Identifiers and Description

Gene Model Identifier

TTHERM_00498180

Standard Name

DCD1 (DeoxyCytidylate Deaminase)

Aliases

PreTt06983 | 62.m00267 | 3715.m00128

Description

cytidine and deoxycytidylate deaminase zinc-binding region protein; Cytidine and deoxycytidylate deaminase zinc-binding region family protein

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

Molecular Function

• zinc ion binding (IEA) | GO:0008270
• hydrolase activity (IEA) | GO:0016787

Domains

• ( TIGR00152 ) dephospho-CoA kinase
• ( TIGR02571 ) ComE operon protein 2
• ( PF00383 ) Cytidine and deoxycytidylate deaminase zinc-binding

Gene Expression Profile

• Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 16.7%

TetraMine Data

TTHERM_00498180

WebApollo

Fullscreen View

Tetrahymena Stock Center

No Data fetched for StockID

Homologs (v.2006 protein sequences)

Source	Identifier	Score	Description
Tetrahymena borealis	EI9_12657.1	5.998685392774004e-165	cytidine and deoxycytidylate d eaminase zinc-binding region f amily protein (359 aa)
Oxytricha	Contig6385.0.g21	1.0004249259458435e-52	Cytidine and deoxycytidylate d eaminase zinc-binding region
SGD	YHR144C	9.99893167504554e-35	DCD1 Deoxycytidine monophospha te (dCMP) deaminase required f or dCTP and dTTP synthesis; ex pression is NOT cell cycle reg ulated
Stentor Coeruleus	SteCoe_27373	2.8625185805493937e-20
WormBase	WBGene00014034	0.0000000000002999981760818895	Probable deoxycytidylate deami nase status:Confirmed UniP rot:P30648 protein_id:CAA774 73.1

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00498180(coding)
ATGGCTGAGAAAAATAACAAGAAATAATTCTAAATTATAATTGGCTTAGTAGGAAAGATC
TGCTCTGGAAAAACAACCTTTTGTGAATTGATTACTAAGAGAGGTCTTAGATGCATAAAA
GGAGATGATATTCCCTTGGAGAACCTAATCTAACTTATTGTTAAACTTAGAAAATAAGGA
GCAACATAATAGGAATTGAAATAAATTTTAATGGAAGAAATAAATACCATTAAAGCAAAT
CTTAAAAATTAATATGAAAAAAGATGCAAAAAACTGTTAGAAGAATGGACATTACCTACA
ATAATTAGTAGAATTTACACGAATAATGAAGTTTAATTTTTATCAAAAAGAAATTTCTTC
CATAAAATATACTTGGACTGTCCTTTACTAACACGCTTTGAAAACTTCAAAAATAAATAT
AACAAATATTCAGGTGATATAGACCTAAATATGTTTTGCCTTTTAGATGATTGCGTTAAT
TATGGGTTGAATATTTAAGGTATCATTCAAGAATTTAAAGTAACAGTAAGTAATGAAGGA
AGTGTAGATGATTTAGATAATTACATTTCAAAAAATGAAAAAAAAATACTGAGAGAATAT
AAGCCAAGCTGGGATGAATATTTCATGAGGTTAGCAGTAGAGGTAAAAAAAAGAAGCAAC
TGCAATAAAAGAAGTGTAGGAGCTATTTTGATTTCTAAAGAAAAAAGAATTCTTTCAACA
GGATATAATGGAACTCCATTAAGGATGAAGGATTGCTTTTACGGAGGCTGTGAAAGATGT
AATCAAAATACTGCATAAGGTTAAGGTTTAGACTAATGCTGGTGCATCCATGCTGAAGAG
AACTGCTTATTAGACATTGGTGTAAGAGAGAGCAAGTAATTTGAACCAACTATGTATACA
ACCCTCTTCCCTTGTAGAATGTGTGCAAAAGTTATAATTTAAAGTGGAGTAACTAGAATA
GTTTACATGGAAGATTTTGATAGTAATAAAAGTAAAGATATTATTGATGAATACAACAAT
TAGAATCCAAGTCATATGTTGATTCTTTAAAAATTATCTTTAGATGATTATGTTTACTGA

