Mp3g15520
Description
Annotation
| Database | ID | Description |
|---|---|---|
| FunFam | G3DSA:3.30.1240.20:FF:000001 | Phosphomannomutase |
| SFLD | SFLDG01140 | C2.B: Phosphomannomutase and Phosphatase Like |
| CDD | cd02585 | HAD_PMM |
| Gene3D | G3DSA:3.30.1240.20 | - |
| SUPERFAMILY | SSF56784 | HAD-like |
| PANTHER | PTHR10466 | PHOSPHOMANNOMUTASE |
| SFLD | SFLDF00445 | alpha-phosphomannomutase |
| Gene3D | G3DSA:3.40.50.1000 | - |
| NCBIfam | TIGR01484 | HAD-IIB family hydrolase |
| Pfam | PF03332 | Eukaryotic phosphomannomutase |
| KEGG | K17497 | phosphomannomutase [EC:5.4.2.8] |
| KOG | KOG3189 | Phosphomannomutase; [I] |
| MapolyID | Mapoly0004s0121 | - |
| GO | GO:0004615 | phosphomannomutase activity |
| GO | GO:0009298 | GDP-mannose biosynthetic process |
| GO | GO:0006487 | protein N-linked glycosylation |
| GO | GO:0006013 | mannose metabolic process |
| GO | GO:0005829 | cytosol |
Nomenclature
No gene symbols are registered for this gene.
Associated Literature (AI-based literature mining, Beta-version)
Phosphomannomutase (PMM); D-Man/L-Gal ascorbate pathway.
1 core 0 peripheral
Ishida, T., et al. (2024)
· The Plant Journal research experimental subject
Phosphomannomutase (PMM); D-Man/L-Gal ascorbate pathway.
Single-cell expression scRNA-seq atlas from Wang et al., 2023
Expression of Mp3g15520 across the single-cell RNA-seq atlas. Cluster identities (right) annotate the same UMAP used for the feature plot (left).
Gene structure:
Sequences: |
Gene UTR + CDS + intron |
| >Mp3g15520.1 GAACTCTTTG ACCAGTTTTG TCTCTGATTG CGGCAGTTGT CCCTTGTTAA GAATGTTGTT CCAGCAAGTC GGACTTCGCT CGGGTGTCAT CTTGCTGGGA TGCAAGTTGA TCTCGAGCAG TAGCTTCAAA GTTCGAACGG AAAGAATCAC GTCGATCAGG CTAGCCAATG CGTTGATTGT TCGAGGTCTT GAGCCGTCGA GCTGGATCTG TTTGTGATTT GTCTCCAATT CCGGAAGTAC GATGGATGTA TGAGCTGCAG AGGATTCGTT GTCTTGTCAT GCGTGCGAGG GTAGTTTCTG AGAGGATTCC TCGGCTTGGC TTGATTGTCA GGGAACAAAA CCGAAATGGG ACCTGTGAAG AAAGAAGGAG TTATTGCTCT ATTCGATGTG GACGGCACTC TAACGCCCCC CAGGAAGGTA CATCATTGTC ATCTTAAATG CTAAACAGGG CCCTGGATTT AAACATCTCT TTCTCGCTCG AGTCTCACCT TGCTATGTGG TCTCCTCCGC TCTTTACGCT GGTCTCGAAA TGTGTTTCTC TACCAGTAAT CAGTTCGTCA TTAGATGAGT TTTCTCATAC TCTGCAATGC AAATTTTATG CAATACTCTA AAGGAGTCAT TGTTCTCGGA GCAAATAAAC TGAGCGTTTA TTTTCTCCAG