KEGG   Maylandia zebra (zebra mbuna): 101473768
Entry
101473768         CDS       T02814                                 
Name
(RefSeq) neurogenic locus notch homolog protein 1
  KO
K02599  Notch 1
Organism
mze  Maylandia zebra (zebra mbuna)
Pathway
mze04330  Notch signaling pathway
Brite
KEGG Orthology (KO) [BR:mze00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04330 Notch signaling pathway
    101473768
SSDB
Motif
Pfam: EGF hEGF EGF_CA EGF_2 Ank_2 Ank NOD Notch NODP Ank_3 Ank_5 Ank_4 EGF_3 JAG1-like_EGF2 DL-JAG_EGF-like cEGF
Other DBs
NCBI-GeneID: 101473768
NCBI-ProteinID: XP_004566803
Position
LG12:27294769..27338486
AA seq 2520 aa
MHILSVKLTFLLSLIGVTRGLRCSKQAESCLNQGKCQTTLDGNEECKCRDGSLGNRCQFP
DPCTASPCENDGMCHHTLSENSVDFFCSCRPGFVGLHCQIVNPCTSILCRNGGTCALDNL
QSYKCHCPPGWLGKQCERADPCTSNPCANSGQCSVIEFQYICTCTPFFTGMTCTQDVNEC
DIKPSPCKNGGVCINEVGNYRCQCPPDYIGKHCESRYFPCNPSPCQNGGTCIQKGETSYE
CSCVPGFTGKNCSQNIDDCPNHECQNGGTCVDGVNTYNCQCKPEFTGQLCREDVDECQLM
PNACQNGGTCHNTYGSYQCVCVNGWTGDDCSENIDDCASAACHQGSTCHDRVASFYCECP
PGRTGLLCQLDDACMSNPCQKGSNCDTNPVTGNHFCTCPSGYVGASCDQDIDECSLGSNP
CEHAGKCINTRGSFQCKCQRGFVGPRCELDINECMSNPCLNEATCLDQIGKFQCICMPGY
EGEFCQIDTNECASSPCLNNGECIDKTNAFHCQCPTGFSGNLCQIDIDECASTPCKNGAK
CTDGPNKYTCECTEGYTGKHCETDINECYSDPCHYGSCIDGLASFSCQCKPGFTGRLCET
NINECLSQPCRYGGTCQDRENSYICVCPKGTTGINCETNIDDCKSNPCDYGTCNDKINGY
ECACEPGYTGAMCNININECASNPCHNGGTCIDGINSFTCQCPDGYHDTTCFSQVNECLS
NPCIHGHCEDKINGYKCLCDSGWSGKNCDINNNECESNPCMNGGTCKDMTSGYVCTCRMG
FTGPNCQNNINECASNPCLNQGTCIDDVAGYKCNCILPYTGENCETLMAPCSSKPCKHGG
LCQESEDYLNFSCVCPEGWQGQTCEVDIKECVKNPCRNGATCQNTLGSYHCSCKPGFTGR
NCENNIDDCKPNPCSNGGLCNDEVNGFLCTCPAGFRGTRCEEDINECESNPCKNGANCTD
CVNSYTCTCPLGFSGIHCENNTPDCTESSCFNGGTCVDGINAFTCLCPPGFTGSYCQHDI
NECDSKPCLNGGTCQDSYGTYKCTCPHGYTGLNCQNLVRWCDSSPCKNGGTCWQTDTTYS
CGCETGWTGLYCDVPSVSCEVAAKQRGVDVAHLCHNSGQCLDAGNVHYCHCQVGYTGSYC
EEQVDECTPNPCQNGATCTDFLGGYTCKCMPGYLGTNCSVEINECFSQPCQNGGTCIDLI
NTYKCSCPRGTQGVHCEINVDDCTPFTDPVTKEPKCFNKGKCVDGVGGYHCICPPGYVGE
RCEGDVNECLSNPCDPRGTHSCIQLTNNYRCECRTGYTGQRCDTVFDGCKSKPCRNGGTC
AVASNTPHGFICKCPPGFTGSTCEYDSQTCGSLHCRNGGTCISGHKSPTCLCAPLFTGPE
CQYPTDSPCYSNPCYNGGTCEYTSEEPYYHCECPANFNGLRCHILDYSFPGGSGHNIPPP
PVDVPCGIPQCEERKYNKHCDVSCNNHECGWDNGDCSLNFNDPWKNCSAALQCWRYFNDG
KCDSQCDNAGCLYDGFDCQNLEGQCNPLYDQYCKDHYADGHCDQGCNNAECEWDGLDCAS
