KEGG   Drosophila melanogaster (fruit fly): Dmel_CG3936
Entry
Dmel_CG3936       CDS       T00030                                 
Symbol
N
Name
(RefSeq) notch, isoform B
  KO
K02599  Notch 1
Organism
dme  Drosophila melanogaster (fruit fly)
Pathway
dme04320  Dorso-ventral axis formation
dme04330  Notch signaling pathway
Brite
KEGG Orthology (KO) [BR:dme00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04330 Notch signaling pathway
    Dmel_CG3936 (N)
 09150 Organismal Systems
  09158 Development and regeneration
   04320 Dorso-ventral axis formation
    Dmel_CG3936 (N)
SSDB
Motif
Pfam: EGF hEGF EGF_CA Ank_2 Ank Notch NOD EGF_2 EGF_3 Ank_5 Ank_3 Ank_4 NODP cEGF DUF2722 AIF_C Suf
Other DBs
NCBI-GeneID: 31293
NCBI-ProteinID: NP_001245510
FlyBase: FBgn0004647
UniProt: P07207 M9NE67
Structure
Position
X:3134870..3172221
AA seq 2703 aa
MQSQRSRRRSRAPNTWICFWINKMHAVASLPASLPLLLLTLAFANLPNTVRGTDTALVAA
SCTSVGCQNGGTCVTQLNGKTYCACDSHYVGDYCEHRNPCNSMRCQNGGTCQVTFRNGRP
GISCKCPLGFDESLCEIAVPNACDHVTCLNGGTCQLKTLEEYTCACANGYTGERCETKNL
CASSPCRNGATCTALAGSSSFTCSCPPGFTGDTCSYDIEECQSNPCKYGGTCVNTHGSYQ
CMCPTGYTGKDCDTKYKPCSPSPCQNGGICRSNGLSYECKCPKGFEGKNCEQNYDDCLGH
LCQNGGTCIDGISDYTCRCPPNFTGRFCQDDVDECAQRDHPVCQNGATCTNTHGSYSCIC
VNGWAGLDCSNNTDDCKQAACFYGATCIDGVGSFYCQCTKGKTGLLCHLDDACTSNPCHA
DAICDTSPINGSYACSCATGYKGVDCSEDIDECDQGSPCEHNGICVNTPGSYRCNCSQGF
TGPRCETNINECESHPCQNEGSCLDDPGTFRCVCMPGFTGTQCEIDIDECQSNPCLNDGT
CHDKINGFKCSCALGFTGARCQINIDDCQSQPCRNRGICHDSIAGYSCECPPGYTGTSCE
ININDCDSNPCHRGKCIDDVNSFKCLCDPGYTGYICQKQINECESNPCQFDGHCQDRVGS
YYCQCQAGTSGKNCEVNVNECHSNPCNNGATCIDGINSYKCQCVPGFTGQHCEKNVDECI
SSPCANNGVCIDQVNGYKCECPRGFYDAHCLSDVDECASNPCVNEGRCEDGINEFICHCP
PGYTGKRCELDIDECSSNPCQHGGTCYDKLNAFSCQCMPGYTGQKCETNIDDCVTNPCGN
GGTCIDKVNGYKCVCKVPFTGRDCESKMDPCASNRCKNEAKCTPSSNFLDFSCTCKLGYT
GRYCDEDIDECSLSSPCRNGASCLNVPGSYRCLCTKGYEGRDCAINTDDCASFPCQNGGT
CLDGIGDYSCLCVDGFDGKHCETDINECLSQPCQNGATCSQYVNSYTCTCPLGFSGINCQ
TNDEDCTESSCLNGGSCIDGINGYNCSCLAGYSGANCQYKLNKCDSNPCLNGATCHEQNN
EYTCHCPSGFTGKQCSEYVDWCGQSPCENGATCSQMKHQFSCKCSAGWTGKLCDVQTISC
QDAADRKGLSLRQLCNNGTCKDYGNSHVCYCSQGYAGSYCQKEIDECQSQPCQNGGTCRD
LIGAYECQCRQGFQGQNCELNIDDCAPNPCQNGGTCHDRVMNFSCSCPPGTMGIICEINK
DDCKPGACHNNGSCIDRVGGFECVCQPGFVGARCEGDINECLSNPCSNAGTLDCVQLVNN
YHCNCRPGHMGRHCEHKVDFCAQSPCQNGGNCNIRQSGHHCICNNGFYGKNCELSGQDCD
SNPCRVGNCVVADEGFGYRCECPRGTLGEHCEIDTLDECSPNPCAQGAACEDLLGDYECL
CPSKWKGKRCDIYDANYPGWNGGSGSGNDRYAADLEQQRAMCDKRGCTEKQGNGICDSDC
NTYACNFDGNDCSLGINPWANCTANECWNKFKNGKCNEECNNAACHYDGHDCERKLKSCD
