Identifiers and Description

Gene Model Identifier

TTHERM_00823440

Standard Name

RABX35 (Rab-like protein)

Aliases

PreTt20418 | 141.m00075 | 3682.m00009

Description

hypothetical protein

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

Cellular Component

• intracellular (IEA) | GO:0005622

Molecular Function

• GTP binding (IEA) | GO:0005525

Biological Process

• small GTPase mediated signal transduction (IEA) | GO:0007264

Domains

• ( PF00071 ) Ras family
• ( PF00021 ) u-PAR/Ly-6 domain
• ( PF08477 ) Miro-like protein
• ( PF01926 ) GTPase of unknown function
• ( TIGR00231 ) small GTP-binding protein domain

Gene Expression Profile

• Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 10.4%

TetraMine Data

TTHERM_00823440

WebApollo

Fullscreen View

Tetrahymena Stock Center

No Data fetched for StockID

Homologs (v.2006 protein sequences)

Source	Identifier	Score	Description
Tetrahymena borealis	EI9_18177.1	9.997093137033517e-262	hypothetical protein (358 aa)
WormBase	WBGene00016970	0.0000000010002658722841845	status:Confirmed UniProt:Q18 898 protein_id:CCD68201.1
Oxytricha	Contig968.0.g75	0.0000000020002373268528243	Ras family
SGD	YML001W	0.000000007002490258088747	YPT7 Rab family GTPase; GTP-bi nding protein of the rab famil y; required for homotypic fusi on event in vacuole inheritanc e, for endosome-endosome fusio n, similar to mammalian Rab7
DictyBase	DDB_G0285051	0.00000006998394348458725	rab32D on chromosome: 4 positi on 2597422 to 2598751

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00823440(coding)
ATGGTATCTATCCTTTTAAACGACAAACGAATTGGCATTGAGAAGATGTTAGAGGCATAA
CAAATTGCTAAGGAAAAAAAAAGCTAACAAAAAACTTGTTTGTAAAAAAAAATAGAAGAA
AATCAGAGGGAATAGGTTGCTTGTATCGATTGTAAATCTAATCAAAAATTTAATAAATTA
TCAAAACAATAAATTTGCGAAAATAAGAAAACGTAATAAATGTATTCACAAAACGACGTA
GAGAGAAAATGTCTCAAGTAAAAGAAGAAGCTTAAAATTTTGGCAATTGGAGATTCTCAT
ATTGGGAAGACTACTTTCTTAAAGAATTACTGTTCATAGTAGTACGATTTGAATTATAAA
TCCAACGATAATTTTACTTAATAAAAAGTAAATAAAACTATTGGTTGTGATATTCATGTC
TGCTATCATACTCCTAACACCAAAGCTCTTATCACTGAAACAAAATAAAATGATTCACTA
TAATACTAAGAAGAATACACTGTTTAGTTTATAGACATGGCAGGAGAAAATAAATAGAGA
GAGTTTTTGAATGTCTTTATTAGGAATAAACTACAAAAATTAGATGCAATCTTATTCTTT
TTTGATTTGACTAATTTAAATACATTCAAAAACTTTTACAAGTGGCTAATGGCTATATTC
CATAACAGTTAAAGTAAAAAGGACTATGCCTGTGTGTGGTAGATTCCCTTTTTATTGATT
GGGACAAAAACTGATTAAATACCATCTAAATATTAAGCTTAAATAAAATAAAAGTTACTT
AACTAACTAAATAAAATGTTTAAGTGCACACGTGGAGAGAACCTTATCTTTTTAAACGCT
AACAACATTGAAAGCTCAAATTAAAAAGTAGAAATGTCCATGTTCCATTTATTTTTAAGT
GAAATCTGCATTGAAAAGACAATGAAAAATATGAAACAATCAACTAATTCTTCTTTATTT
TCATTTTAAGGTTAAAGTGAATACAATCCATAAGAACTCTTAAGCGGTCTCAACAAAAAC
ACCTAAAAATACTGCTTAAATAATGATAATTATAAGAATAAAAGAATAATTGAAGAAGAT
AAAAACTTTATGCAAATCGTTTTAGAAGTTAATTAATTCTCTGAATATAAAAAAGCTTGG
TAAAATCAAGTTTTTAATTTAACCTCAAGGGTTATTGTTATCAAAGAGCGCATTACTGAA
ATTATTTATACTACTTTTAGAAAAAGCGAAGATGAGCTTGTTCTTCCTCATTCTAATTTA
GAGTGA

