KEGG T01059: Dana

Drosophila ananassae: Dana_GF16093

Entry

Dana_GF16093 CDS T01059

Definition

GF16093 gene product from transcript GF16093-RA

Orthology

K14283

transforming acidic coiled-coil-containing protein 3

Organism

dan Drosophila ananassae

Pathway

dan03013

RNA transport

Class

Genetic Information Processing; Translation; RNA transport [PATH:dan03013]

SSDB

Motif

Pfam:

TACC

Other DBs

NCBI-GI:

NCBI-GeneID:

FlyBase:

UniProt:

AA seq 1219 aa
MDFIANIIKRPLSVAGSGSHAAAMEATQAPTDVAPRAGGAPLMSTDLGALLDSASEDLLF
LEEQHSNLLMEPLAIPMTSPHITPPTSGRESIQKLLSEINVNLNQVSANEMEHLQAMSGE
LNPLAVKASPKPVSTDQQKALAAAAAAATGGLKLDVDAAPKFGGLPEFDETQIPELAPLS
AEMDAHLKSDHSSSDVFVECLSLHAERYSGDRSDLEAYSSALNDVLEQQMSTASAVTLEN
TFDDPLAVSQHDVSYEPMDVDEVNETMEMLKNVLDPEDHQLLQQQFLVNRPSIAEVNPVL
EIQSARDEAEMVKEEHNTEIPQIPQETDSKEDVLDEMLPRAEMNSLKEDEVSPQLPEHQD
HEEPQDLKELPEEGLMLQSLKTQDILEDLPENTELEHEIEKEASVHEQPEPLELQITIPN
ELESVQIEPESSEPQGIPIASMPVSPPIPTHRPKTAEELEFLALKELPLPDDEAFNETPK
IDSPKQQEEIQKVEPSYCVPVVEVTPTPQRSPESGSSMSAFRSRCSGPPSPTFPIKEPSE
LPSHFPHSPRAPPESEEMPYLEEAVVEPSADRKQSVCIAGVIARSPVCIEITQPSPEKKE
HLNETLPMNEVVSPAALNGTFDSGSRVDNPEEAAPLQASATFAVPLGSADEQQRRTFSVV
NSTEDPEEAKSRRTFSLDPNPELQRRTFSVEQHASPALEATEENIVADDFEPMDVDTSMR
VADITVDRPPVSTSPPIPTHQTLKRAPIHTETHSPSSPPPLGNATVVLEEQALSAKEQAT
LSASDEKDDVFVEHFGAISPVSDDMFKTPQFTSSGFQNQARMKANAVEAAAAGFEAPTSR
NRDAIVCDDEHFYDAEFQDSVTNQNLILNSSDFDYLYTKGSNNAPIDRSSLLLKFDPLLG
APVPVNHPQQQEQTLQNILGSNPNQAQNRPLSPTLEEHETSGGNQSFGVLASAKDTAKKL
DFKPPVDRTKKHAKMSVDVIDNDCNKTFDNSNLNSEDKSHTYNNMDELEKKIKNEVTRSE
DIEKKLKEAEQREEALIKRITEKDKTNAKLNGVIEAYEKAIAELISEKEQLAQGYERQLQ
EVQTDRDDNYHHLTSLESTFSDLHVKYEKSKQMTSQLKTNEEALLGEKKQLMDNLRLQEQ
RYDKMKSHAMQQLEIANKKLDTYSREHADEVKKLKALLKKEEVSRVSMTEQLQQKSRENA
DLLKICEELIYGKGQGGSS

