KEGG T01066: Dvir

Drosophila virilis: Dvir_GJ18794

Entry

Dvir_GJ18794 CDS T01066

Definition

GJ18794 gene product from transcript GJ18794-RA

Organism

dvi Drosophila virilis

Class

SSDB

Motif

Pfam:

Peptidase_S8 P_proprotein GF_recep_IV VSP Furin-like VIT_2

Other DBs

NCBI-GI:

NCBI-GeneID:

FlyBase:

UniProt:

AA seq 1657 aa
MLDIGIGKRTVELPFIVERTCTDCANDNNNLRPETEAEAEADTEADRSSATSRSTLPNQL
SINICSKKPGKGTASRCHPYVKLNRRIYLRKCNRMATSCIYFVLVLAILSLRNTSAAFHN
NITNNSINNYYNNNNIESVSKTQHSAGILRINESASEFYPINNYSKYQQYSKTELTGNRK
SKHPALIIAETDSEASNTHNNNTNNASAKKQTEKNVEQTEKHHLDDIDIFGAYSIPDDPI
YTNEFAVHIPAGKYVADSIAGKYGFTNKGQIGALDDYYLFQHHRVSKRSLRSSRKHHSAL
KSEFEVKWLQQQHEKIRRKRDGPYQDIPTYSPYNILRQTNDYLIDPHTNTHFSYSPDPVL
TSSLVGTHSPRLEYRDVTSHLIFSDPLFKEQWYLNGGAKDGLDMNIGPAWQKGYTGKGVV
VSILDDGIQTNHPDLAQNYDPDASFDINGNDSDPTPQDNGDNKHGTRCAGEVAAVAFNNY
CGVGVAYNASIGGVRMLDGKVNDVVEAQALSLNPSHIDIYSASWGPEDDGSTVDGPGPLA
RRAFIYGVTSGRQGKGSIFVWASGNGGRYTDSCNCDGYTNSIFTLSISSATQAGFKPWYL
EECSSTLATTYSSGTPGHDKSVATVDMDGRLRPDHICTVEHTGTSASAPLAAGICALALE
ANPGITWRDMQYLVVYTSRPGPLEKESGWTLNGVKRKYSHKFGYGLMDAGAMVALAEQWN
SVPPQHICKSRENNEDRKIEGAYGYTLATHMDVNGCAGTINEVRYLEHVQCRITLRFFPR
GNLRILLTSPMGTTSTLLFERPRDIVKSNFDDWPFLSVHYWGEKAEGRWTLQVINGGRRR
VNQPGILSKWQLIFYGTSTQPMRLKSELLNTQLRNSPIANNPFIFSSASNIGQPANEGGN
FNTDNFASYLNYQNIFSSAGSSPEVATATLDGHNVSTTTSAQLSNALPNGDNKLILYSCD
AECDSLGCYGRGPTQCVACSHYRLDNTCVSRCPPRSFPNQVGICWPCHDSCETCAGAGPD
SCLTCAPAHLHVTDLAVCLQVCPDGYFEDVKNRTCVPCEPNCASCQDRPEYCTSCDHHLV
MHENKCYSACPLNTFETEENKCTYCHSSCATCNGATENNCITCRPSRYAWQNKCLNNCPD
GFYADKKRLECLPCHEGCKSCSSNGICTECLPNWTLNKKDKCIVAGSESCFESEYYSQSE
GKCNPCHDSCETCNGPMSSNCLSCHQNRLLEQSSCVSGCQDGFYMETGVCTPCLHTCTQC
VSRTNCSNCSKGLELQNGECRTTCADGYYSDRGICAKCYLSCHTCSGPRRNQCVHCPAGW
QLAAGECHPECPEGFYKSDFGCQKCHHYCKTCNGAGPLACSSCPTHFMLDGGLCMECLSS
QYYDTTTQTCKSCHESCRSCFGPGQYSCKACAPPLHLDQLNSQCVPCCQNKSAGDNETGS
ENCCHCDKDTGECKTVSTAGKRRTVVGSDSIFRNMDRAAINDEGNSGSFALRLDSPLTAI
TAIAVAICLLIITIFSIIFAVLQRNSNHVSRNSVRYRKIISKSGGRKSDPSNEARFIFNV
GDDGDDTEDNTDDDLDVHTRAIKKVVYEPNGPMNGNEFFIKSTNDIDAVEFHCKGAGVNK
SKFDTQRNANTNHTECSSPTYMNQATTSRMNSKIVHS

