KEGG T01064: Dsec

Drosophila sechellia: Dsec_GM21310

Entry

Dsec_GM21310 CDS T01064

Definition

GM21310 gene product from transcript GM21310-RA

Orthology

K09291

nucleoprotein TPR

Organism

dse Drosophila sechellia

Pathway

dse03013

RNA transport

Class

Genetic Information Processing; Translation; RNA transport [PATH:dse03013]

SSDB

Motif

Pfam:

TPR_MLP1_2 DUF904

Other DBs

NCBI-GI:

NCBI-GeneID:

FlyBase:

UniProt:

AA seq 2334 aa
MDLSGPQALNNILQPDELKLVPEDIQQKLSAYINNFSDEYCKNRAAANRLAEAEQKSEEL
ENKMEDYLVKFTSFELNVNELRTHLDQMSSERANLMDTITKGEQTISQLRKEKSSIVEER
DSLMKVIERQQAELERLKQDLHTYQQQLSSAIAAKCEAIARVDEIQSKEVALELKENRME
SERDMLQKEILLISGDLNKSNAELQNIRREHSLNTMQLESRLNEKTESLKLMQEQYEQAV
KTIGELTRKVEIQNDTAFKQNQATEEYVGKLKNELDAKEKLFEIFKSTESDHLVQREELL
QGISEIKRLLEEAEEQCAQLEEQKEIMQQKHNAELEEQNKRIKDMERELASANDLIKEVR
ENNLETAICQLAPSAAVASRIMRSDLSFTELYSMYAKNSEELEMRNREIQQLKLQLKSII
AEVSESAPVMEKQKSDYQKMKETNSELLREHDELLENKLYLERELERALSTLNHNQNENK
KLKQTHTDLSRQVCMLLDELNCIRAGVKHVRNQPTRQTTTSESVINDNLVTFSSIEELVE
RNTYLLNMSRDLTQLLEASEKNQDKVMLEQSKNHIRKLEVRFAELEDLLTQKNNTVTTLL
SKCDRYKKLYFAAQKKLGQNTVDMDDSNLDPNDSVLDTSEQPAANSEENRKLEMRVRHLE
QQLEGEVKKYASLKENYDYYTSEKRKNDALAQEQFDSMRNEVRELTSSNCKLMNTTEFQK
EQIELLHKHIATYKQQVSTLEERTKNYEKTIIKHEQTVHLLKDEVMTAHRKHAAADAEAQ
SLRQENRILRDTSSRLQIEKETYHREQQSQSLLLNSLEFIKTNLERSEMEGRQRLEQRLD
DTVRELAAQRRHFKEEEEKFRESINEFKRQAETAIKLKDEEKQQADKWQAELINVREELA
QKVNKVNELSKKLQEVLTPTLNDNPITAANKRAREFELKLDQATVEIESLTKELAKTREH
GEQFYKMSQSAENEIKRLHELHGELVAKQEEEIKKLRSSEAELKTRISDLEAEAMLSNVT
EQSKTVDQSGQLKSAQDDLKSLLEKLTEANCTIRTLRSENTSLVESLNAVEVKYANGMIQ
HSADIQELTRYKAEFFKANDELNQLKSGRESLQTAYDELLRSNVEAQKLLDKEREESEKR
VADLHALNSNLHDQIEALASKLAVLASQSQNPNSSLNESAMDADQSLNASGLTAAEEGRN
NEQLLKIIKFLRKEKDLYAAKLDILKAENARLISEHAIQQKKVDELNGYLNQERAKSQTD
VVSANKHEEVLRKIETLNAITDSNRILREERNALTLRVAELTDRISTVEKELFPLQCSNK
ELTSKIEEINVENTSLRTEAIKWRQRANALVEKSNRNPEEFKRLQAEREHLAKLLTAEKE
LNKKQSDELTVLKQRMNTEIPMLNKQMQLLDEARKKQVDEFTNLKQNNTRQTQDIMELKN
RLLQKEEELLKANEELETKDKTIADKETKEIQLRKLAKRYKDFYIGLQAQGGGTESSAEL
EKVRSELEEVNNQLRALKDEHEKVTKECDEVKKRTEPETETSAIRQEYKAKLDKLVVDLT
VARTDLVNQETTFAGTKSSYDETIARLEKELQENIAANKDINLRLTRENESLHMRINQLT
RQLGSQQSTKPSTSSVAEKGNISESSPRTANVKPMSGSATVQQSATVTPWRGGETPLASI
RPISVQNSRTAAILPTSQQPPAGSSTSTSSSSSSSSTSTTSAASGGSSAVAQTALVPPQQ
QVHTTGSAALESMASSSPTSSHTDYMPSTSSASVAVAAIPPMGASSAAESSQEAESIQHP
QQNDSQLFVGGAQQQVVALVSPRVEGSSSSSSSTSVPTATAPSVQDGGSQSQQPSTSGSS
SSSSTVQCDDHPRLGCSSQAIKRPRDIEGDSSHHPLRRVSPEKMSKMTKRLRGPMHSGEL
SAGHIGDSGMDVDQMPTSSQRDQEDDIQVDSDDEEDVLADADDGPIDGGEAEQEGYEDSY
EQDNEMDDNEGGDDDNDIAVDAQDNNEVDIEVPEQHMQAQEESQSLDNQAIATASASTQE
NNQSQAITSGSGESSNPVTLPQAEASNWKQAAASTSTAAARRNESSVEIVSSPQVSNFCE
QPARLESADVDGTAEVAGGAPHESAGPSDAGAASASSPQKQSEAGESSGSDALKAADEGD
HADGAENASEADEAFAEETMATGQGEDSQPLGNDNPNVGTSQSEVSQNQSNLGEGNPTED
SEGADGVSSEGEKQAVGVEEEGREAEATSPSENTRFRTLRSAVPTRRGHRAMRGGSPNSQ
NRPQRIVWQRDTSPGNIQQNQMSANNNRFAQRARNRRPIRRPSPNNFNNGGRFP

