Pfam | PF00230 | Major intrinsic protein |
| CDD | cd00333 | MIP |
| PRINTS | PR00783 | Major intrinsic protein family signature |
| KEGG | K09872 | aquaporin PIP |
| KOG | KOG0223 | Aquaporin (major intrinsic protein family); [G] |
| MapolyID | Mapoly0041s0003 | - |
| GO | GO:0055085 | transmembrane transport |
| GO | GO:0015250 | water channel activity |
| GO | GO:0015267 | channel activity |
| GO | GO:0005886 | plasma membrane |
| GO | GO:0016020 | membrane |
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpPIP2 | PM-type aquaporin | Provisional |
A PIP-family aquaporin expressed in M. polymorpha and a transcriptional target of MpC4HDZ. CRISPR double mutants Mppip1 Mppip2 grew appressed to the surface, implicating MpPIP2 with MpPIP1 in epidermal water flux.
1 core 3 peripheral
Sequences: |
Gene UTR + CDS + intron |
| >Mp4g17210.1 CCCTTGACCG CAACTCGTCC TTCCTGCTTC TCTCGACATT CATCCTCTGC CTGGTTGCTT GGGGGCATCT GCTCTTCCCT CGTCTACCTC TCTCTTCTCG TCCTGCTCTA TTCTCAGTCC TCGAGATTCA GGTCGGCCTT GGGCCCTTTC TCTTCCCGTG AAGAATTGCA GCACTCTCTC TCGCTGAGGG AGCAGGGAGA GTAAGAGAGA TACGAGTCAG AGTGGAAAGA CAGGACACGT TCGGCAGTGG AAAAGAAAAT TAGAAAATTT TTGGAACTCC GACGTTGCTC GCTCGCCGCA GAGTAGCTCA ATCTGAGTTG AGGATTCGTC ATTCATTCTC TGAGCCTTAA AGAAAATTTA TTGAGTTTGC AGGAATCGAA CAAAAGAGAG ACAGGAAAAA ATGGCCGAGA AGGGAACAGG AAAGGATGCG GAGCAATTTG TCCACAAAGA CTACCACGAC CCGCCTCCTT CCCCTCTCAT TGATGCTTCA GAGTTCGGAA GATGGTCATT CTACCGTGCC ATCATTGCTG AGTTCGTGGC CACGCTGCTC TTCCTTTACA TTACAGTAGC TACCGTCATC GGAACCTCGC GCTCCACTTC AGCCGAGGCA CCATGCGGTG GTGTGGGAAT TCTCGGTATT GCATGGGCCT TTGGAGGCAT GATCTTCGTC CTTGTTTACT GCACCGCTGG TATCTCAGGT TCGTTTTATT CTCTCTCGCA TCCCCGACTC CACTCGGTCC CTTCGCACAC GAGCTCAGCT CGGCCTCTCT CTCCTCTCAG TCGTGTGAAT GTCATTGCCA TCACCTGAGG GAATCTCTCT CTCTCACTTT TTGGGGTTTC AGAATTCAGA CTCTCTGCAT GTCGCGAGCT GTCGGGCTCG AGACATTTGC ATTGATTTGA ACTGTCCTCC ATTAGAAGGC GACGAGCTGC AAGCTGCAAG CTGAAACTAT TGCTGATGCT AGCAAATCCT