NMPEKLAVGQLVLVVHITPEHLLNNSFGFLRELSRVLRTNVVFKKDTKGEMMVYPYYGNE
HELKKYNVKRSVDSWSEVPGKVLNVVKRSLYDLAGDSKRAKRELDHLQIKGSIVHLEVDN
RQCFQQSTECFQSTSDAAAFLGALESSGKLDVPFTIEAVYSGVEPEPPQVSYLIYLVLGG
LGMLAFLGLGMVAARKRRHEHGRLWLPEGFKTTDSKKKRREPVGEDSVGLKPMKNTSDIS
LMDDTHTEWGEDEPSDAKRFRFDEQAVLDADDQTDNRQWTQQHLDAADLRIPSIAPTPPQ
GEIENDCLDVNVRGPDGFTPLMIASCSGGGLETGNSEEEEDASANVINDFIYQGANLHNQ
TDRTGETALHLAARYARSDAAKRLLEASADANIQDNMGRTPLHAAVAADAQGVFQILIRN
RATDLDARMHDGTTPLILAARLAVEGMVEELINCHADVNAIDDFGKSALHWAAAVNNVEA
AIVLLKNGANKDMQNNKEETPLFLAAREGSYETAKVLLDHFANREITDHMDRLPRDIAQE
RMHHDIVRLMDEYNLVRSPPMHGGSLSTTLSPPLCSPNGFLGNMKQPQPQGQGQSKKARK
PSTKGIGCKEGKDMKVKKKNSQDGKPGNLLDSSAVLSPVDSLESPHGYVSDVASPPMMTS
PFQQSPSVSLNHLQGMSDPHLAVNHMVMPSKQELARMQFDPMPPRLTHLPVTVSSGQGAM
NGQCDWLSRMHGNMSQPGQYNPMRNNSGGQGGLHQGGQHGMMTTTLHNGHPNSSLTQMMT
YQGIQNTRMGPQSHILQQQAQQMQQMQNLQQLQQQQQQHQQQQQSIQLQHQNSNTANTQN
FISGELSSPELQQGTGNSTMPIRTILPQETQIMPSSISQSMPSTQFLTPPSQHSYSGPID
NTPNHQVQVPDHPFLTPSPGSPDQWSSSSPHSNMSDWSEGISSPPTSMPSQIAHIPEQFK
NT seq 7563 nt   +upstreamnt  +downstreamnt
atgcatattttgtctgtcaaactaactttcttgttgtcgctgataggagtaacacgaggt
ctgagatgctccaaacaggcggagtcgtgtttgaaccaggggaaatgtcaaacaactcta
gatggcaacgaagagtgcaagtgccgtgatggatccctaggaaacaggtgccagtttcct
gatccatgcaccgcttcgccatgtgagaacgatggcatgtgccaccatacattaagcgag
aacagtgtggacttcttttgcagctgcaggccaggcttcgtaggcctccactgccagatt
gtcaatccctgcaccagcatactttgtcgcaacggaggcacctgtgctttggacaatctc
cagagttacaagtgtcattgtccacctggatggttaggtaagcagtgtgaacgagccgac
ccctgtacctctaatccatgtgccaacagtggacagtgctccgtcattgaattccagtac
atctgcacctgcacgcccttcttcactggaatgacctgcacacaggatgtcaacgagtgc
gacataaagccatcgccctgcaagaacggcggggtgtgcatcaacgaggtcggcaactac
cgatgtcagtgcccaccggactacataggcaagcactgtgagagccgctacttcccctgc
aacccgtcaccctgccaaaatggaggcacctgcatccagaagggagagacgagttacgaa
tgttcctgtgtgccaggttttacggggaaaaactgcagccaaaacattgatgactgtcca
aatcatgaatgccagaatggagggacctgtgttgatggagtcaacacctacaactgccag
tgtaaaccagaatttacaggccagctctgtagagaggacgtcgatgagtgccagctgatg
cccaacgcatgccaaaatggcggcacatgccacaacacctatggcagttaccagtgcgtg
tgcgtgaacggctggaccggggacgactgcagcgagaacatcgatgactgcgccagtgcg
gcctgccatcaagggtccacctgccatgaccgggtagcttcgttctattgtgaatgcccc
cccggccgcacaggtctgctctgccagctggatgatgcctgcatgagcaacccatgccaa
aagggctccaactgtgacaccaaccccgtcacgggaaatcatttttgtacctgcccctcg
ggatatgttggagcttcctgtgatcaggacattgatgaatgctcactgggttccaatccg
