Identifiers and Description

Gene Model Identifier

TTHERM_00188370

Standard Name

SEC145 (SECretory pathway (SEC14 homolog))

Aliases

PreTt08587 | 15.m00298 | 3697.m00010

Description

SEC145 CRAL/TRIO domain protein; Putative phosphatidylinositol/phosphatidylcholine transfer protein; CRAL/TRIO domain containing protein

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

No Data fetched for Gene Ontology Annotations

Domains

• ( PF00023 ) Ankyrin repeat
• ( 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: 10.1%

TetraMine Data

TTHERM_00188370

WebApollo

Fullscreen View

Tetrahymena Stock Center

No Data fetched for StockID

Homologs (v.2006 protein sequences)

Source	Identifier	Score	Description
Tetrahymena borealis	EI9_06356.1	9.997093137033517e-262	CRAL/TRIO domain-containing pr otein (927 aa)
Oxytricha	Contig10262.0.g3	0.0000000000005000841553255702	Ankyrin repeats (3 copies)
SGD	YIR033W	0.0000020007268868677913	MGA2 ER membrane protein invol ved in regulation of OLE1 tran scription, acts with homolog S pt23p; inactive ER form dimeri zes and one subunit is then ac tivated by ubiquitin/proteasom e-dependent processing followe d by nuclear targeting
WormBase	WBGene00004053	0.00010003404299092957	locus:pme-5 Poly(ADP-ribose) polymerase pme-5 status:Con firmed UniProt:Q9TXQ1 prot ein_id:CCD69564.1