CGGCCTCGAG GTCTTTTTTG AGAGTCTTAC CTCGTATGCA AGTCCGGGAG TCGAAAGGGT AAAACGGAGT GGAGAATAGA CAGTCAGCGG CGACCGAGTA AGAGGCGTAG TAGGAGAGTG GTGGATACTG TTCGTACTTG CGAATCCAGT GTCCCTTTCG CTGCATGTCA GCTGCGGTGC TGTCGAGCAG CACTGCACAG GCGCCTGATC GCCAGATGCT GTTGCCTTTT ATCTTCCGAG AGTATGGGTT TCTGTTGGTA TGGGTAGGCG TAGTAAAGGA GAAGCAAGCT GTCTGTCGTT TGGGGTGCGA ACCAAATTTA GACGGAGTAG GGTACATGCC GGGCTGCTTG ACTGACGTCA TTACTGCATT GACTCTGGCT GAATCATCAG GAGGACACAT CAACCCAGCA GTGACCTTCG GCCTCTTCCT CGCTCGCAAG GTCACTCTTC CACGAGCCGT ATTGTACATG ATCGCTCAAT GTTTGGGAGC AATCTGCGGC TGTGGTCTCG TCAAGGCATG GCAGTCCAGC CTCTACAACA GGTATGGAGG AGGTGCGAAC TCCGTCGCTA GTGGATACAG CAAGGGTACT GGACTCGGAG CCGAAATCAT TGGAACATTC GTTCTCGTCT ACACCGTCTT CTCTGCCACC GACCCCAAGC GTAATGCTCG TGACTCCCAC GTCCCGGTAT GTCAACTCTC TCTCTTCTCT TCCCTGCGCT TTCTGCTCGA GTCCCTCTTC GCAAGTGGAG CGTGTCCGAT CTCTGCTTTC GAAGACGATT CTTTGCGCTG AAGTCTAGAG GCACGGACCT TGCAGTTCTT CTTTCTTGTC CTCCTTCCTA CTCGTCCGTC ACGTGACGAT GTAGGACGAA TGTATCTGAG TCCGTAGCCT ACCAATCTAA CATGGTGATG GCTTCTTCAT GGAACAGGTC TTGGCACCTC TTCCCATCGG ATTCGCCGTC TTCATGGTCC ATTTGGCCAC CATCCCCATC ACCGGAACTG GAATCAACCC GGCCCGAAGC TTTGGAGCAG CTGTGATCTT CAACGCCGAG AAGTCCTGGG ATGACCACGT GAGTAGACAT GCGCGGCCCT TTCGTTTTTG CCTTTCGTTC GCACTCTGTT GCTACCATGT TTAGCTAGCT GCCGGTCGAT GCATAGACTC TTGCTCATCC GGATTCATAG AGCTGCTCAT GCAAGCCGGC GCAGACGGTC GACCCTGTTC TGTGTCCAAC ATCTTTCGAA CATTTTTCTT TCTTTCTCTA TCTGATCTGA CAAAGTGTGA TGATGGCGTG GTGGGATTGT GTTGTCGTGT GGGCTTGCTG GATGGGGCAG TGGATCTTCT GGGTCGGACC CTTCATCGGA GCAGCTCTGG CCGCAGCGTA CCACCAGTAC GTGCTGAGAG CCGGACCCTT CAAGGCCCTG GGATCATTCC GCAGCCAAGC ACACGTATAA GTCGACAGAG TCGTAATCAG AGTGATATGA AGCTCACCAC GTGTACTATG GTTGTGAATT TGTGCACTAC TAGTCAGTCA AGTCTTCGAT CTTCAATGTG GTTTTTGGGA CGCCCTTGCG AAGCATTATT GTGTCCGAGC ATTCGTTTCA GACGGCAAGG GGAGAGGGTC CGGTCCGACG CTTCGAGCGC AATAACTGAG CAAACTGTCG TCATCATCAG CAGCAGCATC AGCATCATCA TGTATGTGTA GCAGGATTTG TGTGTCAATA TGCTTTGTCC AAACCCAATT