Identifiers and Description

Gene Model Identifier

TTHERM_01068300

Standard Name

SEC143 (SECretory pathway (SEC14 homolog))

Aliases

PreTt08142 | 217.m00055

Description

Putative phosphatidylinositol/phosphatidylcholine transfer protein; CRAL/TRIO, N-terminus family protein

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

No Data fetched for Gene Ontology Annotations

Domains

• ( PF00650 ) CRAL/TRIO domain
• ( PF03765 ) CRAL/TRIO, N-terminus

Gene Expression Profile

• Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 11.5%

TetraMine Data

TTHERM_01068300

WebApollo

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Tetrahymena Stock Center

No Data fetched for StockID

Homologs (v.2006 protein sequences)

Source	Identifier	Score	Description
Tetrahymena borealis	EI9_02973.1	9.997093137033517e-262	CRAL/TRIO, family protein (414 aa)
Oxytricha	Contig20661.0.g89	5.999140071902665e-66	CRAL/TRIO domain
SGD	YMR079W	2.000214949834694e-50	SEC14 Phosphatidylinositol/pho sphatidylcholine transfer prot ein; involved in regulating Pt dIns, PtdCho, and ceramide met abolism, products of which reg ulate intracellular transport and UPR; functionally homologo us to mammalian PITPs
Stentor Coeruleus	SteCoe_18608	1.603810890548638e-28
WormBase	WBGene00011962	9.003625457657353e-25	CRAL-TRIO domain-containing pr otein T23G5.2 status:Confirm ed UniProt:Q03606 protein_ id:CAJ76964.1
DictyBase	DDB_G0269182	3.998609120989657e-17	rsc5 on chromosome: 1 position 3809035 to 3810441

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_01068300(coding)
ATGGGTTGCGTCGATAGCAGATCTTAATAAAATGATGTAAAAACAGCTCCTACTCCTTAA
AGCATGTTGCATAGAATGGAGTTATTGACCTCTGCAACAACTTTACAAAGCGAGAGTGAC
CAAGAAACAGTTTTTAACAAAGAATTAGATAGATTTTTGTTTTACTTCAATCAAAGCAGC
ATCATAAAAAATGAAGCATATTAGAAGAATATTTAAGAAATGAATAGATTAAGGCATGAA
AACAACCTGGATTCCTAATTTTTTAATAATTAATATCTTTATAGATTTATGAAAGCAAGA
CATTTTGATATGTAAAAATCAATAAAGATGTTTAAAGATCACCTACATTGGCGTAAAGAA
AACAAAGTAGACACAATTTTGAAAGATTTCGTTTTTTGGGAGTCAGATGAAGTCTAAGAG
ATTTATCCTCATGGTTATCACAAAACAGATAAAGAAGGAAGGCCAATTTATATAGAAATA
TTTAAAAACGTAACATTTAACGATCTCTACAACCTTACAACATAAGAAAGAATGAAAAAA
CATTACTACTAAAATTATGAATAGCTTATTAATAAAATGCTTCCCTGTGCCTCTATAGCT
GCAAATAAATATGTAGGTTAAACCTTGACTATTCTTGATGCAAAAGATATGAAACTTAAA
CCTATGGAAGCCAAAAACTTTGTCTAACTAGTGACTAGTTTTTCTGAATCTAATTACCCT
GAAATCATGGGAAAGTTATATGTTGTTAATAGTCCTTTGTTGGCATAAGTTTTCTGGAAG
GTTATATCTGTTATGCTAAATGAAACTATTAAAAGTAAGATTTGCATTCTTGGAAAAGAT
TACAAGCAAAAGTTACTTGAAAATATTGACAAGGAGAATTTACCAGAATTTTTAGGTGGA
GAGTCAGACACTCAAAATGGAGCACTTCTTCGTAAAAATATAGGTCCTTGGAATGATTTT
GGCAAAAAAATAATGTTCCCTCATGAAGATGAAAGAATATTGAGAAATATTACTTAAGAA
GAAAAAGATTAACTAAAACAAGATATTTTCAATTTTAAAAATAAAAGACAATCTGTATAA
GAGAGAGCTAGTCAGAGAAATTCTGTAAATTAAAGATAATCTATCATAAAGATATAATAA
AATGAGGCTAACAACTCTTTAAATAAAAGTGCTAATGATAATATTAAAAATATTGACTAT
AGCATCAATATACTTGACAATTTAGAGAAAGAATAAATTCCAAAATGA