NT seq 7005 nt +upstreamnt +downstreamnt
atggatctcagcggtccacaagctctgaacaacatacttcagcccgacgagttgaaactc
gtgccggaagacatccagcagaaattgtcggcgtacattaacaatttctcagatgagtac
tgcaagaaccgtgcggccgccaatcggttggccgaagccgagcagaaaagcgaagagctg
gagaacaaaatggaggactatctagtcaaatttaccagctttgagttaaatgtaaacgag
ctgcgcactcatctagatcagatgtcttcggaacgagctaacctaatggatacgatcacc
aaaggcgagcaaacaatatcacagttgcgcaaggagaagtcctcgatagttgaggaacgc
gattcactgatgaaggtaatcgagcgccaacaggcggagctggaacgattgaagcaggat
ctgcacacctaccagcagcagctaagcagcgcgattgccgccaagtgcgaagccattgct
cgcgtggacgaaattcaaagcaaggaagtggctctggagctcaaagagaaccgcatggaa
agcgaacgcgatatgctgcaaaaggagattttgttaatcagcggagatctcaacaaaagc
aacgccgagttgcagaacatccgacgggagcactcactaaacaccatgcagctagagtct
cgccttaatgaaaaaaccgaatccctaaagctgatgcaggaacagtacgaacaggccgtc
aagaccatcggggaactgacccgcaaggttgaaatccaaaacgacaccgccttcaagcag
aaccaggcaacggaagagtatgtggggaagcttaaaaacgaacttgatgccaaggaaaag
ctgtttgaaatctttaagagcaccgaatccgatcatctggtccagcgtgaggaactcctg
cagggcatctccgaaattaaacgtttgttagaggaggccgaggagcagtgcgcccagttg
gaagagcaaaaggaaatcatgcagcaaaagcacaacgctgagttggaggagcaaaataag
aggattaaggatatggaacgggagctagcaagtgccaacgatttgataaaagaggtccgg
gaaaataatttagaaaccgccatatgccagttggcccccagtgcggctgtggctagtcgc
attatgcgctccgatctatcgtttaccgaactttactccatgtacgccaaaaacagcgaa
gaactggagatgcgaaatcgcgaaattcagcagttgaagttgcagctcaagtcgatcatt
gctgaggtctcagagagtgccccggttatggaaaaacagaaatccgattaccaaaaaatg
aaggagactaacagtgagctcttgcgcgagcatgatgaattattagaaaataagttatac
cttgagcgggaattggaaagggctttatctacccttaatcacaaccaaaatgaaaataag
aaactaaaacagacgcacaccgatctcagccgacaggtgtgcatgttgctggacgaatta
aactgcataagggctggagtgaaacatgtacgtaaccaaccaactcgtcagacaaccacc
agcgaaagtgtgatcaacgataacttggtaacctttagttctattgaagagttggtggaa
agaaatacatacctcctgaatatgtcccgggacctcacacaacttttagaggctagcgaa
aagaaccaagataaggtcatgttggagcagtctaagaatcacataagaaagctcgaagtg
cgttttgcagaattggaggatttattgacgcaaaagaacaatacggttactacattgcta
tctaagtgcgaccgctacaagaagttatatttcgcggctcagaagaagctgggtcaaaat
actgtggatatggacgactccaatctggatcctaacgactctgtacttgatacttcagag
cagccggcagccaattctgaggagaacaggaaactggaaatgagggtgcggcatctggag
caacagttggaaggggaggtcaagaagtacgcctcactgaaagagaactacgactattac
actagcgaaaagcgtaaaaacgatgcactggcccaagaacagtttgattctatgcgtaat
gaggtgcgggagctaaccagcagtaactgcaagctgatgaacaccactgagttccagaaa
gagcaaatcgaactgcttcacaaacatatagccacctacaagcagcaggtgtctacattg
gaagagcgtaccaagaactatgaaaagaccattattaaacacgagcaaaccgtacatttg
ctcaaggacgaagtgatgaccgcacaccgcaagcacgcagcagccgatgcagaggctcaa