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00188370(coding)
ATGCAAATGCAGAATATAAAGATAATATCACTCTAAAACGAGTAGTTAGATGAAAGGTAA
AGTTACACTTAAGTTAGCCTAAAATAAATATAGTTGTAGTAAAACTCAATAAATAATTTT
TCTCCTAAAAGCATAAATACCAAGTAAAACGGTAACTAATCTAAGAATAATACTCCCATA
AACAGCAAGTATAAATTAGATTCTTTTTCTAACATTTGCAATTAGCAGTAACAATCTATT
CAAAACAAAACAATATCTAATGGCAACTCTTAATAAAATACTCCCTCGGTCCGTAATGAA
AAAATTGGTAATTACAGAAAGCCTTCATAACTCTCTATAAATTCTTAAGATAAAACAACT
TTGTAAGGAATTACTCCTTCAGCTAAGCAAATTAAGGAGTATATTGACAAGAATTCAATT
ACTGGATTGCTTGGAGTTAGAAAACTAAAAAAATAAATGATAGACTCAAAAACTTTATCA
TAATTTTCTAGAATATAGAAGAATTTAGACAGTAAAGATCAAACTTAATAGGTATTTGAC
TAAATTTAGAAGAAAAAATAAATGTTGATGCAAAAAACTCAATAAAGTAGCACTTCAAAT
AACTAATTTAATACTAATTTTACTAATGGTGATGACTCTATGTATGATACTAACACCAAG
AAATATGAATATCTCTTAGATGTAGAAGTTCATAAAGCAGATATATTTTAAAAATGGGTG
CCATAGCAGCATTTGCAACAGCTATAAAAATAAAAAAGCCTTAATCCAGCAGTATTTTAA
TTAAATTTATCTTCTCTTAAGCGATAGTAAAACAACACTTAGACTGTGGCAAGTTAATAA
ACTATAAATAATACATCTTCATCCTAAAACCTTTCATCTAAAAGGAAAATCAAATACTTT
AAAGAGAATGTAGATAAAAGAAAAAGAAAGGAAATGAAAAAAGAAAATGAATCTCTACTT
AATAAAGAATTGCGTAGGTTTGGAAAATTTGTAGAATTTTCTAAAGTTGGACCTGCAAGA
AATATTACATGTCTTTAAACACGTATTGATTATCTATTCAATAAAATTCCTTCTGAATCA
GGATCAGCAAAGCAGCCTTTGTAAATATATTCATAAGGAACTCCTATAGGTTCTGATATA
ACTAAATGGAAACTTACTCGTCCTTAATCTTCAAACAGCTTTTTCGTTTCTTAGGTTGTG
TAAAAGAAATCTGTGGAAAGAGCATCCAAAATAGTTTAAAAATTAGATGTTTAAATAGAA
AATGACACAAGAGAGCAAAAAGAAAGAAATAATTACAACATACGCTCTAATTTAGATTCT
GTTGTTAAAAATATTAGATCCATTAATTTAAATTAATAAAATGCTTCTCTTAATAAAACG
AACATTTCAATTAGTTAATATTCTACAGTTAATACACCTAAATTAACTCTAGATTTTTAA
TCTCCCAGAGGATATTCTCCGTCAATTTCATTAGTTTCACCTTAAAGTACTATCAATAAT
AATAAAGATTTTTAAAGTCCCACTGGTGTATTTTTAAGACCTAATTCTAGTGTTGGTTTC
GCAAGAGATTTATAAAAAGATTCAATAAAAGAATAATTTAATACACATTCTTAGATAATA
AATAATGATCAAAATAACAAATAGTTGAATCAAAATTCTATTCAAAATAAATACTATTCA
TTACAGCAAACTCCCATAAAATACAATAAAGAAGACAGGCATAAAAAATCTAACTTCACA
TCTATCGGGTTAGAAGAATAAATACTAGAATAAGCTAATGAATAGGAATAGTTTAGCCCT
CCTAGAGGCAGTGTGTCAAACAGAGAAAGCAGAAGCCCTATCAAAATGAATAAAAATCTT
TACTCTAAATCTTATAACAACATAGAAATAACAAATTAAAGATTTACATAATAAGAACTA
AGGAGTAAGATAAATTCTTTTTATGAAAAAAATAAAACTTCAAATAAACATTCTAAGAAA
CCTTCTTCAATTAGCAGTTAGGTTGCTCTTTCTCTTTATTAGTAAGTTTAGGGTAATAAA
AAAAATCAAAAAATTGATATAAACTAACAATTAGATAGACAAGCAATTAATAAAGCTTTG
AAAGAACTCGATTAGGCAGAATATGACAATGACAAACTTATTTTTGATCCTAATTGCGAA
AGAATTAAAAGAAAGAGAAGACTTAAATAAAAACTAAGAAAACTACTAATAAAATGCGCT
AAAATGAATATTAAAGCAAAAGATATAAATACAGTTTCTATATTTAGCACAATTCCATAT
GAAAATAAAGGATCATTTGCATTTATAGAGGCTGTCAAAAAGGGATAAAATCAATAAGTT
ATATAACAGCTTGAAAAGAATATTTATTATGTCTCTGACTTTGACTAGTTTCATATGACA
GCTCTTCACCATGCTTGCAAAAAAGGAAATCTATTCCTTGCAAAATATTTAATATCCAAA
GGTGCAGAAATAGATGCCTAAGATTCTATGAAAAGAACTCCACTCTATTATGCTCTCATT
ACAGAAAACAAATAGCTGGTTAAAGAATTATTGCAATTAAAGTGCTCTCCATGGAGTGGA
GATTAATTTTCATTTTTAAAACAGAATTTGCCATAAGAAATCTTAAATATACTTTCATTT
GTTAAGAATTTGGATATAATATGCAAGTTATAATTCAACCTTTAAGAGAGAGAAAAAATA
TGGAAAAAAGAAATTGAAATCTTGAAGCTAATGTGA