>TTHERM_01068300(protein)
MGCVDSRSQQNDVKTAPTPQSMLHRMELLTSATTLQSESDQETVFNKELDRFLFYFNQSS
IIKNEAYQKNIQEMNRLRHENNLDSQFFNNQYLYRFMKARHFDMQKSIKMFKDHLHWRKE
NKVDTILKDFVFWESDEVQEIYPHGYHKTDKEGRPIYIEIFKNVTFNDLYNLTTQERMKK
HYYQNYEQLINKMLPCASIAANKYVGQTLTILDAKDMKLKPMEAKNFVQLVTSFSESNYP
EIMGKLYVVNSPLLAQVFWKVISVMLNETIKSKICILGKDYKQKLLENIDKENLPEFLGG
ESDTQNGALLRKNIGPWNDFGKKIMFPHEDERILRNITQEEKDQLKQDIFNFKNKRQSVQ
ERASQRNSVNQRQSIIKIQQNEANNSLNKSANDNIKNIDYSINILDNLEKEQIPK

>TTHERM_01068300(gene)
ATGGGTTGCGTCGATAGCAGATCTTAATAAAATGATGTAAAAACAGCTCCTACTCCTTAA
AGCATGTTGCATAGAATGGAGTTATTGACCTCTGCAACAACTTTACAAAGCGAGAGTGAC
CAAGAAACAGTTTTTAACAAAGAATTAGATAGATTTTTGTAAGAATATTCTGCGAATAAT
AGATAATTATTTTTAAGCAATTTGGTAGAGTTTTATAAATAGCTAATTCATTTTAAAAAA
GGTTTTACTTCAATCAAAGCAGCATCATAAAAAATGAAGCATATTAGAAGAATATTTAAG
AAATGAATAGATTAAGGCATGAAAACAACCTGGATTCCTAATTTTTTAATAATTAATATC
TTTATAGATTTATGAAAGCAAGACATTTTGATATGTAAAAATCAATAAAGATGTTTAAAG
ATCACCTACATTGGCGTAAAGAAAACAAAGTAGACACAATTTTGAAAGTAAATTGATTCA
TTTAGTGGAGTTGAATTTTATTCGTTCTTTTTTTTATTTTAGGATTTCGTTTTTTGGGAG
TCAGATGAAGTCTAAGAGATTTATCCTCATGGTTATCACAAAACAGATAAAGAAGTAAAG
ATTTCTATTGATTATTTATTTATTTAATCGAATTTAAATTAAAATTGCACTTGGATTAAA
ATAGGGAAGGCCAATTTATATAGAAATATTTAAAAACGTAACATTTAACGATCTCTACAA
CCTTACAACATAAGAAAGAATGAAAAAACATTACTACTAAAATTATGAATAGCTTATTAA
TAAAATGCTTCCCTGTGCCTCTATAGCTGCAAATAAATATGTAGGTTAAACCTTGACTAT
TCTTGATGCAAAAGATATGAAACTTAAACCTATGGAAGCCAAAAACTTTGTCTAACTAGT
GACTAGTTTTTCTGAATCTAATTACCCTGAAATCATGGGAAAGTAATTTATTAGATAATA
AATATTCTATTCAAATTTAATTTTTTCTTAGGTTATATGTTGTTAATAGTCCTTTGTTGG
CATAAGTTTTCTGGAAGGTTATATCTGTTATGCTAAATGAAACTATTAAAAGTAAGATTT
GCATTCTTGGAAAAGATTACAAGCAAAAGTTACTTGAAAATGTAATAAAATTTTTTAAAA
ATTAAAAAGTGAAATTTTTTGAGCTATTTTAGATTTATTGTGATTAATTCTGATTGAAGA
TAATCAATATATTTTTAAATAAAATAAATTTATTTCACATTCAAAATTATTTTTCTATAT
TTTAAGATTGACAAGGAGAATTTACCAGAATTTTTAGGTGGAGAGTCAGACACTCAAAAT
GGAGCACTTCTTCGTAAAAATATAGGTCCTTGGAATGATTTTGGCAAAAAAATGTATTTT
AATTTGATCAAAAAATGTTATTTTCTACTTATAAAATTTGATTTCTTTTAGAATTTCCTT
TATTAAAATGGATAACTTAATAAATAATTAGAATGTTCCCTCATGAAGATGAAAGAATAT
TGAGAAATATTACTTAAGAAGAAAAAGATTAACTAAAACAAGATATTTTCAATTTTAAAA
ATAAAAGACAATCTGTATAAGAGAGAGCTAGTCAGAGAAATTCTGTAAATTAAAGATAAT
CTATCATAAAGATATAATAAAATGAGGCTAACAACTCTTTAAATAAAAGTGCTAATGATA
ATATTAAAAATATTGACTATAGCATCAATATACTTGACAATTTAGAGAAAGAATAAATTC
CAAAATGA