NT seq 3660 nt +upstreamnt +downstreamnt
atggacttcatcgccaacatcataaaacgccccctaagcgtggccggcagtggttctcat
gcagctgccatggaagcgacacaggcccccactgatgttgccccgagagcaggaggtgct
ccgctaatgtccaccgatctgggtgcattactcgattcggcatccgaagatctgctgttc
ctggaggagcagcacagcaaccttttgatggaacctcttgccatcccgatgaccagtccc
catattacaccgcccaccagcggccgggagagcatccagaaattactgagtgagattaac
gtgaacctgaaccaagtcagtgccaatgaaatggagcacttgcaggcgatgagcggcgag
ttgaatccactggcggttaaggccagccccaagccagtgagcacagatcaacagaaagct
ctggcagcagcagcagcagcagccactggtggcctcaagctggacgtagacgctgctccg
aaattcgggggtcttccagagtttgacgagacgcaaattccggaactggcaccccttagt
gccgaaatggatgctcatcttaaatctgaccactcgagctctgatgtctttgtcgagtgc
ctgtcgttgcacgccgaaagatattccggagatcggtcggatctggaggcctattccagc
gcactcaacgacgtgctggagcagcagatgtccactgcctctgcggtcacattggagaac
accttcgacgatcccctggcagtaagtcagcacgacgttagctacgagcccatggatgtg
gatgaggttaacgagactatggagatgcttaagaacgtcctggacccagaggatcatcaa
ctgttgcagcagcagttcctcgttaatcgtccttctatagccgaagttaatcctgtctta
gagattcaatcggcaagggacgaagctgaaatggtaaaggaagaacacaacacagagatc
ccgcaaatacctcaagaaacggacagtaaggaggatgtattagatgagatgctacctagg
gctgagatgaattctctaaaggaagatgaagtgtcgccacaattaccggaacatcaggac
cacgaagagccacaagatctaaaggaactccctgaagaagggcttatgttgcaatccttg
aaaacacaggatattctggaggatctaccagaaaatacggagcttgaacatgaaatcgaa
aaggaagcatccgttcatgagcaacctgaaccccttgagcttcagataacaattcccaat
gaactagaatcagttcaaattgaacctgaatcctccgagcctcaaggaataccaattgcc
tctatgcctgtgtccccgcccatacccacgcatcgtccaaagacagccgaagaattggag
ttcttggccctcaaagaactgcccctgccggacgacgaagctttcaatgaaacacccaag
atcgattccccgaagcagcaagaagaaatacaaaaagttgagccttcttattgcgtaccc
gtggtggaggtcacacctacaccgcaacgatccccggagtcgggtagtagtatgtctgct
ttccggagtcgctgctctggaccaccttctcccactttccccataaaagaaccctcggag
ctaccctcccacttccctcactcgccgcgtgctccgcccgaaagtgaagaaatgccgtat
ctggaggaggccgttgtggaaccatcggctgatcggaagcaaagcgtttgcatagctgga
gtcattgcccggtcaccagtttgcatcgaaataacgcagcccagccctgagaagaaggag
cacctcaatgagaccctgcccatgaacgaggtggtatcacctgctgcactgaacggcacc
ttcgacagcggtagtcgagtggataatcctgaggaggctgctccgcttcaagcttcagcc
acatttgccgtacccttgggctctgccgacgaacaacagcgacgaactttttctgtcgtc
aactccacagaagacccagaagaggccaagtcccggaggactttttccttggatcccaat
cccgaattgcagcgacgcactttttccgtggagcaacatgcctcgccagcgctggaggcg
actgaggaaaacatcgttgcggatgattttgagcccatggacgtggacacatccatgcga
gtggcggacataacggtggaccggccaccggtttcaacatcgccaccaattcccacacat
cagaccctgaaacgagcgcccattcatacagaaactcattcgccgtcgtcgccaccgccg
ctgggcaatgctacagttgtcctggaggagcaggccttgtccgccaaggagcaagccacc
ctcagtgccagcgacgaaaaagacgatgtttttgtggagcactttggcgccatatcgccc
gtctcggacgacatgtttaagacgccccagttcaccagcagcggattccagaaccaggcc
agaatgaaggcgaatgccgtggaggcagcagccgccggatttgaggcaccgacgagccgg
aacagggatgccatcgtttgtgatgacgagcatttctacgatgcggagttccaggatagc
gtcaccaaccagaacttaatactgaactcatcagattttgattatttgtacaccaaaggc
agcaataatgcgcccatcgatcgcagctccttgcttttaaagttcgatccgctccttgga
gcccccgtgccagtaaatcatccacagcagcaggagcagactctgcagaatatactggga
tctaatcccaaccaggcccaaaacagaccgctcagtcccacattggaggagcacgagaca
agtggcgggaatcaatcgttcggagttttagccagtgccaaagatacagccaagaaattg
gactttaagcccccagtggataggacaaaaaagcatgctaaaatgagtgtggacgtcatt
gacaacgactgtaacaaaaccttcgataattccaaccttaattcggaggacaagtcccac
acctacaacaacatggatgaattggagaagaagattaaaaatgaagttacccgatcagag
gatattgagaagaaacttaaggaggccgagcaaagggaggaagcactcatcaaacgtatc
acggaaaaggacaaaacaaatgctaaacttaacggcgttattgaagcctacgaaaaggcc
attgcggagttaatcagcgagaaggaacagttggcacagggctatgaacggcaactgcag
gaagtacagacagatcgggacgacaactaccatcacttaacgtcgctggaatcgacattc
tcagatctgcatgtgaaatacgagaaaagcaaacagatgacctcgcagctgaaaaccaat
gaggaggctctgctgggtgagaaaaagcagctgatggacaatctgcggttgcaggagcag
cggtacgacaagatgaagagccatgccatgcagcagctagaaattgccaacaaaaagctg
gacacatattcaagagaacatgcggacgaggtgaagaaactgaaagctttactcaaaaag
gaggaggtatcgcgggtctcaatgacggagcagctgcagcagaagtcgcgcgagaacgcc
gatctgctgaagatctgcgaggagctcatctatggcaagggacaaggtggtagtagttaa

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (11)   

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