>TTHERM_00823440(protein)
MVSILLNDKRIGIEKMLEAQQIAKEKKSQQKTCLQKKIEENQREQVACIDCKSNQKFNKL
SKQQICENKKTQQMYSQNDVERKCLKQKKKLKILAIGDSHIGKTTFLKNYCSQQYDLNYK
SNDNFTQQKVNKTIGCDIHVCYHTPNTKALITETKQNDSLQYQEEYTVQFIDMAGENKQR
EFLNVFIRNKLQKLDAILFFFDLTNLNTFKNFYKWLMAIFHNSQSKKDYACVWQIPFLLI
GTKTDQIPSKYQAQIKQKLLNQLNKMFKCTRGENLIFLNANNIESSNQKVEMSMFHLFLS
EICIEKTMKNMKQSTNSSLFSFQGQSEYNPQELLSGLNKNTQKYCLNNDNYKNKRIIEED
KNFMQIVLEVNQFSEYKKAWQNQVFNLTSRVIVIKERITEIIYTTFRKSEDELVLPHSNL
E

>TTHERM_00823440(gene)
AAAATAGTATTTGTGATTGAAATTAATGATAATATAAGACATTACTTAATTTATTTATTT
AATTATTAGTTAAGTAAAATGGTATCTATCCTTTTAAACGACAAACGAATTGGCATTGAG
AAGATGTTAGAGGCATAACAAATTGCTAAGGAAAAAAAAAGCTAACAAAAAACTTGTTTG
TAAAAAAAAATAGAAGAAAATCAGAGGGAATAGGTTGCTTGTATCGATTGTAAATCTAAT
CAAAAATTTAATAAATTATCAAAACAATAAATTTGCGAAAATAAGAAAACGTAATAAATG
TATTCACAAAACGACGTAGAGAGAAAATGTCTCAAGTAAAAGAAGAAGCTTAAAATTTTG
GCAATTGGAGATTCTCATATTGGGAAGACTACTTTCTTAAAGAATTACTGTTCATAGTAG
TACGATTTGAATTATAAATCCAACGATAATTTTACTTAATAAAAAGTAAATAAAACTATT
GGTTGTGATATTCATGTCTGCTATCATACTCCTAACACCAAAGCTCTTATCACTGAAACA
AAATAAAATGATTCAGTAAAAATTATTTCATTATTTTATACATTTTTTCTTCATAATTTA
TTTCAATCAAACAATAATGAACATAATTTTAAACATTGTTTTTTGATTTTAAACTTTTTA
GCACTTCATGCTTTTTAAATTCCAAATTCATTTTGATAAATTTTTGAGTTTGTAAATGAA
TATTTTAAACGCATCTTTGGAATTTTTTTAGTAAAATTTAAACATTTTTAAGAATCCAAT
TCTCTTAAAACATTTTATGAGCTATTTTTTTTTAGTTAATTCAACAATTTAAAGTTTATT
ATAGTAAAATTAAGTGCAAATTTTAACTATAAAATTAAGTAATATATTTAATAAATTTTT
TTTTGTCTTAAAATAGCTATAATACTAAGAAGAATACACTGTTTAGTTTATAGACATGGC
AGGAGAAAATAAATAGAGAGAGTTTTTGAATGTCTTTATTAGGAATAAACTACAAAAATT
AGATGCAATCTTATTCTTTTTTGATTTGACTAATTTAAATACATTCAAAAACTTTTACAA
GTGGCTAATGGCTATATTCCATAACAGTTAAAGTAAAAAGGACTATGCCTGTGTGTGGTA
GATTCCCTTTTTATTGATTGGGACAAAAACTGATTAAATACCATCTAAATATTAAGCTTA
AATAAAATAAAAGTTACTTAACTAACTAAATAAAATGTTTAAGTGCACACGTGGAGAGAA
CCTTATCTTTTTAAACGCTAACAACATTGAAAGCTCAAATTAAAAAGTAGAAATGTCCAT
GTTCCATTTATTTTTAAGTGAAATCTGCATTGAAAAGACAATGAAAAATATGAAACAATC
AACTAATTCTTCTTTATTTTCATTTTAAGGTTAAAGTGAATACAATCCATAAGAACTCTT
AAGCGGTCTCAACAAAAACACCTAAAAATACTGCTTAAATAATGATAATTATAAGAATAA
AAGAATAATTGAAGAAGATAAAAACTTTATGCAAATCGTTTTAGAAGTTAATTAATTCTC
TGAATATAAAAAAGCTTGGTAAAATCAAGTTTTTAATTTAACCTCAAGGGTTATTGTTAT
CAAAGAGCGCATTACTGAAATTATTTATACTACTTTTAGAAAAAGCGAAGATGAGCTTGT
TCTTCCTCATTCTAATTTAGAGTGA