Identifiers and Description

Gene Model Identifier

TTHERM_00023980

Standard Name

RAN1 (RAN GTPase)

Aliases

PreTt12011 | 1.m01059 | Tt-ran

Description

RAN1 GTP-binding nuclear protein Ran-1; Putative Ran GTPase; an evolutionarily conserved small GTPase with roles in nuclear transport- mitotic spindle assembly and nuclear envelope assembly

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
• ( PF08477 ) Miro-like protein
• ( PF01926 ) GTPase of unknown function
• ( PF00025 ) ADP-ribosylation factor family
• ( TIGR00231 ) small GTP-binding protein domain
• ( PF00009 ) Elongation factor Tu GTP binding

Gene Expression Profile

• Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 12.9%

TetraMine Data

TTHERM_00023980

WebApollo

Fullscreen View

Tetrahymena Stock Center

No Data fetched for StockID

Homologs (v.2006 protein sequences)

Source	Identifier	Score	Description
Tetrahymena borealis	EI9_13865.1	2.0007442334946695e-153	Ras family protein (241 aa)
Oxytricha	Contig21120.0.g73	3.001222955304439e-106	Ras family
SGD	YOR185C	7.003003394656772e-98	GSP2 GTP binding protein (mamm alian Ranp homolog) involved i n the maintenance of nuclear o rganization, RNA processing an d transport; interacts with Ka p121p, Kap123p and Pdr6p (kary ophilin betas); Gsp1p homolog that is not required for viabi lity
WormBase	WBGene00004302	9.003233894748109e-95	locus:ran-1 GTP-binding nucl ear protein ran-1 status:Con firmed UniProt:O17915 prot ein_id:CAB07240.1
DictyBase	DDB_G0291235	9.998285701479858e-93	ranA on chromosome: 6 position 78789 to 80092
Stentor Coeruleus	SteCoe_37736	5.0345753587649823e-45

General Information

No Data fetched for General Information

Associated Literature

1. Ref:22594798: Liang H, Xu J, Zhao D, Tian H, Yang X, Liang A, Wang W (2012) Subcellular localization and role of Ran1 in Tetrahymena thermophila amitotic macronucleus. The FEBS journal 279(14):2520-33
2. Ref:12787777: Quimby BB and Dasso M (2003) The small GTPase Ran: interpreting the signs. Curr Opin Cell Biol 15(3):338-44
3. Ref:8026746: Nagata K, Takemasa T, Alam S, Hattori T, Watanabe Y, Nozawa Y (1994) Cloning of cDNAs encoding a cell-cycle-regulatory GTP-binding low-M(r) (GBLM) protein, Ran/TC4, from micronucleated Tetrahymena thermophila and amicronucleated Tetrahymena pyriformis. Gene 144(1):123-5

Sequences

>TTHERM_00023980(coding)
ATGGTTGATAACAAGTAAAACGTTGTTGCTGAATTCAAGCTCGTCTTAGTTGGTGATGGT
GGTGTCGGTAAGACTACTTTCGTCACTAGACATCAAACTGGTGAATTCGAAAAGAGATAT
ATTGCCACCCAAGGTGTCAATGTTTCCAACATGGTCTTATACACCACTAAGGGTCCCATC
AGATTCAACATTTGGGATACTGCTGGTTAAGAAAAGCTCGGTGGTCTCCGTGAAGGTTAC
TACATTGGTGCCAACGCCGCTATCATGATGTTCGATGTCACCTCCAGAATTACTTATAAA
AATATTCCTAAGTGGCACAAGGATTTGACCAGAATCTGCGAAAATATTCCCATCGTTTTG
GTCGGTAACAAGGTTGACTCTAAGGACAGAAAGGTCAAGGCTAGACAAATCACTTTCCAC
AGAAAGAGATCCCTCTAATATTATGATGTCTCTGCTAAATCTAACTATTAATACGAAAAG
CCCTTCCTCTGGATCCTCAGAAAGCTCACCGGTGATCCCACCCTTAACCTCGTCGAAGGT
ATCGCTCTTGTTGCTCCTGATACTGAACACGTCATGACTGAAGATCAAATCAAGCAATTG
GAAATGGAACAAGCTGAAGCTATGAACCTCGCCCAACAAGGTGTCCTTCCTGATGATGAA
GATGATGAATTCAACTGA

