Identifiers and Description

Gene Model Identifier

TTHERM_00821920

Standard Name

PARP10 (Poly(ADP-Ribosyl) transferase 10)

Aliases

PreTt07751 | 140.m00066 | 3759.m00368

Description

poly (ADP-ribose) polymerase family protein

Genome Browser (Macronucleus)

Full Screen View

No Genome Browser Data Present

Genome Browser (Micronucleus)

Full Screen View

No Genome Browser Data Present

External Links

• Uniprot
• Alphafold

Gene Ontology Annotations

No Data fetched for Gene Ontology Annotations

Domains

No Data fetched for Domains

Gene Expression Profile

Vegetative Cell Cycle (Zhang et al., 2023)

GeneMania

No results were calculated for this gene in GeneMania.

Tetrahymena Stock Center

No Data fetched for Tetrahymena Stock Center

Homologs

Source	Identifier	Score
Stentor Coeruleus	SteCoe_10159	0
	Description: None
Tetrahymena borealis	EI9_17509.1	9.997093137033517e-262
	Description: hypothetical protein (978 aa)
WormBase	WBGene00007057	9.997093137033517e-262
	Description: locus:ant-1.2 status:Confirmed UniProt:O01813 protein_id:CCD68989.1
Oxytricha	Contig604.0.g13	6.997498932278805e-30
	Description: Poly(ADP-ribose) polymerase catalytic domain
DictyBase	DDB_G0271766	3.000555717977434e-27
	Description: pARTg on chromosome: 2 position 860066 to 865156
WormBase	WBGene00016171	3.000555717977434e-27
	Description: PCI domain-containing protein 2 homolog status:Confirmed UniProt:Q95QU0 protein_id:CCD65746.1

General Information

No Data fetched for General Information

Associated Literature

1. Ref:30796450: Ashraf K, Nabeel-Shah S, Garg J, Saettone A, Derynck J, Gingras AC, Lambert JP, Pearlman RE, Fillingham J (2019) Proteomic analysis of histones H2A/H2B and variant Hv1 in Tetrahymena thermophila reveals an ancient network of chaperones. Molecular biology and evolution ( ):