SLFDAYCQKHYGDGFCDYGCNNAECSWDGLDCENKTQSPVLAEGAMSVVMLMNVEAFREI
QAQFLRNMSHMLRTTVRLKKDALGHDIIINWKDNVRVPEIEDTDFARKNKILYTQQVHQT
GIQIYLEIDNRKCTECFTHAVEAAEFLAATAAKHQLRNDFQIHSVRGIKNPGDEDNGEPP
ANVKYVITGIILVIIALAFFGMVLSTQRKRAHGVTWFPEGFRAPAAVMSRRRRDPHGQEM
RNLNKQVAMQSQGVGQPGAHWSDDESDMPLPKRQRSDPVSGVGLGNNGGYASDHTMVSEY
EEADQRVWSQAHLDVVDVRAIMTPPAHQDGGKHDVDARGPCGLTPLMIAAVRGGGLDTGE
DIENNEDSTAQVISDLLAQGAELNATMDKTGETSLHLAARFARADAAKRLLDAGADANCQ
DNTGRTPLHAAVAADAMGVFQILLRNRATNLNARMHDGTTPLILAARLAIEGMVEDLITA
DADINAADNSGKTALHWAAAVNNTEAVNILLMHHANRDAQDDKDETPLFLAAREGSYEAC
KALLDNFANREITDHMDRLPRDVASERLHHDIVRLLDEHVPRSPQMLSMTPQAMIGSPPP
GQQQPQLITQPTVISAGNGGNNGNGNASGKQSNQTAKQKAAKKAKLIEGSPDNGLDATGS
LRRKASSKKTSAASKKAANLNGLNPGQLTGGVSGVPGVPPTNSAAQAAAAAAAAVAAMSH
ELEGSPVGVGMGGNLPSPYDTSSMYSNAMAAPLANGNPNTGAKQPPSYEDCIKNAQSMQS
LQGNGLDMIKLDNYAYSMGSPFQQELLNGQGLGMNGNGQRNGVGPGVLPGGLCGMGGLSG
AGNGNSHEQGLSPPYSNQSPPHSVQSSLALSPHAYLGSPSPAKSRPSLPTSPTHIQAMRH
ATQQKQFGGSNLNSLLGGANGGGVVGGGGGGGGGVGQGPQNSPVSLGIISPTGSDMGIML
APPQSSKNSAIMQTISPQQQQQQQQQQQQQHQQQQQQQQQQQQQQQQQLGGLEFGSAGLD
LNGFCGSPDSFHSGQMNPPSIQSSMSGSSPSTNMLSPSSQHNQQAFYQYLTPSSQHSGGH
TPQHLVQTLDSYPTPSPESPGHWSSSSPRSNSDWSEGVQSPAANNLYISGGHQANKGSEA
IYI
NT seq 8112 nt   +upstreamnt  +downstreamnt
atgcaatcgcagcgcagccgacgtcgcagtcgcgcaccaaacacttggatttgtttttgg
attaacaaaatgcacgccgttgcgtcgctgccggcgtcgctgcctctgctgctgttgacg
ctggcgtttgcgaatttgccaaacaccgttcgcggaactgataccgcgttggtggccgct
tcctgcacaagtgtcggttgccagaatggcggcacatgcgttacacaactcaatggcaaa
acctactgcgcatgcgattcgcactatgtcggcgactactgtgaacaccgcaatccgtgc
aattcgatgcgttgccaaaatggtggcacctgtcaggtgacctttcgcaacggccgtccg
ggcatctcgtgcaagtgtcctttgggcttcgacgagtccctgtgcgaaattgcggtaccg
aatgcctgcgatcatgtgacctgcctcaatggaggcacctgtcagctaaagacactggag
gagtacacgtgtgcgtgtgccaatggctatacaggtgaacgatgcgagacgaagaatctg
tgcgcaagttctccctgccggaatggagccacctgcaccgctttggccggaagcagcagc
ttcacctgctcctgtccgccgggcttcaccggtgacacctgttcctatgacatcgaggag
tgccagtcgaatccgtgcaaatacggcggcacatgtgtcaacacccacggatcttaccag
tgcatgtgtcccacgggctacacgggaaaggattgcgacaccaagtacaagccctgctcg
ccatcgccgtgccagaatggcggaatttgccggtcgaacggtctgtcctacgagtgcaag
tgccccaaaggtttcgagggcaagaactgcgaacagaactacgacgattgcctgggacat
ctttgccagaacggaggaacctgcatcgatggcatctcggactacacctgccgctgtcca
ccgaacttcacgggcagattctgccaggacgatgtggacgagtgcgcccaacgggatcat
ccggtgtgccagaacggagccacctgtacaaacactcacggatcgtacagctgcatctgc
gtgaatggctgggcgggcttggactgcagcaacaacacggatgactgcaaacaggcggcc
tgtttctacggagccacgtgcatcgatggcgttggcagcttctattgccagtgtacgaag