>TTHERM_00023980(protein)
MVDNKQNVVAEFKLVLVGDGGVGKTTFVTRHQTGEFEKRYIATQGVNVSNMVLYTTKGPI
RFNIWDTAGQEKLGGLREGYYIGANAAIMMFDVTSRITYKNIPKWHKDLTRICENIPIVL
VGNKVDSKDRKVKARQITFHRKRSLQYYDVSAKSNYQYEKPFLWILRKLTGDPTLNLVEG
IALVAPDTEHVMTEDQIKQLEMEQAEAMNLAQQGVLPDDEDDEFN

>TTHERM_00023980(gene)
ATGGTTGATGTAAATAGTATTTTTTATTCTTTCTTTCTGGCTCAGGAACTGATCTTCAGT
TTTCTTGGATGATGGACACATAGTCTATGAACCTATCATGATTGTTTGTTGATCTCTTTC
CTAAGCCAGAGAGGATTGATTGTTTGCTAATACCTTATTGCTAAACTAACTTTTACAATT
TTAAAATAATAGAACAAGTAAAACGTTGTTGCTGAATTCAAGCTCGTCTTAGTTGGTGAT
GGTGGTGTCGGTAAGACTACTTTCGTCACTAGACATCAAACTGGTGAATTCGAAAAGAGA
TATATTGCCACCCAAGGTGTCAATGTTTCCAACATGGTCTTATACACCACTAAGGGTCCC
ATCAGATTCAACATTTGGGATACTGCTGGTTAAGAAAAGCTCGGTGGTCTCCGTGAAGGT
TACTAGTAATAATTTTTTTCAAACACTTATCATAAAATTTTTATCATTTGGACTAATTGA
TTGACTGACTGACTGATTAACAAGTTTGTTTGCTGAATAATTGCTTACAAGTCTAACTAG
CTCTTACTATAAATATTCCTTTAGGCTCTGTGTTTGTTCATAACATATAAATAGGAATGT
GAGTCATTCTTTCTTTCTATCTATTTTGTTTATGTTATCAAGCTACAAAGCAAGAGTTGA
TTGCTAAAAATAAGCAACAAGAAATAGAAAGATGATTATTAAATGGTATAAAAGGAATAG
CAGAGACCATCTACATTGATTAAGCCATAGCTTCTTACATTATAAGAAATTATAAAGAAA
GTAGGATGCATTTAGAGAAGATTTAGCTAGCGAAAACCCAATCTTTTGTGGTGATTTATT
TAGCGACGCAATTTAATTTAAAAAGAAAATTTAAAAACAAACTCAGTCTGTCAATCAGTC
AATCAATCAGTCAGTCAGTTCTTTGTTCGTTGAGACTCTTTTTTCATTTAAAAATGCTTA
AATCAATCTATTTAACGAATTTCTAATGAATTTATTTTTAACAATAGCATTGGTGCCAAC
GCCGCTATCATGATGTTCGATGTCACCTCCAGAATTACTTATAAAAATATTCCTAAGTGG
CACAAGGATTTGACCAGAATCTGCGAAAATATTCCCATCGTTTTGGTCGGTAACAAGGTT
GACTCTAAGGACAGAAAGGTCAAGGCTAGACAAATCACTTTCCACAGAAAGAGATCCCTC
TAATATTATGATGTCTCTGCTAAATCTAACTATTAATACGAAAAGCCCTTCCTCTGGATC
CTCAGAAAGCTCACCGGTGATCCCACCCTTAACCTCGTCGAAGGTATCGCTCTTGTTGCT
CCTGATACTGAACACGTCATGACTGAAGATCAAATCAAGCAATTGGAAATGGAACAAGCT
GAAGCTATGAACCTCGCCCAACAAGGTGTCCTTCCTGATGATGAAGATGATGAATTCAAC
TGA