Sequences

>TTHERM_00821920(coding)
ATGAAGAGAAAGAGTGATATGGTAAACGAACTTTCAGATGACGAAGAGAGAATTTGTTAG
TTAGTTGCTGAGTATGAAAGATAGGAATAATAATCTTAAAAAAAACCATTAAAAGGTTAA
TTTTATTTGTAAAAAATGATGAAAAAAAATGATAACAGCGAAGGCTAAAGAAAAATAAAT
GAAATGCCTCCAGTTTAAAATCAAATGATAATGAGAGGAGCTAGCATGAATCATAAGCGT
TTTTAAATTATTGAGTTTCAAGATGCTCTAGTTTTGAAGATTTTGATCAATCAGAATTCC
GAAATGCTTAGAAAATTTTGTTCATAAAAAAATATGAATTTCAGAATCCGCCGAGACAAG
AAACCAGCCTATATTGAAGTTTTTGGGAACAATTAATAAGATATGGATGAAAGAGACTTA
GAAGAGTTCACAAATTTAGTAATGAGCTGCAAAGTTAGTATACGAAGTGAAATAAAGGAA
ATAGAATTAAAGTGTAACTCTGATGAGTATGCTTATATAAACAAAAAATTAGATGATTAC
ATAGAATAGCTTAATTATACTGAAGTTAAATTTTTAGATCCTGAAGGCAATTAGGATGAA
ATAAATCCTGAAATAGTATATAATCCTGACTTAATAAGATCTTATTTAATCAATTAAAAA
TTTATATTGAAGCTGTCCAAGATTGAGAAGCCTTAATTATTAGGCTTTCATAATATAGAT
TTATTCTTAGTCAATATTGAATCTGATGGAATTTACACTGATCCTTTTGGATACGAATTG
ATTAACAAAAATAAATCAATCAAAGATTTAATCAAAAAAAACAAGGATAAACTCTCTTAG
GAAGATATTATCTATGATCAAATTTTTAAATATGACAACAAGGAAGTCAACTTAATCATT
TAGACATCAAAATCTCAAGAAAAATGCATTGAAAATTTAAAGAATCTTTTTTAAAAAATT
GATAAACAAGAACTGTATAACAAAGGCTTTTTAAATATTTGCATCAGTTTGAACTTAAAT
TGTGGAAAGAAGTACATGCAAGAAATTCTTAAATATCTCAATAAAGTTTCTGATGAAGAC
ACCTATCTTTCATTTCCAAGTGAGATTAATTTGTTTATGTCTGAGGAAAGAGAATCAACG
ATATCTTCTTACTTAAGTGATGTCATCAAAAACAAGAATATTAACCCTGATAAAGTAAAA
AAAGGAGGTTAATGGTCTTATGCAATTTGTTATTATGGATAAAATAGAAATTAAAATTAC
TTTTTTAACTTTAATGCTAATTTATACCAAAATACACCTACTACTAATTTTAAAGAAAAT
CCTTCTATCGCCATTGAAAGAGCTTTTCTCAGAGATGAGAAAAAAGTTTATATTGCTACT
GAACAACTAGCTTAAAATCCTAATTAAAACCTATTTGGTGGTTATTACAAGAAAGGAAAA
AAAATCAACAAAAATAACGAAGTTGAAGAAGATATGGTTGAAGATGTTGAAGTAAATTTT
GAAAATATGACAGAAACTTTTCTTTCTAGTAAACTTGAGAGACCCATATCACAGGATCCT
AAAAGAAAGCAAAAGTGGTAATACATAGACACTATCACTTAGGAATTTGCAGATTTCGAA
GATGAATTATGCAAGGTTTTCAAGTCATGTTAAGAAAATGGTCAAAAAACATTCATTTAC
CAGAGGAATATTATGGATTTTAATCTTTCCTCTCATATAATGAAATGTGACATTAGTAAG
AGCATGATGACTGATTTGAAAACAGGTGATGTTTTTTTCATAAAGAGAGAAGAGAACTCC
AAGTTTAATTATCTAGTTGAAGAAGCAGATCCTTCTGCACAATCAGAGCGTATTGACGTA
CAAGAATAAAAAAAATAAGTGAACAAAAAAGATAGAGCTAAAGAAAAATAAGAATAATAA
GAATTAGAAGAAAAGAAAAAGCTTGGTCCCTAACTGAAAATAAGGGGACTAAAAGATGGT
ATAGAAATCGTCAAAAACATTTGTGAAAAAATGAAAAAAGATAAAAGATCAGTTCATATC
ATTAAATTAGAAAGGAAAATACCTAAAAATAACATAAAATTTTTAGAGGAAATATCTTTG
TAAAATAATATTGAGATGGAGTATGACGAGAAGAGGGAAGAGTTAATTTTGAAAGGCTAC
AAAAAGACTATAAACAGACTTAGAAACTAATTTATAAAAGGTTTAAGCATTAAGTTTGAT
GATTTTACAGTACCTGATGACTGGGAATCTCAAGATTAAGATGTGGAAGTTTTTGATGTG
AAACTTGATAGTGATTATGCAAAAAATATAATGAAAATAGTCAAAAAATCTATACCAAAT
GCCAAGTTTCATAAGTTAGAAAGAATCTAAAACTTAAAGTTATGGAAGAATTTCTGTTTT
GAGAGAAAAAAGCTTGAAGAAAAAGGTGATGCTACAGAAAAGTGGCTATTCCATGGAACC
AGAAATACTGATCCTTCAGTTATATACAAAGGCAGTGAAGAAGGTTTCGATTTTAGAGTG
TGCTCAGGAGGTATGTATGGCAGAGGTACATACTTCCATGATATGGCAAGTTATTCTTAT
GGTTTTGGTCATAACAAAGGAGGAAAAATATAACTCTTCTGTGCAAAGGTTTTGATCGGA
AAATGCTACGCAACAGGACCTAATGGAAATTTGACCGCTCCTCCATTTATTGCTGGATCG
AAAAGTATTCGTTATGATTCCATCCGCTCAAATAATGCAATAGGATAAAATGAATATGTT
ATCTTCAACAATAGCAAAGCATACCCTTATTATTTAATAACAATGACTAACTAAGGAGGT
GTAGGAAACAATCTAATGTTTAACAATATCAATAACGCCAATTACTATAGTGAAGAAGAC
GAAGAAGAAGACCCTGATTTCTATGATGAAGAAGAAGAGGATTATTGA

