Mp1g23800
Description
Annotation
| Database | ID | Description |
|---|---|---|
| Gene3D | G3DSA:1.10.10.200 | - |
| Gene3D | G3DSA:3.30.70.980 | - |
| Hamap | MF_00693 | Probable transcriptional regulatory protein YebC [yebC]. |
| KEGG | K18189 | translational activator of cytochrome c oxidase 1 |
| KOG | KOG2972 | Uncharacterized conserved protein; [S] |
| PANTHER | PTHR12532 | UNCHARACTERIZED |
| Pfam | PF01709 | TACO1/YebC second and third domain |
| Pfam | PF20772 | TACO1/YebC protein N-terminal domain |
| SUPERFAMILY | SSF75625 | YebC-like |
| GO | GO:0009507 | chloroplast |
| MapolyID | Mapoly0061s0140 | - |
Nomenclature
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpTACO1 | Translational Activator of Cytochrome C Oxidase 1 (a ribosome-associated translation factor, dually targeted to mitochondria and chlorplasts) | Published |
Associated Literature (AI-based literature mining)
Translational Activator of Cytochrome C Oxidase 1 (a ribosome-associated translation factor, dually targeted to mitochondria and chlorplasts); In Marchantia polymorpha Tak-1, TACO1 was shown to be dually targeted to mitochondria and chloroplasts. Structure determination of MpTACO1 and comparative structural analyses revealed strong conservation of YebC/TACO1 across bacteria and eukaryotes, consistent with a conserved role in aiding ribosomes during translation of polyproline-containing regions in mitochondria and chloroplasts. (from nomenclature)
1 core 0 peripheral
Raval PK, Thaler NK, Mitchell C, Lozano-Quiles M, Kajander T, Djamriani DW, Reiners J, Smits SH, Butcher SJ, Battersby BJ, Gould SB. (2026)
· bioRxiv : the preprint server for biology research experimental subject
The Marchantia polymorpha TACO1 (YebC/TACO1 family translation activator). The authors demonstrate it is dually targeted to mitochondria and plastids, resolve its structure at 2.34 A by X-ray crystallography, and model it fitting into the chlororibosome peptidyl transfer centre, supporting a conserved role as a translation enhancer of polyproline-motif proteins.
Single-cell expression scRNA-seq atlas from Wang et al., 2023
Expression of Mp1g23800 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 |