NT seq 4974 nt +upstreamnt +downstreamnt
atgcttgatataggcattggcaaaagaaccgtcgaattaccatttattgtggagcgtacg
tgtactgattgcgccaacgacaacaacaacctgcgaccagaaacagaagcagaagcagaa
gcagacacagaagcagatagatcatcggcaacatcgagatcaacgttacccaatcaattg
tctatcaacatctgctctaaaaagccgggcaaagggacggccagcagatgccatccatat
gtaaaactcaatagaagaatctacttacgcaaatgtaatcgaatggcaacaagctgtata
tattttgtattagttttagcaattttaagtctaagaaatactagtgctgcttttcataat
aatattacaaataattctattaataattattataataataacaatattgaaagcgtaagc
aaaactcaacattctgctggaatactccgtattaacgagagcgccagtgaattctaccca
atcaacaactactcgaaatatcaacaatacagtaaaacagaactaactgggaatcgtaaa
agtaaacacccagccctgatcatcgctgagactgactccgaggctagtaatactcacaac
aataacaccaacaacgccagtgcgaagaagcaaacggagaagaacgttgaacagactgag
aagcatcatttagacgatattgatatatttggtgcgtatagcatacccgacgatcccatc
tatacaaatgagtttgccgtgcatatacctgctggcaaatatgtggcagatagcatagct
ggcaagtacggcttcaccaataagggacagattggcgcccttgacgactattatctgttt
cagcatcatcgtgtgtcaaagcgttcgcttcgttcgagtcgcaaacatcacagtgcctta
aagtcggagttcgaggttaaatggctgcagcagcaacacgagaagatccgccgaaaacgg
gatggcccctatcaagacatacccacctacagtccgtacaatattttgcgccagactaat
gactaccttatcgatccgcatacgaatacgcatttttcatattccccagaccctgtgcta
acatcatcgctggtgggaacccattcgccgcgcctcgagtaccgcgacgtcacctcacac
ctcatattctccgatccgttgtttaaggaacagtggtatttgaatggcggagctaaggat
ggccttgacatgaatattggtcctgcctggcagaagggctatactggcaaaggtgttgtt
gtgtccattctagatgacggaattcaaaccaaccatccggatctggctcaaaattatgat
ccagatgcttcctttgatattaatggcaacgattcagatccaacgccgcaggacaacggt
gacaataaacacggcacaagatgcgctggagaagtggctgcggtcgcctttaacaactac
tgcggtgtgggtgtggcatataatgccagcattggtggcgttcgcatgttggatggcaaa
gtcaatgatgtggttgaggcgcaggctttgagtttgaatccatcgcatatcgacatatat
agtgcatcttggggcccagaggatgacggctccacggtcgatgggcccggtccattagca
cgtcgtgcctttatctatggtgtaaccagcggccgtcaaggcaagggctccatttttgtg
tgggcctctggcaacggtggccgttataccgactcgtgtaactgcgatggttacaccaat
tccatattcacgctttccatatcgagtgccacgcaagctggctttaagccctggtatttg
gaagagtgttcctcaacgctggcgacaacgtacagctcgggaacgccgggacatgacaag
agcgtggccacggtagacatggacggacgcctgcgtcccgaccacatttgcacggtggag
cacactggaacatcggcatcagcgccgctagcggccggtatatgcgccctggcgcttgag
gccaatccgggtataacatggcgcgatatgcaatatttggtggtgtacacatcgcgaccg
ggcccactcgaaaaggagagcggctggacgctgaacggtgtaaagcgcaagtatagccat
aagtttggttacggtttgatggatgcgggtgctatggttgcccttgctgaacagtggaat
tcggtgccgccgcagcacatatgcaaatcgcgggagaacaatgaggatcgtaaaatagaa
ggtgcctacggctacactctggcaacgcacatggacgtaaatggctgcgccggcaccatt
aatgaggtgcgctatttggaacatgtccagtgtcgtatcacattacgtttctttccgcgc
ggcaatctgcgtattttgcttacctcgcccatgggcacaacgagtacgttgcttttcgag
cggccgcgtgacattgttaaatccaactttgatgactggccattcctcagtgtacactac
tggggcgaaaaggccgagggtcgttggacactgcaggtgatcaacggcggtcgtcgtcgc
gtcaatcagccaggcattctatccaaatggcagctgatcttctatggcacctcaacgcaa