>TTHERM_00821920(gene)
ATGAAGAGAAAGAGTGATATGGTAAACGAACTTTCAGATGACGAAGAGAGAATTTGTTAG
TTAGTTGCTGAGTATGAAAGATAGGAATAATAATCTTAAAAAAAACCATTAAAAGGTTAA
TTTTATTTGTAAAAAATGATGAAAAAAAATGATAACAGCGAAGGCTAAAGAAAAATAAAT
GAAATGCCTCCAGTTTAAAATCAAATGATAATGAGAGGAGCTAGCATGAATCATAAGCGT
TTTTAAATTATTGAGTTTCAAGATGCTCTAGTTTTGAAGATTTTGATCAATCAGAATTCC
GAAATGCTTAGAAAATTTTGTTCATAAAAAAATATGAATTTCAGAATCCGCCGAGACAAG
AAAGTAATTTTTAACTTAGCAATTCATTCAAACTTAATTCATTTTGATATGTGAAATAAA
AACTTATAATTGTTTTATATCATAAAAAGCCAGCCTATATTGAAGTTTTTGGGAACAATT
AATAAGATATGGATGAAAGAGACTTAGAAGAGTTCACAAATTTAGTAATGAGCTGCAAAG
TTAGTATACGAAGTGAAATAAAGGAAATAGAATTAAAGTGTAACTCTGATGAGTATGCTT
ATATAAACAAAAAATTAGATGATTACATAGAATAGCTTAATTATACTGAAGTTAAATTTT
TAGATCCTGAAGGCAATTAGGATGAAATAAATCCTGAAATAGTATATAATCCTGACTTAA
TAAGATCTTATTTAGTAAAGTTTTATAGTATTTATTTCTGCAAATATCTAAATATTTTTT
ATTATTCAAATACTTAGATCAATTAAAAATTTATATTGAAGCTGTCCAAGATTGAGAAGC
CTTAATTATTAGGCTTTCATAATATAGATTTATTCTTAGTCAATATTGAATCTGATGGAA
TTTACACTGATCCTTTTGGATACGAATTGATTAACAAAAATAAATCAATCAAAGATTTAA
TCAAAAAAAACAAGGATAAACTCTCTTAGGAAGATATTATCTATGATCAAATTTTTAAAT
ATGACAACAAGGTATATATTATTTAGTTATTTATTTTATTATTTTATCAATCCAAATTAT
TTTGAATTTGCTTGTTGTTAACTAAATATTTTATTTTTTTAATTTTTAGGAAGTCAACTT
AATCATTTAGACATCAAAATCTCAAGAAAAATGCATTGAAAATTTAAAGAATCTTTTTTA
AAAAATTGATAAACAAGAACTGTATAACAAAGGCTTTTTAAATATTTGCATCAGTTTGAA
CTTAAATTGTGGAAAGAAGTACATGCAAGAAATTCTTAAATATCTCAATAAAGTTTCTGA
TGAAGACACCTATCTTTCATTTCCAAGTGAGATTAATTTGTTTATGTCTGAGGAAAGAGA
ATCAACGATATCTTCTTACTTAAGTGATGTCATCAAAAACAAGAATATTAACCCTGATAA
AGTAAAAAAAGGAGGTTAATGGTCTTATGCAATTTGTTATTATGGATAAAATAGAAATTA
AAATTACTTTTTTAACTTTAATGCTAATTTATACCAAAATACACCTACTACTAATTTTAA
AGAAAATCCTTCTATCGCCATTGAAAGAGCTTTTCTCAGAGATGAGAAAAAAGTTTATAT
TGCTACTGAACAACTAGCTTAAAATGTAAATAAATACTTTTAACTAACATCTTTTTAAAA
TGTTAATATTTCCAAAATATTTTAAAAAATAGCCTAATTAAAACCTATTTGGTGGTTATT
ACAAGAAAGGAAAAAAAATCAACAAAAATAACGAAGTTGAAGAAGATATGGTTGAAGATG
TTGAAGTAAATTTTGAAAATATGACAGAAACTTTTCTTTCTAGTAAACTTGAGAGACCCA
TATCACAGGATCCTAAAAGAAAGCAAAAGTGGTAATACATAGACACTATCACTTAGGAAT
TTGCAGATTTCGAAGATGAATTATGCAAGGTTTTCAAGTCATGTTAAGAAAATGGTCAAA
AAACATTCATTTACCAGAGGAATATTATGGATTTTAATCTTTCCTCTCATATAATGAAAT
GTGACATTAGTAAGAGCATGATGACTGATTTGAAAACAGGTACTTATTTTTTTATAGTTT
TTATTTTTTTACAGAAAATTTAGTTTAGATTTTAGTCATAAAATGTTTGCTAAATCTTAA
ATTTGTAGAATTTTTTTTTAAATTAAATTAGGAGTTAATTTTATTTTTTAAATTTTACAA
GCAAAATGTTAATTTAATAAATCTAATTTAAAAAATATGTAAATTTAAAGGTGATGTTTT
TTTCATAAAGAGAGAAGAGAACTCCAAGTTTAATTATCTAGTTGAAGAAGCAGATCCTTC
TGCACAATCAGAGCGTATTGACGTACAAGAATAAAAAAAATAAGTGAACAAAAAAGATAG
AGCTAAAGAAAAATAAGAATAATAAGAATTAGAAGAAAAGAAAAAGCTTGGTCCCTAACT
GAAAATAAGGGGACTAAAAGATGGTATAGAAATCGTCAAAAACATTTGTGAAAAAATGAA
AAAAGATAAAAGATCAGTTCATATCATTAAATTAGAAAGGAAAATACCTAAAAATAACAT
AAAATTTTTAGAGGAAATATCTTTGTAAAATAATATTGAGATGGAGTATGACGAGAAGAG
GGAAGAGTTAATTTTGAAAGGCTACAAAAAGACTATAAACAGACTTAGAAACTAATTTAT
AAAAGGTAAAAAATTGCTTTTAATTTTTCTGGATTTCACATATTTTATATATAATCTTTT
TAGGTTTAAGCATTAAGTTTGATGATTTTACAGTACCTGATGACTGGGAATCTCAAGATT
AAGATGTGGAAGTTTTTGATGTGAAACTTGATAGTGATTATGCAAAAAATATAATGAAAA
TAGTCAAAAAATCTATACCAAATGCCAAGTTTCATAAGTTAGAAAGAATCTAAAACTTAA
AGTTATGGAAGAATTTCTGTTTTGAGAGAAAAAAGCTTGAAGAAAAAGGTGATGCTACAG
AAAAGTGGCTATTCCATGGAACCAGAAATACTGATCCTTCAGTTATATACAAAGGTACTT
CATTAAATTATATAAATACTTATAAAATATACTCATCTGTAAAAATTAGGCAGTGAAGAA
GGTTTCGATTTTAGAGTGTGCTCAGGAGGTATGTATGGCAGAGGTACATACTTCCATGAT
ATGGCAAGTTATTCTTATGGTTTTGGTCATAACAAAGGAGGAAAAATATAACTCTTCTGT
GCAAAGGTTTTGATCGGAAAATGCTACGCAACAGGACCTAATGGAAATTTGACCGCTCCT
CCATTTATTGCTGGATCGAAAAGTATTCGTTATGATTCCATCCGCTCAAATAATGCAATA
GGATAAAATGAATATGTTATCTTCAACAATAGCAAAGCATACCCTTATTATTTAATAACA
ATGACTAACTAAGGAGGTGTAGGAAACAATCTAATGTTTAACAATATCAATAACGCCAAT
TACTATAGTGAAGAAGACGAAGAAGAAGACCCTGATTTCTATGATGAAGAAGAAGAGGAT
TATTGA