| >Mp1g23800.1 TTCTGTGGGC AGGCCAGAGC AGAGGGGAGG GGAGGGGAGG GGGAAGTAGA GTCGGAGCGT GGGGAGGGAG GGTCCAGGCA TCGTTGCGAC CTCGGGTGGC AGGCGCTGAG ATGAGGCCAT CCACGGCACT CAGAGCCATC TTCTGCCCTT CGAGCTCGTC GAAATTTCCT TGCTGCGTTC GGCATGGCGA CCTGTATTGT GTGAATTCTC GGCCTTCCAG TGGGTTACGC TTGCAGATTC TGAGGAGCCT GGGATTCGGC CGCTCTGTGA GTTCCGTGCT CGGTTTAGGT GAGTGTTTGA GGAATTCGTC GCTCGAACTT TGCTCCTCTT GAATGCGAGC AGAGAATTTG CGTTCCTTTT TGAGGGTCCG CCGCAGTGCG TGTTTTTTGC ACCGAGGCAA CCACGTCTTG ATCGAACTCA GGCTAGAGTT CGTCTTCGTC TCTGTCTCCG ACTCTTTTTC GCCTGTAAAG CTTTGTTCGC TGAATCATGA TGAATCTGAG CTCCGACGGC CACCGTTCTG ATATTTCGGA TCCGTCGACC ATGCTTCGAA TTTTTGTGAG ATTCTGCTCG GATTTTAGTT CCAACAGAGT ATGTCCAGTC GAATGGTGCG GTATCCTGTG GACTGTTTGG TGGCCTCGTG GCACATGTCT CGGCAGCACA GAAACGATCA GCAGAAGAAA TATCTGTCGC ACCTGCTCTC TGTTGTCGAA TTATGAATCA AAATGTGGCA CAGAGCAGTG CCGAGAATGT TGAAAATGGA GTAGCAACAT GAAGAACGCC GCTGTTGCCG AACTCACTTT TGCCACCATG AAGCTGAAGT TTGTTGCCTC CCAGATTATT AGCAGTCTGT CATGAACTCT TGTCTAACCG AAGAACTCAA TCACGCTTGT GGTGCTGATA GTAATTGGTT CGTAATGCAT ATCAGATAGC AAATTATCAG CGTTCAAACC ATGTGAATCG AGGATTGTTG CCGGCTCTAG CTCTGAAGAC ACGCACAGCA TCTCAAGAAG TTGGTCAGCC GGAGAATTCA ACCAGTTCGG GGCTGCCATA GAGCCTGGAC ATGCTAGTCG TGGACTATGG CAACATTCTG GATCTCGCAA GTTGTGGACG ACCCCCCCAC TACAAATGGG GAGACGTTCG GCCAAGATTG CTACCAGAAA GGTAATATTT GGTGAGTTTG GTACTTTATA CACTCTACCA CAATTTGGTT CCTTTCTCAA TCCGATTCTA AACTGGCCGT TTGTGCTGCC CTCATTATCC TAATTTATAT ATTCTGATCA AATGGAACAA AGTTCGGAAT CATTTTGCTA ACTTGCTACA TCGGACATTC TGCGCAGGGA GCACAAAATC GAAAGAAAGC AAAGCTTTAT GGCAAAATAG GAAAGCAAAT TGCAGCAGTG TGAGTTCTTT CCGTTCTTTG TGTTGAGGCC AGCAGTCCCT ACATACCGGC CTGACTTGGG TTAGTTACCA TCTTCTGCAA TACTTAGTCT GCGTGGAACC GCTGTATAAT GTGGCTGGTG AAGAACATCG CATGTGGTTT ATGCCCGCTG AGCAGCATTG TCTCACACCA TTCGCATGTG AATTATGTCC CGCATGAACA GGGTGAAAGA AGGCGGCCCA AATCCAACGG GGAATGCGGC ACTTGCCGTT TTGTTGCAAA CAGCCAAGCA GTATGATGTG CCGAAGGAGA TTATTGACCG CAATATTAAA AAAGCTAGTG ACAAAAGCCA GGCCGACTTT GTGGACATGA CCTACGAGGT GAACCAATTT TCCCCAAGTC CTAACCCCCT TGCGTTCATG GTCCATACTG ATCTTGCTTA ATTTGGCCGA GAATCCTTGG GATGTCATCA TTAGCTTCCA CACATCAGAC CGTAACTAAA TTAGTCAAGA GCTTAGACTT CCTCCGCTTA CTGTTCTCTT CAGAGATTGG CCTAAGGCTT TTGCTTGGAG ACTTGGATGA GATGTTCTCT CAGATAGCCA TGGTAACCTT GCTTGGACCA CAGGTGTATG GTCTTGGAGG TGTGGGCCTC GTACTAGAAG TTTTGACGGA TAACAACAAC CGCGCGGCAG CCAACATTCG GGATGTGGTG AAGAAGGGTG GAGGCAAAAT GGCAGATCCT GGATCCGTCC TATTCAATTT CAAACGTACT GGAGTGGTAT ACGTGAAAAC AGGAGACATA TCAAGCGATG ATCTTCTTCT GGCAGCCATG GATGCCGGAG CGGAGGATGT TTTAGAACCT GAGGTTGATG AGGACGAAGA TGACGAAGAA ACAAGGTGAG GAAGGTGCCT GTCGCTTAAG TTTGAACACA CAGATCATGT GTGCAAGCAT GGAAACGGAC ATCAGGGGTA TAAGGTAGTT CATTGTCGCA CTCCTGATGT AAAGGGGCCT