agcctacgccaagagaatcgcattctaagggacacatcttctcgactgcagatcgaaaag
gagacttatcaccgcgagcagcagagccaatcactgcttctaaacagtttggaattcata
aagaccaaccttgagcgatctgagatggagggccgtcagcgtttagagcagcgtttagat
gacactgtacgggaactggctgctcagcgtcgtcacttcaaggaggaggaggagaagttc
cgtgaatcaattaacgagtttaagcggcaggcggagacggccatcaagttgaaagatgaa
gagaagcagcaggcagataagtggcaagcggagcttatcaacgtccgcgaagaacttgct
cagaaggtcaacaaggtcaatgaattaagcaaaaaacttcaggaagttctgacgcccact
ctaaatgacaaccccatcactgcagctaataaacgagcccgagagttcgaacttaagctg
gaccaggccacggtggagattgagtcactcactaaagagttggcaaagactcgtgagcat
ggcgagcagttctataagatgtctcaaagcgccgaaaatgagatcaagcgtctgcacgag
cttcacggcgagttggtggccaagcaggaggaggaaatcaagaagcttcgcagttcagag
gctgaactgaagacccgtataagcgatttggaagcggaggccatgttgtccaatgtcacc
gagcagagcaagactgtcgaccagtcgggtcaattaaagtcagcccaggacgatctaaag
agcttgctagagaagcttacggaagctaattgcaccattcggacgctgcgttccgaaaac
acgagcctggttgaatctcttaatgctgtggaggtgaagtatgctaacggaatgatacag
cattctgcagatattcaggagctaacccgttacaaggccgaattcttcaaagccaacgac
gaactcaaccaattaaagtcaggtcgggaatcattgcaaaccgcatacgatgaacttctg
cgttcgaatgtcgaggcccaaaagctgctggacaaggagagggaggagtcagagaagaga
gtggctgatttgcatgcattgaactccaacttacatgatcaaatcgaagcgctggcctcg
aaactggctgttctggccagtcaaagccaaaacccgaactcttccttgaatgagtctgca
atggatgcagatcagagcctaaatgcttctggactaaccgctgccgaggaaggaaggaac
aacgaacagctactaaagatcataaagtttttgcgcaaggagaaggatctgtacgctgcc
aagctggacattctcaaggcggaaaatgctcgtctgatttcagaacacgccattcaacaa
aagaaggttgacgaactgaatggctatctgaaccaagagcgcgcaaagagccagacggac
gtggtgtcggccaacaaacacgaggaggtgctacgcaagattgaaactctgaatgccatc
accgatagcaaccgcattttgcgagaggagcgtaacgctttaactcttcgcgtcgccgaa
ctcactgatcgtattagcaccgtggaaaaggaactgttcccgctgcagtgcagcaacaag
gaactgacatcgaagatcgaagagattaatgtggagaacacctcgctccgcaccgaggca
atcaagtggcggcagcgtgctaatgcgctggtggagaagagcaatcgcaacccagaggag
ttcaagcgtctgcaggctgagcgcgagcacctggccaagttgctgactgccgagaaagag
ctaaacaagaaacaatcggatgagctgactgtgctaaagcagcgcatgaatacagagatc
ccaatgctgaacaaacaaatgcaacttctagacgaggcgcgcaagaagcaagtggacgaa
ttcaccaatctcaagcaaaacaacacacgccagacgcaggatatcatggaattgaagaac
cgactactgcaaaaggaggaagagctgttaaaggccaacgaggagttggagacgaaggac
aagaccattgcagataaggaaaccaaggagatacagcttcgtaaactggccaagcgctac
aaggacttctatataggccttcaagctcaaggtggtggaaccgaatcgtcagcggaactg
gagaaggttcgcagcgagttagaggaagttaataatcaactacgggcgcttaaagatgag
cacgaaaaggttaccaaagaatgtgatgaagtcaaaaagcgcacagaaccagaaactgaa
accagtgccatacgacaggaatacaaggccaagttggacaaacttgtagtagaccttaca
gtggctcgtactgatttggtcaatcaagagacaacttttgctggcaccaaatcctcctac
