KEGG T01061: Dgri

Drosophila grimshawi: Dgri_GH17506

Entry

Dgri_GH17506 CDS T01061

Definition

GH17506 gene product from transcript GH17506-RA

Orthology

K14283

transforming acidic coiled-coil-containing protein 3

Organism

dgr Drosophila grimshawi

Pathway

dgr03013

RNA transport

Class

Genetic Information Processing; Translation; RNA transport [PATH:dgr03013]

SSDB

Motif

Pfam:

TACC

Other DBs

NCBI-GI:

NCBI-GeneID:

FlyBase:

UniProt:

AA seq 1238 aa
MDFLSNLIKRPISIALPENETKTETEIETETETVSSNSSSSAPTSIVASSGTTKPTFTST
SQITLAMNTADLDDLFDSAAQDLDILEEQHKQIIESDVAPLECAAQQPVLKPNYPRETIT
QLLNDINVNLDQVSANEMEHLQAMSLELSPLAVRPSPRHNMDQQKALISALLCPSQPVTP
TTPNSCEQQPVLKFTGLPEYDETQIPELPPLSVDMEAQLKTDAGMPTLSSTVLKVSEPDY
NSDSDVYAECLSLNSVKLSADQSELDAYASALNEVLDHHLSNATATTLENTLSEAATVSS
HNDSCESMDVDDINETMEMLKDVLAPEDCHLLQQQLSSNEMLRQLQIEQVQPVANEQEEL
QHKQVISASNSPKIEQEEMQQMQAVPASNSPKREQEEMQQMQAVPASNSPKREQEEMQQM
QAVPASNSPKTEREEMQQIQAVPASNSPKTEEKQDMHIEQLLQEQTASAPISPPLATMQT
QQTAAVAPTIEEQLVVPPMLPPMLPTSPPIPTHRTRTAEELAELRAMAAFAEPPVTDGGE
QPATTESVEQKQFPASPSLPIASVAPMEIKHTQFPTLTLNITNPTSQENISAPTSPAFPI
KSPAGSPGHFPRSPHAPPEHEEMDYLEQAIIEHSAEQRSIVVGGVIAKSPLPVEVFVSQP
DPEQSKEAEESPLNDTFDSTAEALTVRRRDTYGLPLDDANDQQRRTFTIIEPTESKRRTM
TIAKNASPALEATEANILGDELESMDVDVSMSVDTTLSAEHQATKTPSPSLQREMHSPPM
PTHEQEQQPKQEPLRPSPPLPAHFKRPSIHKEHMLEEQTLSVKEQLSVGDEKDDVYVDHF
GAMSPIPDDIFKAPQFTSSTFSSMARSNNQAAAPVSAAAPADDSTAAAVQFDEAEFHDGA
SNNNSSNNAPIDRSSLLLKFDPLLGAPVPVNQQSQQEQTLHNILSNINNNHKNSNNKNNN
NYNNLTRALSPTLEEHDSSGSNQSGEITKKHAKMSVDVIDNDCNKTFDNSTLNSEDKTHK
YHNMDELEKKIKNEVTRSEDIENKLKEAEQREEALVKRITEKDKNNSKLNGVIEAYEKAI
AELIHDKEQLVQNHERQMLEVQTDRDSNYTHLMSLETTFSDLHVKYEKSKEMTSHLKQIE
ENLLEEKKKVMDKLRQQEQRYEQMKSHAMQQMEIANKKLVTLTKEHTDEVKKLKALLKKE
EVSRISTAEQLQQKSRENADLLKICEELIYDKGQGGSS