ggcaagacgggtctgttgtgccacctggacgatgcctgtacctcgaatccctgccatgcg
gacgccatttgtgacacgagtccgataaacggctcctatgcctgttcctgtgccaccggc
tacaagggcgtggattgttcagaggacatagatgaatgcgatcagggatcaccgtgcgaa
cacaatggcatatgcgtgaacacaccgggcagctacagatgcaattgctcccagggcttt
acgggtccgcgctgcgagacgaacatcaatgagtgcgaatcgcatccatgccagaacgag
ggatcttgcctggatgatccgggaacgttccgatgcgtctgtatgccaggattcacgggc
acacagtgcgaaatcgacattgacgaatgccaatcgaatccctgcttgaacgatggaact
tgccacgacaagatcaatggctttaaatgcagttgtgccctgggctttacgggcgcacga
tgtcaaatcaatatagacgactgtcagtcgcaaccatgccggaatcgtggcatctgtcac
gactctatagcgggctacagctgcgaatgtccgccgggatatacgggcaccagttgcgag
atcaatatcaacgattgcgattcgaatccctgccatcggggcaagtgcatcgacgatgtg
aacagtttcaagtgcctctgtgatcccggctacacgggctacatatgccagaagcagatc
aacgaatgcgaatcgaatccgtgccagttcgatggccattgccaggatcgtgtgggcagc
tactattgtcagtgccaggcgggaaccagtggcaagaattgcgaggtcaatgtgaacgaa
tgccacagtaatccctgcaacaatggtgccacctgcatcgatggcatcaattcgtacaag
tgccagtgtgtgcccggttttacgggtcagcactgcgagaagaacgtcgacgagtgcatt
agcagtccgtgtgccaacaatggtgtctgcatagatcaggtgaatggctacaagtgcgag
tgtccgcgtggattctacgatgcccattgcctgagcgatgtggacgagtgcgcatcgaat
ccgtgcgtgaacgagggacgttgcgaggatggaatcaatgagttcatctgccactgtccg
ccaggatacacgggcaagcgttgtgagctggacatagacgagtgcagcagcaatccctgc
cagcatggtggcacctgttatgataagctcaacgccttcagttgccaatgcatgccgggc
tatacgggccaaaagtgcgaaacgaatattgacgactgtgtgaccaatccgtgcggaaat
ggaggcacctgcattgacaaggtcaacggctacaagtgcgtctgcaaagtgcccttcacg
ggcagggattgtgaaagcaaaatggatccctgcgccagcaatcgttgcaaaaacgaggcg
aaatgcacgccaagctcgaatttcctggacttctcctgcacctgcaaactgggctatacg
ggtcgctattgcgatgaggacatagacgaatgctcactgagttcaccctgtcggaatgga
gctagctgtttgaatgttcccggatcgtataggtgcctctgcaccaagggctatgagggc
agagattgcgccatcaatacggacgattgtgcctcgtttccgtgccagaacggtggaacc
tgtctggatgggatcggtgactatagctgcctgtgcgtggatggcttcgatggcaagcac
tgcgagacggacatcaatgagtgcttgagtcagccgtgccagaatggagccacgtgtagt
cagtatgtgaatagctatacctgcacctgtccactcggattctccggcatcaattgtcag
acgaacgatgaggattgcacggagagctcgtgcttaaacggtggcagttgcatcgatggc
atcaatggctacaactgtagctgtttggctggatattccggtgccaattgtcagtacaag
ttgaataagtgcgattcgaatccctgtttgaacggagccacctgccacgagcaaaacaac
gagtacacatgccattgtcccagtggctttacgggcaaacagtgttccgaatatgtggat
tggtgtggtcaatcgccgtgcgagaatggagcgacctgtagccagatgaagcatcagttt
agctgcaaatgctcggcaggatggacgggtaagctgtgcgatgttcagacgatttcgtgt
caggatgcagcagatcggaagggtctgagcctgcggcagttgtgcaacaatggcacgtgc
aaggattatggaaatagtcatgtgtgctactgctcccagggatacgcgggtagctattgc
caaaaggagatcgacgagtgccaatcgcaaccgtgccagaatggtggaacgtgccgagat