GTGTACAAAC GCGGTCGTCC TTTTATAAGA TCTCTGTTTT GTACTTACAC CTTCGACATC CTCCACATGT GGAGAGTGGT GTGTGTGAAA GGCCAAATCA TTCAAAATGC TGGCATTTAT CTCTCTAGGC TAGAACGTTC TTTGTCAAAC TATATGTCAG ACCACTCGGA GGTCACACAT TCTCCTCCTA CATTTACCCT TGGGGTGAGT TTGTCATTGA GTCCGCACTC TGATCCATCC ATGGCGCAAC CGATCGCTGT ATAGATTAAG ATTCGAATAA AAGTCAGTGT TTTTTTGTGT AAGGCTTCTC TACAATTGTG AGGTGTCTCA GATTTTTTAT AAAAGTTCTC TTTGTTCGTT CAA |
mRNA UTR + CDS |
| >Mp4g17210.1 CCCTTGACCG CAACTCGTCC TTCCTGCTTC TCTCGACATT CATCCTCTGC CTGGTTGCTT GGGGGCATCT GCTCTTCCCT CGTCTACCTC TCTCTTCTCG TCCTGCTCTA TTCTCAGTCC TCGAGATTCA GGTCGGCCTT GGGCCCTTTC TCTTCCCGTG AAGAATTGCA GCACTCTCTC TCGCTGAGGG AGCAGGGAGA GTAAGAGAGA TACGAGTCAG AGTGGAAAGA CAGGACACGT TCGGCAGTGG AAAAGAAAAT TAGAAAATTT TTGGAACTCC GACGTTGCTC GCTCGCCGCA GAGTAGCTCA ATCTGAGTTG AGGATTCGTC ATTCATTCTC TGAGCCTTAA AGAAAATTTA TTGAGTTTGC AGGAATCGAA CAAAAGAGAG ACAGGAAAAA ATGGCCGAGA AGGGAACAGG AAAGGATGCG GAGCAATTTG TCCACAAAGA CTACCACGAC CCGCCTCCTT CCCCTCTCAT TGATGCTTCA GAGTTCGGAA GATGGTCATT CTACCGTGCC ATCATTGCTG AGTTCGTGGC CACGCTGCTC TTCCTTTACA TTACAGTAGC TACCGTCATC GGAACCTCGC GCTCCACTTC AGCCGAGGCA CCATGCGGTG GTGTGGGAAT TCTCGGTATT GCATGGGCCT TTGGAGGCAT GATCTTCGTC CTTGTTTACT GCACCGCTGG TATCTCAGGA GGACACATCA ACCCAGCAGT GACCTTCGGC CTCTTCCTCG CTCGCAAGGT CACTCTTCCA CGAGCCGTAT TGTACATGAT CGCTCAATGT TTGGGAGCAA TCTGCGGCTG TGGTCTCGTC AAGGCATGGC AGTCCAGCCT CTACAACAGG TATGGAGGAG GTGCGAACTC CGTCGCTAGT GGATACAGCA AGGGTACTGG ACTCGGAGCC GAAATCATTG GAACATTCGT TCTCGTCTAC ACCGTCTTCT CTGCCACCGA CCCCAAGCGT AATGCTCGTG ACTCCCACGT CCCGGTCTTG GCACCTCTTC CCATCGGATT CGCCGTCTTC ATGGTCCATT TGGCCACCAT CCCCATCACC GGAACTGGAA TCAACCCGGC CCGAAGCTTT GGAGCAGCTG TGATCTTCAA CGCCGAGAAG TCCTGGGATG ACCACTGGAT CTTCTGGGTC GGACCCTTCA TCGGAGCAGC TCTGGCCGCA GCGTACCACC AGTACGTGCT GAGAGCCGGA CCCTTCAAGG CCCTGGGATC ATTCCGCAGC CAAGCACACG TATAAGTCGA CAGAGTCGTA ATCAGAGTGA TATGAAGCTC ACCACGTGTA CTATGGTTGT GAATTTGTGC ACTACTAGTC AGTCAAGTCT TCGATCTTCA