>TTHERM_00188370(protein)
MQMQNIKIISLQNEQLDERQSYTQVSLKQIQLQQNSINNFSPKSINTKQNGNQSKNNTPI
NSKYKLDSFSNICNQQQQSIQNKTISNGNSQQNTPSVRNEKIGNYRKPSQLSINSQDKTT
LQGITPSAKQIKEYIDKNSITGLLGVRKLKKQMIDSKTLSQFSRIQKNLDSKDQTQQVFD
QIQKKKQMLMQKTQQSSTSNNQFNTNFTNGDDSMYDTNTKKYEYLLDVEVHKADIFQKWV
PQQHLQQLQKQKSLNPAVFQLNLSSLKRQQNNTQTVASQQTINNTSSSQNLSSKRKIKYF
KENVDKRKRKEMKKENESLLNKELRRFGKFVEFSKVGPARNITCLQTRIDYLFNKIPSES
GSAKQPLQIYSQGTPIGSDITKWKLTRPQSSNSFFVSQVVQKKSVERASKIVQKLDVQIE
NDTREQKERNNYNIRSNLDSVVKNIRSINLNQQNASLNKTNISISQYSTVNTPKLTLDFQ
SPRGYSPSISLVSPQSTINNNKDFQSPTGVFLRPNSSVGFARDLQKDSIKEQFNTHSQII
NNDQNNKQLNQNSIQNKYYSLQQTPIKYNKEDRHKKSNFTSIGLEEQILEQANEQEQFSP
PRGSVSNRESRSPIKMNKNLYSKSYNNIEITNQRFTQQELRSKINSFYEKNKTSNKHSKK
PSSISSQVALSLYQQVQGNKKNQKIDINQQLDRQAINKALKELDQAEYDNDKLIFDPNCE
RIKRKRRLKQKLRKLLIKCAKMNIKAKDINTVSIFSTIPYENKGSFAFIEAVKKGQNQQV
IQQLEKNIYYVSDFDQFHMTALHHACKKGNLFLAKYLISKGAEIDAQDSMKRTPLYYALI
TENKQLVKELLQLKCSPWSGDQFSFLKQNLPQEILNILSFVKNLDIICKLQFNLQEREKI
WKKEIEILKLM