ctcatcggagcctacgaatgccagtgtcgccagggatttcagggtcagaattgcgaactg
aacatcgatgactgtgcaccgaatccctgccagaatggcggcacttgccacgaccgtgtg
atgaactttagctgcagctgtccaccgggaacgatgggcatcatatgcgagatcaacaag
gatgattgcaaaccgggagcatgccacaacaacggcagctgcatcgatcgcgttggaggc
ttcgagtgcgtctgtcagcccggttttgtgggtgcccgctgcgagggcgacatcaacgag
tgcctaagcaatccctgttcgaatgccggcacactggactgcgtccagttggtcaataac
tatcactgcaactgtcgacctggacatatgggtcggcactgtgagcacaaggtggacttt
tgtgcccagagtccgtgccagaatggtggcaattgtaatatccgacagagtggccaccac
tgcatctgtaataatggattctacggtaagaactgtgagctgagtggtcaggattgtgat
tcgaatccctgccgtgtgggtaactgtgttgtcgcggacgagggattcggctatagatgc
gagtgtccaaggggcacactgggtgagcactgcgagattgatacgctagacgaatgttcg
ccgaatccctgtgcccagggagctgcctgcgaggatttgctcggtgattacgaatgcctc
tgtccgagcaaatggaaaggcaaacgctgcgatatctatgatgccaactatccgggatgg
aatggcggttcgggatccggaaatgatcgctatgccgctgatttggagcaacaacgtgcc
atgtgcgataagcgaggttgcaccgaaaagcagggcaacggcatttgcgattccgattgc
aatacgtatgcctgcaactttgatggaaacgattgctcactgggcatcaatccgtgggcc
aattgcacggccaacgagtgctggaacaaattcaagaacggcaaatgcaacgaggagtgc
aacaatgctgcctgccactacgatggtcacgattgcgaacggaaattgaagagttgcgat
agccttttcgatgcctactgccagaagcattacggcgatggtttctgcgactatggatgc
aataatgcggaatgcagttgggacggactcgactgtgagaacaagacccagtcaccggtt
ttggccgagggtgccatgtccgtggtgatgctaatgaatgtggaggcattccgcgagatt
caggctcagttccttaggaatatgagccacatgctgcggacaacggtgcggttgaagaag
gacgctcttggtcatgacatcattatcaattggaaggacaatgtgcgcgtgccggagatc
gaggatacggactttgcgagaaaaaacaagattctgtacacccaacaggtccatcagacg
ggcattcaaatctatttggagattgacaatcgcaaatgcaccgaatgctttacgcacgcc
gttgaggcagccgaatttctggctgccacggcggccaaacatcagctgcggaacgatttt
cagatacacagtgttaggggcatcaagaatcccggcgatgaggacaatggtgagccgccg
gcgaatgtgaaatacgtaattactggcattatactggtcatcattgcattggccttcttt
ggcatggtcttgagtacgcaaagaaagcgggcacatggcgtcacctggttcccggaggga
ttccgtgcaccggcggcggttatgtcgcgacgtcgacgtgatccacacggccaagagatg
cggaatctcaacaagcaggtggccatgcaatcgcagggtgttggccagccaggtgctcat
tggtccgacgatgaatcggatatgccgttgcccaagcgacagcgcagtgatcccgtttcc
ggtgtcggtctgggcaacaatggtggctatgccagtgatcatacaatggtcagcgaatat
gaggaggctgatcagcgggtctggtcgcaggcccatctggatgtggtcgatgtgcgggcc
ataatgacaccgccggcgcatcaggatggtggcaagcacgatgtggatgcacgtggacct
tgcggactgactccgctaatgattgctgccgtacgaggcggtggcctggacactggcgag
gatatcgagaacaatgaggacagtactgcccaggtgatatcggatctattggcacaggga
gccgagttaaatgccacaatggataaaacgggcgagacatcattgcatttggcagcacgt
tttgctcgagcagatgccgccaagagattattggacgccggtgcggatgccaattgtcag
gataacacgggcaggacaccgctgcacgctgctgtggccgccgatgccatgggtgtattt