AATAGCATCA GCGGAAGCGG GGACATGCGC AGTGGTCCCC AGTGTACATA GGTTGCAAAT TCAGCTTTCT CAAAATAGTA GTCGTGAACG AAAGCTCTCG AAGAAGCGGT GTGTCGATTC TCATTGACAC GCAGTTTTTA TGCATCCTGT TCAGGTACTA CAAAGTTCTG ACCCCAGTAG AGCAATTTTT CACCGTAAGC CAACAACTGA AAGAGGCCGG CATCAAGATT GACACAGACA ACTCTGGGTT AGAACTTTTT CCCGTGGTGT CGGTGGAGGT AAGTTCATAT GTCCCTTCCC TACTCCATTT CTGAGTCATG TTTTTTTCTC CGAGTATCAG TTTCATAGTG AACTGCATTC GAGACCCTTG TAATGAGAGT TAAATAGTAC CACGTATGCC TGAATTTCAG TTGTAAGAAT CTTTTCCTCT AGCTTGTTTG TGTGCTCACA CGTGCTGTAC ACCAAATCAG TCTTTTGTTT CTTCAATATT GTCCAGAATA TGAATTGCTG TGTGCTACAT GTTGCCAGCT ACAAACGGTT CTATTTTAAG CTTGCGTTTT CAAAGCACAT GTTCGAAGTT CTCGTATAAC TAGTGTATCG AGTGATGCAA AACAAGTGAT CTTCATTCGT CATGGAGCTG ACATTGCACA CGACCACCCT GTATCTTCTA CTGTACAGTA TATAAGCTGT CTCGTAATCT GACATGCTTG TCCTCATGTA TTTGTTCTGT TCCCAGCCTG ATGATGAAGC GTTGGAGATG AACAAACAAA TCATGGAAAA GCTGTTGGAT TTGGACGATG TGGATGCTGT CTATTGTAAT CAAAAGTAGA CGAGCTCAAG GGTAGAACAA TAGACTTGGT GAAGTAAAAA GCGGCACTCG TAAGTCAAGG CCTTTCGCAG AGTATGAAGA TTCTTACTAT GACATCGTCC AGAGTTGGTA GTGGTGAAAG GTGATTATTC AGGACAGTCT GAGTACTTAG GTGTGGAAAG TACTGTGAGT ACGAAGGCTC GCTGATCGTG ACAGTCAAGT GTGCTGCGTC TACTTGAGCT GCATCTCTTG CGAGCCACGC TTGATAGTTT CATCCTGTCC ACAGGGATAT CAAATATTGA ATATGAAGTA CGGAGAAATA TTCGGAAGCA TTTTACTGTT ACGACGCAAT GCGATGTGAG ATACTTTTCA TCTCCGTAAC ATCCTGAGGA ACCTGGCCAT ATGCTCT |
mRNA UTR + CDS |
| >Mp1g23800.1 TTCTGTGGGC AGGCCAGAGC AGAGGGGAGG GGAGGGGAGG GGGAAGTAGA GTCGGAGCGT GGGGAGGGAG GGTCCAGGCA TCGTTGCGAC CTCGGGTGGC AGGCGCTGAG ATGAGGCCAT CCACGGCACT CAGAGCCATC TTCTGCCCTT CGAGCTCGTC GAAATTTCCT TGCTGCGTTC GGCATGGCGA CCTGTATTGT GTGAATTCTC GGCCTTCCAG TGGGTTACGC TTGCAGATTC TGAGGAGCCT GGGATTCGGC CGCTCTGTGA GTTCCGTGCT CGGTTTAGAT AGCAAATTAT CAGCGTTCAA ACCATGTGAA TCGAGGATTG TTGCCGGCTC TAGCTCTGAA GACACGCACA GCATCTCAAG AAGTTGGTCA GCCGGAGAAT TCAACCAGTT CGGGGCTGCC ATAGAGCCTG GACATGCTAG TCGTGGACTA TGGCAACATT CTGGATCTCG CAAGTTGTGG ACGACCCCCC CACTACAAAT GGGGAGACGT TCGGCCAAGA TTGCTACCAG AAAGGGAGCA CAAAATCGAA AGAAAGCAAA GCTTTATGGC AAAATAGGAA AGCAAATTGC AGCAGTGGTG AAAGAAGGCG GCCCAAATCC AACGGGGAAT GCGGCACTTG CCGTTTTGTT GCAAACAGCC AAGCAGTATG ATGTGCCGAA GGAGATTATT GACCGCAATA TTAAAAAAGC TAGTGACAAA AGCCAGGCCG ACTTTGTGGA CATGACCTAC GAGGTGTATG GTCTTGGAGG TGTGGGCCTC GTACTAGAAG TTTTGACGGA TAACAACAAC CGCGCGGCAG CCAACATTCG GGATGTGGTG AAGAAGGGTG GAGGCAAAAT GGCAGATCCT GGATCCGTCC TATTCAATTT CAAACGTACT GGAGTGGTAT ACGTGAAAAC AGGAGACATA TCAAGCGATG ATCTTCTTCT GGCAGCCATG GATGCCGGAG