TCAATGAAAG CAAGATCTGT GATCAAGACC TGGTCGGCCT TTACGACGAG ATGGATGAGA AGTCTTTCGC TTCAATTCTG GATGGGATTT TTACGATAGA AAAACTTCAC CCTTTAGTCC TTTCCTTTCT TCACGAACTT TTACTGAGTG CTAGCGCAAG CTCAATGACA ATCGTATGTC ATGTTACCAG GATGTGAGTC CTGAGATGTT CAAGTTCATG CAAGATCTCC GACAGGTACC TACTCTCTCC CATTTCAGAT CTTCGAAGAA AGGATGGATC TGGTTGTAAA TTGTCTGAGT GAACGCCTGC TGAATCTTTT TTTTTTCCGA GTATACTTTA TGATCAGGTG ACGTCAAGCA GTTGTGTCAC GTCAAGTGAC TGGGGCCCTC CTCTCGTCTC CCACTTTGCG TATACAGCTG GTTATAGTTG ACATTGTTCT AAGCTGGGTG TTGTCGATTG GGTGTAGGTT GTGACAGTTG GGGTTGTGGG AGGATCGGAC CTTGTAAAAA TCTCCGAGCA GCTGGGCAAG AACAGTAAGG GCCCTTATTC ATTCCCTTCC TTTTGAGAGC TCAATTGTGC TTTGTAATCC GCCCATCTGG AGTTTCTATT TAGTGTCCAC GGGGATGATT GTTTCAAGGT AAACTACAAG GCATGACTTT TTCGTTCTTA CATGAAAATT CCTTGTTGGA TGTCTACATG TAAACGCCGG AAACAGTTGC TGGGTTTGGA ACTTAATTTT ATACACGTGC ATAGAATGAG AGAGGTGGCT TTACTCTGAA AGTTTTTAAA TTCTTGCAAA ATGAAAGGCA AATTCTCATG ACACTTTTTT TGGTTTGAAT TGCGCAGCCA TTTATGACTA CGACTACGTG TTCTCAGAAA ACGGACTGGT GGCTTATAAG AATGGAGTTC TTATTGGTAA TCAGGTAGCT TCCAGTATGT GATCTGCCTG TTTATAAACT AAAGAGCTCT AGTAAACCCT TTCTTGCATT GTAGGATCTC TTGTTCGACG AGCTCCTCGA TCAGCAATTT AGATCCACGA TCTGCTTTTA GTTATTGAGG TTTACGTTTG TCGTAGAAAG AGTAAGGTTT CATAGCGAGC TTGTATCTTA GCCCTCTACT AGGATGCTTA ATGTTCCAGT CACGATTGGA TCCGTAAACT TACTGGAATC TTTGCAAATG CTGCCATCTT GAAGATATTC TTGCTAGAAT AAGAGTGTTG GAAATTCCAT TGCTGTCCAC ATTATAACCT GAATCACGTC ACAACATCAA ACTGCAATCA TTCGGAAGCT CCTGCTAGCT CAAAAATGCA CGTTGGAAAT CATATCATCA TGTCTTGCTA GGTCCGGAAG AGTTGTGTCT ATGGACTACC TCTTTCCCTC TCATGAACTC TTAAAAACTT TGTGCACTCC TCAGATGGTC TGCAGAACTT CCCTGAATCA AAATTACTGG AGTACTTGGA GACCTAAGTT TCGAACATGA ATGTAGGCTT CCTTGAACTG AATTCTGACC GCGTGCATCT AAAATTGCAG AGCTTGAAGT CTCACCTGGG TGAGGAGAAG TTGAAGGTGA GAGCAGTCAA GTTTTCAGAA TTTCTGTCTA ATATTGAATC TATATTATGA GAATTCAACC TTGGAGTGTG GTCATTGGAA TAATAGGAAG ATCAATAGCA CTCCAGTCGT GCCCCTTGAA GAGATGCAGT TTGTCCCATT GGATTATGCG ATGACGCTAA TGCAGCAGTA GGGACGTTGC TTTTAAAGCT TGACTTTCTT CAACCCATTG TTGTGTTTCA GGAATTCATC AACTTCACGT TGCACTACAT CGCCGACCTT GACATTCCTA TCAAACGGTG AGATATATCT TATTCTTGGA TGTGAACTAG TTGCATATGA TGGTTGCCTT GGTTGAGAGA TTCAAGTGAG TGATGGACAT CTCCTAGGTC AGTAGCTTAG ACATCTCAAG TAGACATACT GTTGATACAA ATCTCTGAAT TCTTGGTATG TATGGGCATG AAGCCTTCAG TCCGTAATCT GTTCGCAGTT TATGAGAGGC