cagatattgcttaggaatagggctaccaatctaaatgctagaatgcatgacggcacaacg
ccactaatactggccgctcgtctagccatcgagggcatggtggaggatttgatcacagcc
gatgcggatattaatgcagcggataattccggcaagaccgctctccattgggcagcggcg
gttaacaataccgaagcggtgaacattctgctaatgcatcatgccaatcgcgatgcccag
gacgataaggatgagacaccgctgtttctggccgcacgcgagggtagctatgaggcgtgc
aaggcgctgttggataattttgccaatcgcgagattaccgatcacatggatcgattgcca
cgcgatgtggccagcgagcgactgcatcacgatattgtcaggctgctggacgagcatgtg
ccgcgatctccgcaaatgctgagcatgacaccgcaggcaatgatcggatccccgccgccg
ggtcaacagcagccgcagttgatcacacagccgacggtcatttccgccggaaatggtggc
aacaatggcaatggcaatgccagcggaaagcagagcaaccaaacggccaaacagaaggcg
gccaagaaggccaaactaatcgagggcagtccggacaatgggctggatgccacgggcagt
ttgcgacgcaaggcaagttcaaaaaagacaagtgcggcctcaaaaaaggccgccaacttg
aatggcctaaatccgggccagctgacggggggagtgtcgggcgtgccgggtgtaccgcca
acgaattcagcggcacaagcagctgcagcggcagcggcagccgtggcggccatgtcccac
gaactggagggttcgccggtgggcgtgggcatgggcgggaatctgcccagtccgtacgac
accagttcgatgtactcgaatgcgatggccgcaccgctggcgaacggcaatccgaacacg
ggcgccaagcagccgccgagctatgaggattgcatcaagaatgcgcaatcgatgcaatcg
ctgcagggcaatggtctggatatgatcaagctggataattatgcctactcgatgggctcg
ccatttcagcaggagctgctcaatggccaaggactcgggatgaatggtaatggccagcga
aatggagtcggtcccggcgttctgcccggcggcctatgcggaatgggcggtctgagtgga
gccggcaatggaaatagccacgaacagggactgagtccgccgtactcgaatcagtcgccg
ccgcattcggtgcagagcagcctggcgctatcgccccacgcctacttgggctcgccatcg
ccggccaagtcgcgacccagtctacccacctcgcccacccacattcaggcgatgaggcat
gccacacagcagaagcaattcggtggcagtaatctgaatagtttgctgggcggtgccaat
ggcgggggcgtggtcggcggaggaggaggtggtggtggtggtgttggccaggggccacaa
aactcacccgtaagcttgggaatcatctcgccgacgggcagcgatatgggcatcatgctc
gccccgccccaatcctcgaagaatagtgcaataatgcaaacgatatcaccccagcaacag
cagcagcagcagcaacagcaacagcagcaacatcagcagcagcaacagcagcagcaacag
cagcagcagcaacagcagcagcaactcggaggcctggagttcggttcagcgggcttggac
ctgaatggattttgtggatctccggactcatttcactcgggtcaaatgaatccgccctcg
atacaaagttcaatgtccggctcatcgccgtcgaccaatatgttgtcgccgtcgtcgcag
cacaatcagcaggccttctaccagtacctaacgccttcgagccaacattccggcggccat
acgccgcagcatttggtccaaacgttggatagctatccgacgccctcgccggagtcacct
ggccactggtcctcctcgtcgccgcgatcgaattccgattggagcgagggcgttcagtcg
ccggcggcaaataatctttacatatccggtggccatcaggctaacaagggttccgaggcc
atctacatttga

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (239)   
   KEGG ORTHOLOGY (1)   
   RefGene (234)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
3D Structure (3)   
   PDB (3)   
Protein domain (17)   
   Pfam (17)   
All databases (270)   

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