cctatgcgactcaaatcggagctgctgaatacgcaactacgcaacagtcccattgcgaac
aatccgtttatattctcatcggcctccaatatcggccagccggccaacgaaggtggcaac
tttaacacggacaattttgccagctatctcaactaccaaaacatattcagtagcgccggt
tccagtccagaggtggcaactgccacgttagacggacacaatgtgtcgaccacaacatcg
gctcagctatcgaacgcactgcccaatggagacaacaagctcatattatattcctgtgat
gccgagtgcgattcccttggctgctacggccgtggacccacacagtgtgtggcatgcagc
cattatcgtttggataacacttgcgttagccgctgcccgccgcgttcttttccaaatcaa
gtgggcatatgctggccatgccatgattcctgcgaaacgtgcgcaggagctggaccggac
agttgcctgacatgcgcgccagcacacttgcatgttactgatctcgctgtttgtctgcaa
gtttgtcccgacggttactttgaagatgtgaagaataggacatgtgtgccatgtgagccg
aactgtgcatcgtgtcaagaccgtcccgagtattgcaccagctgtgatcatcatctcgtt
atgcatgaaaacaaatgctattcagcttgtcccttgaacacattcgaaacggaggagaac
aaatgcacctactgtcactcctcgtgcgctacatgcaacggagctaccgaaaataattgc
attacttgccgccccagccgctatgcctggcagaacaaatgcctaaacaactgccccgat
ggtttctatgccgataaaaagcgactggagtgcctgccttgccatgagggctgcaagtcg
tgcagtagcaatggcatctgtacggaatgtctacccaattggacgctcaacaagaaggac
aaatgcattgtagccggcagtgaaagctgctttgaatccgagtactatagccaaagtgag
ggcaaatgcaatccatgtcatgactcctgcgagacctgcaacggaccaatgtcttccaat
tgtctgtcttgtcatcagaatcgcttgctagagcagagcagctgcgtgagtggctgccaa
gatggtttctacatggaaacaggcgtatgtacgccatgtttacatacctgcacccagtgc
gtatcccgcaccaattgcagcaactgttccaagggactcgaactgcagaacggcgaatgt
cgcacaacgtgcgccgatggttactacagcgatcgcggtatctgtgccaagtgttatctc
agttgccacacatgcagcggaccgcgtcgtaatcagtgcgtgcattgtccggctggctgg
cagctagcagcaggcgaatgccatccggaatgccccgagggattttacaaatcggatttc
ggctgtcagaaatgtcatcactattgcaagacctgcaacggtgctggtccactggcgtgc
tcatcgtgccccacacactttatgctcgatggcggcctttgcatggaatgcttaagttcc
cagtactatgatacaacaacacagacgtgcaagagctgccacgaatcgtgccgttcgtgt
tttggccccggtcagtactcgtgtaaggcatgcgctcctccgcttcatttggatcaattg
aatagccaatgtgtgccgtgctgtcagaataaaagcgctggcgataatgaaactggatct
gaaaactgttgtcattgcgacaaagacacaggtgaatgtaagactgtctcaacagctggc
aagcgccgcactgtggtgggatccgacagtatttttagaaacatggatcgagcagcaatt
aacgatgagggcaacagtggctcatttgccttgcgtctcgactcaccactgactgcgatc
acagcaattgcggttgccatctgtttgttaatcataacgatattctccataatatttgcc
gttctacagcgcaatagtaatcatgtatcgaggaattcggttcggtataggaaaataata
agcaaatcgggtggtcggaaaagcgatccgagcaatgaagctagatttatattcaatgtg
ggtgacgacggcgacgatacggaagataatacggatgatgatttggatgtccacactagg
gctattaagaaggtcgtctacgaacccaatggtccaatgaatggaaacgaattttttatt
aaaagtacaaatgatattgatgcggtcgagtttcattgtaaaggtgcgggtgtgaataaa
tctaaattcgatacccaacgcaatgcaaacacaaaccacaccgaatgtagcagtcccacg
tatatgaatcaggcaaccactagccgaatgaatagtaagattgttcatagctga

All links

Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   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 (6)   
   Pfam (6)   
All databases (14)   

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