TGACTCGTTA ACCTTTCTGA TGATTGCAGT GGAACATTCA TCGAATTTAG AATGGGAATG TTGAACGTGT CACCTATCGG TCGCAACTGT TCGTACGAGG AGCGTTGTGA GTTTGAGAAA TACGACAAGG TCAGTTCAAC CGATTACTCT TATGTTTTTG CATCCCTGTG TTCGTTTGTT TCGAAGAAAT TTCACTTGAA CATAGTTGCC TTCCGTGTAG AGTTATGGCT CCTGAAGAAG TTCAAAGTTG CAACTACATT TCATAATTTC ATTGCTTATC CTGAAGCTTA CGAAGGTCAT CCACTTTGTT CAGGAGCACA ACATTAGACC GAAGATGGTG GAGGTTTTGC GAGAGAAATT TGCTCATTTG AACTTGACAT ATTCTATAGG AGGTCAAATC AGTTTTGATG TAAGTAACTT GTACTGTCGT TCACATCGTT TTGTCAGTGA GTGTGCATTC TAGCCATGTT CGCCTGTCTC TTGTACGTGT ATTGCATGCC ATATATCGTT GCTGCATGCC TTCCTTTGAA ACAAGCCAGT TATGGTTCAG TTCTGGATAT TCAGTGTATG CTTGTCGTAG ATTCCGTTTA CCTCTTCAGT TGAATGCTAT GCTCTGTATG CTTTTCCATG TTTCTGGCCC GCCCTTTATT GGTTGACAGG ATGCAGTGCA TCATATTGTG CTTTAGATTG AGCCCCAATG GCTGTACCTC CCGGGTCTGT GCTTTTCGGC CTCTCTGCGT GTTAAGCTAT AGCGGTTGAT CACGTCTTAT ACCAATTGTA CCGTGCTTCA TCTATGGAGG TTTTGGATTT TCTGCTTTAG GGAAGTGAAG CTTTTGACTT TCAGTAGGCG TAAACGTGGC ACATGTTGAA CCCATGAAAG CCTTGAATAA ACCGTTAAGG CATTGTGAAA GATAAGATGG CGGCTCGGCA TAGATGCTTA TGTTCTCCCA GCGGTGAATA GGTTTTTGCA GTCGTAGGCA GAAACAGGAT TTTAAGATGC GTGACACCTT GAAGTCGTGT TATATTGGTG CAGGTCTTCC CCCAGGGATG GGATAAGACA TTCTGTTTGC AATTTGTGGA GAAGGAGTTC AGTGAAATTC ACTTCTTTGG AGACAAGACA TACAAGGTGT CGGATGTGCT CGTTTTATTC TTGTAATTTG CATTTGAGAA GCTTTGGCAT GACATACCTT TCAGTTGCGT AATCGCAAAA TTGGACTACT CTTTCACTTC TGTGCACATA ATTCTGTCTA CTGTTACCAA TTCATTGCCA TCATATCGTG GATTCCATCA GCTGCCGGAA TCCACGTGTA AGGTTGTACT TTGTTTCAGT ATGAATTGTC CTGACTCCAT TTTCTTGTAT TTAGGGCGGA AACGATCATG AGATTTTTGA GTCAGAGAAG ACTATCGGAC ACACAGGTAA ATTTTCGCCC AGAATTAAGA GTTAATCTCC TCATGTGGAC ATTTTGAAAT GTGGAAACGT TCGAACAAGA AATCTGAATG CCCTGATTGC GTTTATGTTG TGCAGTAACG AGTCCGGAAG ATACTTTCAG ACAATGCACG GAGCTTTTCC TCTAAGTCGT CGAGATCGAT GCACTGAATC ACTATTCTTT TCCAACATAT GGAATTTAGT TAGCAGACAG ATCGATTTAT ATTTGATAAT TTATTGATTC CAAGTGGAAT CAGTCAAATA ATATAAATGT CCCGCTCAGT GACGAATGAC ATTCCTAT |
mRNA UTR + CDS |