>TTHERM_00498180(protein)
MAEKNNKKQFQIIIGLVGKICSGKTTFCELITKRGLRCIKGDDIPLENLIQLIVKLRKQG
ATQQELKQILMEEINTIKANLKNQYEKRCKKLLEEWTLPTIISRIYTNNEVQFLSKRNFF
HKIYLDCPLLTRFENFKNKYNKYSGDIDLNMFCLLDDCVNYGLNIQGIIQEFKVTVSNEG
SVDDLDNYISKNEKKILREYKPSWDEYFMRLAVEVKKRSNCNKRSVGAILISKEKRILST
GYNGTPLRMKDCFYGGCERCNQNTAQGQGLDQCWCIHAEENCLLDIGVRESKQFEPTMYT
TLFPCRMCAKVIIQSGVTRIVYMEDFDSNKSKDIIDEYNNQNPSHMLILQKLSLDDYVY

>TTHERM_00498180(gene)
ATGGCTGAGAAAAATAACAAGAAATAATTCTAAATTATAATTGGCTTAGTAGGAAAGATC
TGCTCTGGAAAAACAACCTTTTGTGAATTGATTACTAAGAGAGGTCTTAGATGCATAAAA
GGAGATGATATTCCCTTGGAGAACCTAATCTAACTTATTGTTAAACTTAGAAAATAAGGA
GCAACATAATAGGAATTGAAATAAATTTTAATGGAAGAAATAAATACCATTAAAGCAAAT
CTTAAAAATTAATATGAAAAAAGATGCAAAAAACTGTTAGAAGAATGGACATTACCTACA
ATAATTAGTAGAATTTACACGAATAATGAAGTTTAATTTTTATCAAAAAGAAATTTCTTC
CATAAAATATACTTGGACTGTCCTTTACTAACACGCTTTGAAAACTTCAAAAATAAATAT
AACAAATATTCAGGTGATATAGACCTAAATATGTTTTGCCTTTTAGATGATTGCGTAAAC
TAGAATTTTAGCTTGACAATTTATTTATTGATTTATTTGTTTATTTTCATTAATAGAATA
TTAATTTATGCCTTAAAATATAAAGGTTAATTATGGGTTGAATATTTAAGGTATCATTCA
AGAATTTAAAGTAACAGTAAGTAATGAAGGAAGTGTAGATGATTTAGATAATTACATTTC
AAGTAATATTTGGCATTTTATCAAAAGTTTTAAAATTAATTTTATTAATAGAAAATGAAA
AAAAAATACTGAGAGAATATAAGCCAAGCTGGGATGAATATTTCATGAGGTTAGCAGTAG
AGGTAAAAAAAAGAAGCAACTGCAATAAAAGAAGGTATAAGATATTAAACATATATTAAT
TTAATTCTTCGTTTTGTATATAGTGTAGGAGCTATTTTGATTTCTAAAGAAAAAAGAATT
CTTTCAACAGGATATAATGGAACTCCATTAAGGATGAAGGATTGCTTTTACGGTATGCAT
CATTGAAAGAGATATATATTATAGTTTATCTAATTTAATATTTTATTTTTAGGAGGCTGT
GAAAGATGTAATCAAAATACTGCATAAGGTTAAGGTTTAGACTAATGCTGGTGCATCCAT
GCTGAAGAGAACTGCTTATTAGACATTGGTGTAAGAGAGAGCAAGTAATTTGAACCAACT
ATGTATACAACCCTCTTCCCTTGTAGAATGTGTGCAAAAGTTATAATTTAAAGTGTAATA
ATTATTTTTAATGAGTTTTATCTTTCAAACACTTATTTATCAATAATTAGGGAGTAACTA
GAATAGTTTACATGGAAGATTTTGATAGTAATAAAAGTAAAGATATTATTGATGAATACA
ACAATTAGAATCCAAGTCATATGTTGATTCTTTAAAAATTATCTTTAGATGATTATGTTT
ACTGA