>TTHERM_00821920(protein)
MKRKSDMVNELSDDEERICQLVAEYERQEQQSQKKPLKGQFYLQKMMKKNDNSEGQRKIN
EMPPVQNQMIMRGASMNHKRFQIIEFQDALVLKILINQNSEMLRKFCSQKNMNFRIRRDK
KPAYIEVFGNNQQDMDERDLEEFTNLVMSCKVSIRSEIKEIELKCNSDEYAYINKKLDDY
IEQLNYTEVKFLDPEGNQDEINPEIVYNPDLIRSYLINQKFILKLSKIEKPQLLGFHNID
LFLVNIESDGIYTDPFGYELINKNKSIKDLIKKNKDKLSQEDIIYDQIFKYDNKEVNLII
QTSKSQEKCIENLKNLFQKIDKQELYNKGFLNICISLNLNCGKKYMQEILKYLNKVSDED
TYLSFPSEINLFMSEERESTISSYLSDVIKNKNINPDKVKKGGQWSYAICYYGQNRNQNY
FFNFNANLYQNTPTTNFKENPSIAIERAFLRDEKKVYIATEQLAQNPNQNLFGGYYKKGK
KINKNNEVEEDMVEDVEVNFENMTETFLSSKLERPISQDPKRKQKWQYIDTITQEFADFE
DELCKVFKSCQENGQKTFIYQRNIMDFNLSSHIMKCDISKSMMTDLKTGDVFFIKREENS
KFNYLVEEADPSAQSERIDVQEQKKQVNKKDRAKEKQEQQELEEKKKLGPQLKIRGLKDG
IEIVKNICEKMKKDKRSVHIIKLERKIPKNNIKFLEEISLQNNIEMEYDEKREELILKGY
KKTINRLRNQFIKGLSIKFDDFTVPDDWESQDQDVEVFDVKLDSDYAKNIMKIVKKSIPN
AKFHKLERIQNLKLWKNFCFERKKLEEKGDATEKWLFHGTRNTDPSVIYKGSEEGFDFRV
CSGGMYGRGTYFHDMASYSYGFGHNKGGKIQLFCAKVLIGKCYATGPNGNLTAPPFIAGS
KSIRYDSIRSNNAIGQNEYVIFNNSKAYPYYLITMTNQGGVGNNLMFNNINNANYYSEED
EEEDPDFYDEEEEDY