ATGTGGTTTT TGGGACGCCC TTGCGAAGCA TTATTGTGTC CGAGCATTCG TTTCAGACGG CAAGGGGAGA GGGTCCGGTC CGACGCTTCG AGCGCAATAA CTGAGCAAAC TGTCGTCATC ATCAGCAGCA GCATCAGCAT CATCATGTAT GTGTAGCAGG ATTTGTGTGT CAATATGCTT TGTCCAAACC CAATTGTGTA CAAACGCGGT CGTCCTTTTA TAAGATCTCT GTTTTGTACT TACACCTTCG ACATCCTCCA CATGTGGAGA GTGGTGTGTG TGAAAGGCCA AATCATTCAA AATGCTGGCA TTTATCTCTC TAGGCTAGAA CGTTCTTTGT CAAACTATAT GTCAGACCAC TCGGAGGTCA CACATTCTCC TCCTACATTT ACCCTTGGGG TGAGTTTGTC ATTGAGTCCG CACTCTGATC CATCCATGGC GCAACCGATC GCTGTATAGA TTAAGATTCG AATAAAAGTC AGTGTTTTTT TGTGTAAGGC TTCTCTACAA TTGTGAGGTG TCTCAGATTT TTTATAAAAG TTCTCTTTGT TCGTTCAA |
CDS |
| >Mp4g17210.1 ATGGCCGAGA AGGGAACAGG AAAGGATGCG GAGCAATTTG TCCACAAAGA CTACCACGAC CCGCCTCCTT CCCCTCTCAT TGATGCTTCA GAGTTCGGAA GATGGTCATT CTACCGTGCC ATCATTGCTG AGTTCGTGGC CACGCTGCTC TTCCTTTACA TTACAGTAGC TACCGTCATC GGAACCTCGC GCTCCACTTC AGCCGAGGCA CCATGCGGTG GTGTGGGAAT TCTCGGTATT GCATGGGCCT TTGGAGGCAT GATCTTCGTC CTTGTTTACT GCACCGCTGG TATCTCAGGA GGACACATCA ACCCAGCAGT GACCTTCGGC CTCTTCCTCG CTCGCAAGGT CACTCTTCCA CGAGCCGTAT TGTACATGAT CGCTCAATGT TTGGGAGCAA TCTGCGGCTG TGGTCTCGTC AAGGCATGGC AGTCCAGCCT CTACAACAGG TATGGAGGAG GTGCGAACTC CGTCGCTAGT GGATACAGCA AGGGTACTGG ACTCGGAGCC GAAATCATTG GAACATTCGT TCTCGTCTAC ACCGTCTTCT CTGCCACCGA CCCCAAGCGT AATGCTCGTG ACTCCCACGT CCCGGTCTTG GCACCTCTTC CCATCGGATT CGCCGTCTTC ATGGTCCATT TGGCCACCAT CCCCATCACC GGAACTGGAA TCAACCCGGC CCGAAGCTTT GGAGCAGCTG TGATCTTCAA CGCCGAGAAG TCCTGGGATG ACCACTGGAT CTTCTGGGTC GGACCCTTCA TCGGAGCAGC TCTGGCCGCA GCGTACCACC AGTACGTGCT GAGAGCCGGA CCCTTCAAGG CCCTGGGATC ATTCCGCAGC CAAGCACACG TATAA |
Protein |
| >Mp4g17210.1 MAEKGTGKDA EQFVHKDYHD PPPSPLIDAS EFGRWSFYRA IIAEFVATLL FLYITVATVI GTSRSTSAEA PCGGVGILGI AWAFGGMIFV LVYCTAGISG GHINPAVTFG LFLARKVTLP RAVLYMIAQC LGAICGCGLV KAWQSSLYNR YGGGANSVAS GYSKGTGLGA EIIGTFVLVY TVFSATDPKR NARDSHVPVL APLPIGFAVF MVHLATIPIT GTGINPARSF GAAVIFNAEK SWDDHWIFWV GPFIGAALAA AYHQYVLRAG PFKALGSFRS QAHV |