gacgagacaattgcccgtttagagaaggagctgcaggagaacatagccgccaataaggac
atcaacctgcgcctcacccgcgagaacgaatcgctgcacatgagaattaaccagctaacc
cgtcagctgggatctcagcagtcaaccaagccctcgaccagctcggttgccgagaagggc
aatatctcggagagctctccacgaactgctaacgtgaaaccaatgtctggttcggcaacg
gtgcaacaatcggccaccgtaactccctggcgtggtggggagactcctttggccagcata
cgtcctatttcggtgcaaaacagccgcacggccgcgattctacctacgagccaacagccc
ccggcaggatccagtacgtccacctcctcgtcatcatcgtcttcatccacttccacaaca
tccgccgctagcggcggcagctccgcggtagcccaaaccgctttggtgccaccacagcaa
caggttcacaccactggaagtgccgccctggaatcgatggcatcatcctcacccacttcc
tcacataccgattatatgccgtccactagctctgcatccgtggccgtcgctgctattccg
ccgatgggcgcctcatctgctgccgaaagttcccaggaggcggaaagtatccagcacccg
cagcagaacgattcgcagttgtttgtaggcggagcccaacagcaagttgtggcgctagtg
tcgccgcgtgttgaagggtcatcttcatcatccagttccacgtctgtcccgactgccact
gctcccagtgtccaggatggcggaagtcagagccaacagcccagcacttctggcagcagt
agcagctcctccacagtgcaatgtgacgaccaccccaggctgggatgctcctcacaagcc
attaagcgtcctcgtgacattgagggtgactcctcccaccacccactgaggagggtgtcc
cccgagaaaatgtcaaaaatgactaagagacttcgcggtcccatgcacagcggagagcta
tcggccggccacattggtgattccggaatggatgtcgatcaaatgccaacctcctctcag
cgcgatcaggaggatgacattcaagttgactcagacgacgaggaggacgttctggccgat
gccgacgatggtcccattgacggaggcgaggccgaacaggagggctacgaagactcgtac
gagcaggacaacgagatggatgacaacgaaggtggtgacgatgacaatgatatagctgtg
gatgcccaggacaacaacgaggtggacatcgaagtgccggagcagcacatgcaggctcag
gaagagagtcaatcgctggacaaccaggcaattgcaactgcatccgcttccactcaggag
aacaaccagagtcaggccatcaccagtggcagtggagagtcatcgaacccggtgactcta
cctcaggctgaggcctccaactggaagcaggcagctgcctcaacgtccacagcagccgcc
cgacgcaacgaaagctctgtggagattgtaagttcccctcaagtctcgaatttttgtgag
caacctgcccgcttggagtccgctgacgtcgatggcaccgccgaggtggccggcggcgcg
cctcatgaaagcgctggccccagcgatgcgggagctgcctcggccagttctccgcaaaaa
cagagcgaagcaggggagagcagcggaagcgacgcccttaaagctgctgacgagggtgat
catgctgacggagcagaaaacgccagcgaagctgatgaggcattcgccgaggagacaatg
gctactggccaaggagaagactctcagccgctaggaaacgataatccaaatgtgggcact
agccaatcggaggtgtcccaaaaccaatccaatcttggcgagggaaaccccaccgaggac
agcgagggagccgacggcgtctcctccgagggtgagaagcaggcggtgggtgttgaggag
gagggtcgcgaggcggaggccacttcgccgtcggagaacacgcgatttcgcacgctgcgt
agtgcggtgcccacccgacgaggacatcgcgccatgaggggtggcagtcctaacagccag
aaccggccgcagcgaattgtctggcagcgggacacgtcgccgggaaacattcagcaaaac
cagatgtcagccaataataatcgctttgcgcaacgggcccgcaaccggcgtcccattcgt
cgtccgtctccaaacaacttcaacaacggagggcgattcccttag

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 (2)   
   Pfam (2)   
All databases (12)   

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