tgtgagcatgcggggaagtgtatcaataccaggggctcattccagtgtaagtgtcagcgg
ggctttgtgggaccacggtgtgagctggacatcaacgagtgcatgtcgaacccatgtttg
aacgaggctacatgcctggaccaaataggaaaattccagtgtatttgcatgccaggctac
gagggggagttctgccaaatcgatacgaacgagtgcgccagcagcccctgcctgaacaac
ggcgagtgtatcgacaagaccaacgccttccactgccagtgccccacaggcttcagtggg
aacctctgccagatagacattgatgagtgtgccagcacgccgtgcaaaaatggcgccaaa
tgcacagatggacccaacaaatatacctgcgagtgcactgaaggttacactgggaagcac
tgtgagacagacataaacgaatgttactccgacccttgccactatggctcctgcattgat
ggcctggcctcgttcagctgccagtgcaagcccgggttcaccggtcggctttgtgagacc
aacatcaatgagtgtctgagccagccgtgcaggtacggaggcacctgccaggacagggag
aacagctatatctgcgtctgtcccaagggaacaacaggaatcaactgtgaaaccaacatc
gatgactgcaagagtaatccctgtgattacgggacctgcaatgacaagatcaatggctac
gagtgcgcctgtgaacctggctacactggtgccatgtgcaacataaacatcaacgagtgc
gcgagcaacccctgtcacaacggcggcacctgtatcgacggcatcaacagcttcacctgc
cagtgtccagatggttaccatgacaccacctgtttctcccaagtcaatgagtgcctcagc
aatccctgcatccatggtcactgcgaggacaagataaatggctataaatgcctgtgtgac
tctggctggagcggcaaaaactgcgacatcaacaacaatgagtgtgaatccaacccgtgt
atgaacggaggcacctgcaaggacatgaccagcggatacgtctgcacctgtcgcatgggc
ttcactggaccaaattgccagaacaacatcaacgaatgtgcctccaatccctgccttaac
caggggacctgcattgacgacgttgcagggtacaagtgcaactgtatcctgccttacacg
ggagagaactgtgaaactctgatggccccctgtagctccaaaccctgcaagcatggagga
ctgtgtcaggaatcagaggactatctgaacttctcttgtgtctgtcctgaaggatggcaa
ggtcaaacctgcgaggtggacatcaaagagtgtgtgaagaatccctgtcgcaatggagca
acctgccagaacactttgggcagttaccactgcagctgcaaaccgggctttaccggacgc
aactgcgaaaacaacattgacgactgcaagcccaacccctgtagcaacggagggctctgt
aatgacgaggtgaacggcttcctgtgcacctgcccggccggctttcgcggaacaaggtgc
gaggaggacatcaacgagtgtgagagcaacccctgtaagaacggagccaactgcactgac
tgtgtcaacagctacacctgcacctgcccgctcggcttcagtggcattcattgtgaaaat
aacactcctgactgcactgagagctcctgcttcaacggtggcacctgtgtggatggcatc
aatgccttcacatgtttatgcccaccaggcttcaccgggagctactgtcaacatgatatc
aatgagtgtgactccaaaccctgcctgaatggcggtacctgccaggacagctatgggact
tacaaatgcacctgcccacacggttacacaggactaaactgtcagaacctggttcgttgg
tgtgactcgtctccttgtaaaaacgggggaacttgctggcagacagacaccacatacagc
tgtgggtgtgagactggatggacgggcctttattgtgacgtcccaagtgtttcctgtgag
gtggcagccaaacagagaggagtcgatgttgcgcatctttgtcataactcgggtcagtgt
ctggacgcaggaaatgttcactactgccactgtcaggtgggatacaccgggagctactgt
gaggagcaggtagatgaatgcacaccgaacccgtgccaaaacggcgccacctgcaccgac