| >Mp3g15520.1 GAACTCTTTG ACCAGTTTTG TCTCTGATTG CGGCAGTTGT CCCTTGTTAA GAATGTTGTT CCAGCAAGTC GGACTTCGCT CGGGTGTCAT CTTGCTGGGA TGCAAGTTGA TCTCGAGCAG TAGCTTCAAA GTTCGAACGG AAAGAATCAC GTCGATCAGG CTAGCCAATG CGTTGATTGT TCGAGGGAAC AAAACCGAAA TGGGACCTGT GAAGAAAGAA GGAGTTATTG CTCTATTCGA TGTGGACGGC ACTCTAACGC CCCCCAGGAA GGATGTGAGT CCTGAGATGT TCAAGTTCAT GCAAGATCTC CGACAGGTTG TGACAGTTGG GGTTGTGGGA GGATCGGACC TTGTAAAAAT CTCCGAGCAG CTGGGCAAGA ACACCATTTA TGACTACGAC TACGTGTTCT CAGAAAACGG ACTGGTGGCT TATAAGAATG GAGTTCTTAT TGGTAATCAG AGCTTGAAGT CTCACCTGGG TGAGGAGAAG TTGAAGGAAT TCATCAACTT CACGTTGCAC TACATCGCCG ACCTTGACAT TCCTATCAAA CGTGGAACAT TCATCGAATT TAGAATGGGA ATGTTGAACG TGTCACCTAT CGGTCGCAAC TGTTCGTACG AGGAGCGTTG TGAGTTTGAG AAATACGACA AGGAGCACAA CATTAGACCG AAGATGGTGG AGGTTTTGCG AGAGAAATTT GCTCATTTGA ACTTGACATA TTCTATAGGA GGTCAAATCA GTTTTGATGT CTTCCCCCAG GGATGGGATA AGACATTCTG TTTGCAATTT GTGGAGAAGG AGTTCAGTGA AATTCACTTC TTTGGAGACA AGACATACAA GGGCGGAAAC GATCATGAGA TTTTTGAGTC AGAGAAGACT ATCGGACACA CAGTAACGAG TCCGGAAGAT ACTTTCAGAC AATGCACGGA GCTTTTCCTC TAAGTCGTCG AGATCGATGC ACTGAATCAC TATTCTTTTC CAACATATGG AATTTAGTTA GCAGACAGAT CGATTTATAT TTGATAATTT ATTGATTCCA AGTGGAATCA GTCAAATAAT ATAAATGTCC CGCTCAGTGA CGAATGACAT TCCTAT |
CDS |
| >Mp3g15520.1 ATGTTGTTCC AGCAAGTCGG ACTTCGCTCG GGTGTCATCT TGCTGGGATG CAAGTTGATC TCGAGCAGTA GCTTCAAAGT TCGAACGGAA AGAATCACGT CGATCAGGCT AGCCAATGCG TTGATTGTTC GAGGGAACAA AACCGAAATG GGACCTGTGA AGAAAGAAGG AGTTATTGCT CTATTCGATG TGGACGGCAC TCTAACGCCC CCCAGGAAGG ATGTGAGTCC TGAGATGTTC AAGTTCATGC AAGATCTCCG ACAGGTTGTG ACAGTTGGGG TTGTGGGAGG ATCGGACCTT GTAAAAATCT CCGAGCAGCT GGGCAAGAAC ACCATTTATG ACTACGACTA CGTGTTCTCA GAAAACGGAC TGGTGGCTTA TAAGAATGGA GTTCTTATTG GTAATCAGAG CTTGAAGTCT CACCTGGGTG AGGAGAAGTT GAAGGAATTC ATCAACTTCA CGTTGCACTA CATCGCCGAC CTTGACATTC CTATCAAACG TGGAACATTC ATCGAATTTA GAATGGGAAT GTTGAACGTG TCACCTATCG GTCGCAACTG TTCGTACGAG GAGCGTTGTG AGTTTGAGAA ATACGACAAG GAGCACAACA TTAGACCGAA GATGGTGGAG GTTTTGCGAG AGAAATTTGC TCATTTGAAC TTGACATATT CTATAGGAGG TCAAATCAGT TTTGATGTCT TCCCCCAGGG ATGGGATAAG ACATTCTGTT TGCAATTTGT GGAGAAGGAG TTCAGTGAAA TTCACTTCTT TGGAGACAAG ACATACAAGG GCGGAAACGA TCATGAGATT TTTGAGTCAG AGAAGACTAT CGGACACACA GTAACGAGTC CGGAAGATAC TTTCAGACAA TGCACGGAGC TTTTCCTCTA A |
Protein |
| >Mp3g15520.1 MLFQQVGLRS GVILLGCKLI SSSSFKVRTE RITSIRLANA LIVRGNKTEM GPVKKEGVIA LFDVDGTLTP PRKDVSPEMF KFMQDLRQVV TVGVVGGSDL VKISEQLGKN TIYDYDYVFS ENGLVAYKNG VLIGNQSLKS HLGEEKLKEF INFTLHYIAD LDIPIKRGTF IEFRMGMLNV SPIGRNCSYE ERCEFEKYDK EHNIRPKMVE VLREKFAHLN LTYSIGGQIS FDVFPQGWDK TFCLQFVEKE FSEIHFFGDK TYKGGNDHEI FESEKTIGHT VTSPEDTFRQ CTELFL |