>TTHERM_00188370(gene)
ATGCAAATGCAGAATATAAAGATAATATCACTCTAAAACGAGTAGTTAGATGAAAGGTAA
AGTTACACTTAAGTTAGCCTAAAATAAATATAGTTGTAGTAAAACTCAATAAATAATTTT
TCTCCTAAAAGCATAAATACCAAGTAAAACGGTAACTAATCTAAGAATAATACTCCCATA
AACAGCAAGTATAAATTAGATTCTTTTTCTAACATTTGCAATTAGCAGTAACAATCTATT
CAAAACAAAACAATATCTAATGGCAACTCTTAATAAAATACTCCCTCGGTCCGTAATGAA
AAAATTGGTAATTACAGAAAGCCTTCATAACTCTCTATAAATTCTTAAGATAAAACAACT
TTGTAAGGAATTACTCCTTCAGCTAAGCAAATTAAGGAGTATATTGACAAGAATTCAATT
ACTGGATTGCTTGGAGTTAGAAAACTAAAAAAATAAATGATAGACTCAAAAACTTTATCA
TAATTTTCTAGAATATAGAAGAATTTAGACAGTAAAGATCAAACTTAATAGGTATTTGAC
TAAATTTAGAAGAAAAAATAAATGTTGATGCAAAAAACTCAATAAAGTAGCACTTCAAAT
AACTAATTTAATACTAATTTTACTAATGGTGATGACTCTATGTATGATACTAACACCAAG
AAATATGAATATCTCTTAGATGTAGAAGTTCATAAAGCAGATATATTTTAAAAATGGGTG
CCATAGCAGCATTTGCAACAGCTATAAAAATAAAAAAGCCTTAATCCAGCAGTATTTTAA
TTAAATTTATCTTCTCTTAAGCGATAGTAAAACAACACTTAGACTGTGGCAAGTTAATAA
ACTATAAATAATACATCTTCATCCTAAAACCTTTCATCTAAAAGGAAAATCAAATACTTT
AAAGAGAATGTAGATAAAAGAAAAAGAAAGGAAATGAAAAAAGAAAATGAATCTCTACTT
AATAAAGAATTGCGTAGGTTTGGAAAATTTGTAGAATTTTCTAAAGTTGGACCTGCAAGA
AATATTACATGTCTTTAAACACGTATTGATTATCTATTCAATAAAATTCCTTCTGAATCA
GGATCAGCAAAGCAGCCTTTGTAAATATATTCATAAGGAACTCCTATAGGTTCTGATATA
ACTAAATGGAAACTTACTCGTCCTTAATCTTCAAACAGCTTTTTCGTTTCTTAGGTTGTG
TAAAAGAAATCTGTGGAAAGAGCATCCAAAATAGTTTAAAAATTAGATGTTTAAATAGAA
AATGACACAAGAGAGCAAAAAGAAAGAAATAATTACAACATACGCTCTAATTTAGATTCT
GTTGTTAAAAATATTAGATCCATTAATTTAAATTAATAAAATGCTTCTCTTAATAAAACG
AACATTTCAATTAGTTAATATTCTACAGTTAATACACCTAAATTAACTCTAGATTTTTAA
TCTCCCAGAGGATATTCTCCGTCAATTTCATTAGTTTCACCTTAAAGTACTATCAATAAT
AATAAAGATTTTTAAAGTCCCACTGGTGTATTTTTAAGACCTAATTCTAGTGTTGGTTTC
GCAAGAGATTTATAAAAAGATTCAATAAAAGAATAATTTAATACACATTCTTAGATAATA
AATAATGATCAAAATAACAAATAGTTGAATCAAAATTCTATTCAAAATAAATACTATTCA
TTACAGCAAACTCCCATAAAATACAATAAAGAAGACAGGCATAAAAAATCTAACTTCACA
TCTGTAAATTAAATTTAAAGGCATTTATTTATTTTTTTAATTTAATTTTTTTAATTAGAT
CGGGTTAGAAGAATAAATACTAGAATAAGCTAATGAATAGGAATAGTTTAGCCCTCCTAG
AGGCAGTGTGTCAAACAGAGAAAGCAGAAGCCCTATCAAAATGAATAAAAATCTTTACTC
TAAATCTTATAACAACATAGAAATAACAAATTAAAGATTTACATAATAAGAACTAAGGAG
TAAGATAAATTCTTTTTATGAAAAAAATAAAACTTCAAATAAACATTCTAAGAAACCTTC
TTCAATTAGCAGTTAGGTTGCTCTTTCTCTTTATTAGTAAGTTTAGGGTAATAAAAAAAA
TCAAAAAATTGATATAAACTAACAATTAGATAGACAAGCAATTAATAAAGCTTTGAAAGA
ACTCGATTAGGCAGAATATGACAATGACAAACTTATTTTTGATCCTAATTGCGAAAGAAT
TAAAAGAAAGAGAAGACTTAAATAAAAACTAAGAAAACTACTAATAAAATGCGCTAAAAT
GAATATTAAAGCAAAAGATGTATGAACATAATTTGCTCATATTTTTCTATTATAATTTTT
TTATTAAAATAAATATAGATAAATACAGTTTCTATATTTAGCACAATTCCATATGAAAAT
AAAGGATCATTTGCATTTATAGAGGCTGTCAAAAAGGGATAAAATCAATAAGTTATATAA
CAGCTTGAAAAGAATATTTATTATGTCTCTGACTTTGACTAGGTAATTTAACTGATCTTA
TATTAACTCTCTCTTAAAAATATTTATAAATAGTTTCATATGACAGCTCTTCACCATGCT
TGCAAAAAAGGAAATCTATTCCTTGCAAAATATTTAATATCCAAAGGTGCAGAAATAGAT
GCCTAAGATTCTATGAAAAGAACTCCACTCTATTATGCTCTCATTACAGAAAACAAATAG
CTGGTTAAAGTAAAATAACATGAAGTTTTTTTTAAAATTTAAATATTTTTAATAAAATAG
GAATTATTGCAATTAAAGTGCTCTCCATGGAGTGGAGATTAATTTTCATTTTTAAAACAG
AATTTGCCATAAGAAATCTTAAATATACTTTCATTTGTTAAGAATTTGGATATAATATGC
AAGTTATAATTCAACCTTTAAGAGAGAGAAAAAATATGGAAAAAAGAAATTGAAATCTTG
AAGCTAATGTGA