tttctgggcggatacacctgcaagtgcatgccaggatacttggggaccaactgctctgtg
gagatcaatgaatgtttctcccagccgtgccagaacgggggcacctgcattgacctgatc
aatacctacaaatgctcctgtccccggggaacccaaggtgttcactgtgagatcaatgtg
gacgactgcactcccttcactgacccagtcactaaagagccaaagtgcttcaacaaaggc
aagtgtgtggatggagtcggaggctaccactgcatctgccctccgggatatgttggggag
cgctgtgagggagacgtgaacgagtgtctgtcaaacccctgtgacccgcgtggaacgcac
agctgcatccagctcaccaacaactaccgctgcgagtgtcgcaccggatacacgggtcag
cgttgtgacactgtgttcgatggctgtaagagcaaaccttgtcgtaatggaggcacctgt
gctgtggccagtaatacaccacatggcttcatctgcaaatgtcctcctggctttactggc
tccacgtgtgaatacgactcccagacctgcggcagccttcactgtcgcaatggaggcaca
tgcatctccggtcataagagtcccacgtgtctctgtgctccattattcactggacctgaa
tgccaatatcccactgacagtccctgttattcgaacccctgttacaacggcggcacgtgt
gaatacacctcagaggagccgtactaccactgtgaatgcccagctaacttcaacggcctc
cgctgccatatcctggattacagcttcccgggagggtctggccacaacatcccgccaccc
ccagtggacgtcccctgcgggatcccgcagtgtgaagagcgcaagtacaacaagcactgc
gatgtgtcctgtaacaaccatgagtgcggctgggacaacggcgactgctcgctcaatttc
aacgatccgtggaagaactgctcggccgctctgcagtgctggcgatacttcaatgatggg
aagtgtgactcacagtgtgacaatgctggatgtctgtatgatgggtttgactgccagaac
ttggaaggacagtgcaaccctctctatgaccagtactgcaaggatcactacgccgatggc
cattgcgaccagggctgcaacaacgcagagtgcgagtgggatggcctggactgtgccagc
aacatgcctgagaagctagccgtgggccagctggtcctggttgtccacatcacccctgaa
cacctcctcaataactccttcggcttcctgcgcgagctgagccgcgtgctccgaaccaat
gtggtattcaagaaggatacaaagggggaaatgatggtctacccatattatgggaacgaa
catgagctgaaaaagtacaacgtcaagcgttcagtggactcttggtcagaggttcctggc
aaagtgctgaatgtggtcaagaggagcctgtatgacttggctggtgacagcaagagagca
aagagggagctggatcatttgcagatcaaaggttcaattgtccacttggaggtggacaac
cgtcagtgcttccaacaatccaccgagtgtttccagagcacaagtgatgctgcagcgttc
cttggggctttggagtccagtggcaaactggatgtacctttcaccattgaagctgtttac
agtggcgtggaacccgagccgccacaggtttcctacctaatctacttggtactgggcggt
ttagggatgctggccttccttggactgggaatggtggctgcccgaaagcgccgtcatgaa
cacgggcggctctggcttcccgagggcttcaagaccacagatagcaagaagaagagacgt
gagcctgttggagaggattcggtgggattaaagccaatgaaaaacacctcagacatttct
ctcatggatgacacccacactgagtggggagaagacgaaccttcagatgcgaaacgcttt
aggtttgatgagcaggctgtgttggatgcggacgaccagacagacaaccgccagtggacg
cagcagcacctggatgccgctgacctgcgcatcccatctatagctcccacaccccctcag
ggcgagattgagaatgactgcctggatgtcaatgtccgcggtccagatggattcacaccc
ctgatgattgcgtcctgcagtggcggaggtttagaaacaggcaacagcgaggaggaggag