CGGAGGATGT TTTAGAACCT GAGGTTGATG AGGACGAAGA TGACGAAGAA ACAAGGTACT ACAAAGTTCT GACCCCAGTA GAGCAATTTT TCACCGTAAG CCAACAACTG AAAGAGGCCG GCATCAAGAT TGACACAGAC AACTCTGGGT TAGAACTTTT TCCCGTGGTG TCGGTGGAGC CTGATGATGA AGCGTTGGAG ATGAACAAAC AAATCATGGA AAAGCTGTTG GATTTGGACG ATGTGGATGC TGTCTATTGT AATCAAAAGT AGACGAGCTC AAGGGTAGAA CAATAGACTT GGTGAAGTAA AAAGCGGCAC TCGTAAGTCA AGGCCTTTCG CAGAGTATGA AGATTCTTAC TATGACATCG TCCAGAGTTG GTAGTGGTGA AAGGTGATTA TTCAGGACAG TCTGAGTACT TAGGTGTGGA AAGTACTGTG AGTACGAAGG CTCGCTGATC GTGACAGTCA AGTGTGCTGC GTCTACTTGA GCTGCATCTC TTGCGAGCCA CGCTTGATAG TTTCATCCTG TCCACAGGGA TATCAAATAT TGAATATGAA GTACGGAGAA ATATTCGGAA GCATTTTACT GTTACGACGC AATGCGATGT GAGATACTTT TCATCTCCGT AACATCCTGA GGAACCTGGC CATATGCTCT |
CDS |
| >Mp1g23800.1 ATGAGGCCAT CCACGGCACT CAGAGCCATC TTCTGCCCTT CGAGCTCGTC GAAATTTCCT TGCTGCGTTC GGCATGGCGA CCTGTATTGT GTGAATTCTC GGCCTTCCAG TGGGTTACGC TTGCAGATTC TGAGGAGCCT GGGATTCGGC CGCTCTGTGA GTTCCGTGCT CGGTTTAGAT AGCAAATTAT CAGCGTTCAA ACCATGTGAA TCGAGGATTG TTGCCGGCTC TAGCTCTGAA GACACGCACA GCATCTCAAG AAGTTGGTCA GCCGGAGAAT TCAACCAGTT CGGGGCTGCC ATAGAGCCTG GACATGCTAG TCGTGGACTA TGGCAACATT CTGGATCTCG CAAGTTGTGG ACGACCCCCC CACTACAAAT GGGGAGACGT TCGGCCAAGA TTGCTACCAG AAAGGGAGCA CAAAATCGAA AGAAAGCAAA GCTTTATGGC AAAATAGGAA AGCAAATTGC AGCAGTGGTG AAAGAAGGCG GCCCAAATCC AACGGGGAAT GCGGCACTTG CCGTTTTGTT GCAAACAGCC AAGCAGTATG ATGTGCCGAA GGAGATTATT GACCGCAATA TTAAAAAAGC TAGTGACAAA AGCCAGGCCG ACTTTGTGGA CATGACCTAC GAGGTGTATG GTCTTGGAGG TGTGGGCCTC GTACTAGAAG TTTTGACGGA TAACAACAAC CGCGCGGCAG CCAACATTCG GGATGTGGTG AAGAAGGGTG GAGGCAAAAT GGCAGATCCT GGATCCGTCC TATTCAATTT CAAACGTACT GGAGTGGTAT ACGTGAAAAC AGGAGACATA TCAAGCGATG ATCTTCTTCT GGCAGCCATG GATGCCGGAG CGGAGGATGT TTTAGAACCT GAGGTTGATG AGGACGAAGA TGACGAAGAA ACAAGGTACT ACAAAGTTCT GACCCCAGTA GAGCAATTTT TCACCGTAAG CCAACAACTG AAAGAGGCCG GCATCAAGAT TGACACAGAC AACTCTGGGT TAGAACTTTT TCCCGTGGTG TCGGTGGAGC CTGATGATGA AGCGTTGGAG ATGAACAAAC AAATCATGGA AAAGCTGTTG GATTTGGACG ATGTGGATGC TGTCTATTGT AATCAAAAGT AG |
Protein |
| >Mp1g23800.1 MRPSTALRAI FCPSSSSKFP CCVRHGDLYC VNSRPSSGLR LQILRSLGFG RSVSSVLGLD SKLSAFKPCE SRIVAGSSSE DTHSISRSWS AGEFNQFGAA IEPGHASRGL WQHSGSRKLW TTPPLQMGRR SAKIATRKGA QNRKKAKLYG KIGKQIAAVV KEGGPNPTGN AALAVLLQTA KQYDVPKEII DRNIKKASDK SQADFVDMTY EVYGLGGVGL VLEVLTDNNN RAAANIRDVV KKGGGKMADP GSVLFNFKRT GVVYVKTGDI SSDDLLLAAM DAGAEDVLEP EVDEDEDDEE TRYYKVLTPV EQFFTVSQQL KEAGIKIDTD NSGLELFPVV SVEPDDEALE MNKQIMEKLL DLDDVDAVYC NQK |