NT seq 3717 nt +upstreamnt +downstreamnt
atggatttcctatcgaatcttataaagcgtcccatcagtatagccctgcccgagaacgaa
acaaaaactgaaactgaaatcgaaactgaaaccgaaaccgtgtcgagtaacagctcctcc
agtgcgccaacatcaattgttgcaagcagcggcacaacaaagcccacattcacctctacc
tcacaaataacattagcgatgaatactgcggatctggatgatctgtttgattcggctgca
caggatttggacatcctggaagagcagcacaaacaaattatcgagagcgatgtggcgcca
ctggagtgtgcagcccagcagccggtgctgaagcccaactatccaagggaaaccataaca
caactgctcaatgatatcaatgtgaatttggatcaagttagtgccaatgaaatggaacac
ttgcaggcaatgagtctagagctcagtccattggcggtgaggccgagtcccagacacaac
atggaccagcagaaggcactcatctcagcattgctttgcccctcgcagccggtcacgcct
acaacgcccaacagctgcgagcaacagccagtgttaaagttcaccgggctgcccgaatac
gatgagacacaaataccagaattgccgccactcagcgtcgacatggaagctcaattaaag
acggatgctggtatgccaacactgagctccactgtgctcaaggtcagcgagccggattac
aattcggattcggatgtctatgccgaatgcctctcgctaaacagtgtcaagctctccgcg
gatcagtccgagctcgacgcctacgccagtgctctgaatgaggtgctcgatcaccatttg
tccaatgctacggccaccacactggagaatacgctgagcgaggcggccactgtctccagt
cacaatgatagttgtgagtccatggatgtggatgacataaatgagacaatggaaatgtta
aaggatgtcctcgcacccgaggattgtcacctgctgcagcagcagttgtcctccaatgag
atgttaaggcagctacaaatcgagcaagtgcagccagttgccaacgagcaagaagagctg
caacacaagcaagtaatttcagcttcaaactcacctaaaatagagcaagaagagatgcaa
caaatgcaagcagttccagcttcaaactcacctaaaagggagcaagaagagatgcagcag
atgcaagcagttccggcttcaaactcacctaaaagggagcaagaagagatgcagcagatg
caagcagttccggcttcaaactcacctaaaactgagcgagaagagatgcaacagatacaa
gcagttccggcttcaaactcacctaaaactgaggagaagcaggacatgcatattgagcag
ctgctgcaggagcagacagcatcagctccaatctctccaccattagccacaatgcagacg
cagcaaacagctgcagttgcacccacaattgaggagcaactggtggtgcctccaatgctg
cctccaatgttgcccacctcaccgcccatacccacacatcgcacgcggacagctgaggag
ttggcggagctgagggcaatggcggcatttgcagagccaccagttacagatggaggagag
cagccagctaccacagaatctgtggagcagaagcaattcccagctagtccgagcttaccc
attgcatcagtggcacccatggaaatcaaacacacacaatttccaacgctgacactgaat
ataaccaatccgacgtcgcaggaaaacatttcggcgcccacatcgcccgcttttcccatc
aaatctcccgccggttcaccgggtcactttccacgctcgccgcatgcgccgcccgagcac
gaggagatggactatttggaacaggccatcattgagcactcggctgagcagaggtcgatt
gttgtcggtggcgttatagccaaatcaccgctgcccgtggaagtgttcgtatcgcagcca
gatcccgagcagtccaaggaggcagaggagtctcctttgaatgacacctttgacagcaca
gctgaggcacttaccgtaagaagacgtgacacatacgggttgccactggatgatgccaat
gatcagcagcgtcgcaccttcacaattattgagccaacggaatcgaagcgacgcacaatg
accattgcaaagaatgcatcgccggctttggaggccaccgaggcaaacattctgggcgat
gagctggagtccatggatgtagatgtatcaatgagcgtggacactacactctcagcggag
catcaagcgacaaagacgccctcaccatctctgcagcgggagatgcactcgccgcccatg
ccaacacatgagcaggagcagcagccgaaacaagagccgctgcgtccatctccgccgctg
ccggcacatttcaagcgtccgtctatccacaaagagcacatgttagaggagcagacgctc
tccgttaaggagcagctgagcgtgggcgatgaaaaggatgatgtatatgtggatcacttt
ggcgccatgtcacccatcccagatgatatcttcaaggctccccaatttaccagcagcacc
ttcagcagcatggccagaagcaataatcaggcagctgctcctgtttctgctgctgctcct
gctgatgattctactgctgccgcggtccaatttgatgaggccgagtttcacgatggcgcc
agcaacaacaacagcagcaacaatgcgcccatcgatcgcagctcgttgctattaaaattc
gatccgcttctgggtgctccggtgccagtgaatcaacaatcgcagcaggagcaaacgctc
cacaatattctaagcaacatcaacaacaaccacaagaacagcaacaacaaaaacaataac
aattataataatctaacacgtgctttgagtcccacattggaggagcacgattcgagcggc
agcaatcagtccggggaaataacaaaaaagcatgctaaaatgagtgtggacgttattgat
aacgattgtaacaaaaccttcgacaattcaaccctgaactcggaggacaaaacacacaaa
taccacaacatggatgaactggagaagaaaatcaaaaatgaagtcacccgctccgaggac
attgaaaacaaactcaaagaggcagaacagcgcgaagaggcgctcgtcaaacgcattaca
gaaaaggacaaaaacaactcaaagctcaacggcgtcattgaagcctacgagaaagccatt
gcggagctaatccatgacaaggagcagctggtacaaaatcatgagaggcaaatgttggag
gtgcaaacagatcgtgattccaattacacacatttaatgtcgctggaaacgacattttcc
gatctccatgttaaatatgaaaagagcaaggagatgacctcacacctaaagcagatcgag
gaaaatctgctagaggagaagaagaaagtgatggataaattgcgacagcaggagcagcga
tacgagcaaatgaaaagccatgccatgcagcaaatggaaattgcaaacaaaaagttggtc
acccttacaaaagagcacacggatgaggtgaaaaagttgaaagcattactcaaaaaggag
gaagtgtcgcgcatctcgaccgccgagcaactgcagcagaaatcgcgggagaatgccgat
ctgctcaagatatgcgaggagctcatctacgacaagggacaaggaggtagtagttaa

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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