gacgcctctgctaatgtgatcaatgacttcatctatcaaggtgctaacctccacaaccag
actgatcggacgggtgaaacagctcttcacctggctgcccgctatgcccgctctgatgct
gctaaacgcctgctggaggccagcgctgatgccaacatacaagacaacatgggcagaact
cctctgcatgctgctgtggcagctgatgcccaaggagtgttccagattctgataaggaac
cgtgccacagacttagatgcccgcatgcatgatggcactacacccctgatcttggctgcc
aggcttgcagtggagggcatggtggaggagctcattaactgccatgctgatgtcaatgca
attgatgattttggtaaatcagccctacattgggccgcagcagtaaataacgtggaggca
gccattgtgctactcaaaaatggtgccaacaaggacatgcaaaataacaaggaggaaaca
cctctgttcttggctgctagggaaggaagctatgagactgccaaggtcttgctggaccat
tttgccaacagagaaataactgatcacatggaccggctacccagagacattgcacaagag
agaatgcatcacgacattgtgcggctgatggacgagtacaacctggtacgaagtcctccc
atgcatggagggtcactaagcaccacactgtcaccccctctttgctcgcctaatggcttc
ctgggaaacatgaagcagccccagcctcaaggtcaaggccagagcaaaaaggcacgcaag
cccagcaccaaaggcatcgggtgcaaggagggaaaagacatgaaggtgaagaagaagaat
tcccaggatgggaagcctgggaacctcctggatagctcagctgttctgtctccagttgac
tccctggagtctccacatggctatgtctctgatgtagcttcaccgccgatgatgacctca
cctttccagcagtcgccgtctgtatccctgaaccatctgcaggggatgtctgacccacac
ctggctgtaaaccacatggtgatgccaagcaagcaggagctggctcgaatgcagtttgac
ccaatgcctccacgtcttacccacctacccgttactgtctccagtggccagggcgccatg
aatgggcagtgtgattggctgtccaggatgcatggcaacatgagccaaccaggtcagtac
aacccaatgagaaacaactctggtggtcaaggaggtcttcaccagggaggccagcacggg
atgatgacaacaacgctccataatggccacccaaacagcagcctgactcagatgatgaca
tatcagggcatccagaacaccagaatgggtccacagtcgcacatattgcaacagcaagct
caacagatgcagcagatgcagaaccttcagcagcttcaacaacagcagcagcagcatcaa
cagcagcagcagagcatccagctgcagcaccagaactcaaacacagccaacacccaaaac
ttcatcagtggggagctcagttctccagagctccagcagggcacaggcaactccaccatg
cccatccgcaccatcctgcctcaggagacccagattatgccctcctccatcagccagtca
atgcctagcacccagttcctcaccccaccctcccagcacagttattcgggccccattgac
aacaccccaaatcatcaggtccaagtacctgaccacccctttctgacaccctctcccggc
tcccctgaccagtggtccagttcatctcctcattccaacatgtctgactggtcagagggc
atctcgagtccaccgacaagcatgccgtctcagattgcacacatacctgaacagttcaaa
taa

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Ontology (1)   
   KEGG BRITE (1)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (129)   
   KEGG ORTHOLOGY (1)   
   RefGene (125)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (16)   
   Pfam (16)   
All databases (154)   

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