KEGG   Salmo salar (Atlantic salmon): 106613830
Entry
106613830         CDS       T04363                                 
Name
(RefSeq) neurogenic locus notch homolog protein 2-like
  KO
K20994  Notch 2
Organism
sasa  Salmo salar (Atlantic salmon)
Pathway
sasa04330  Notch signaling pathway
Brite
KEGG Orthology (KO) [BR:sasa00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04330 Notch signaling pathway
    106613830
SSDB
Motif
Pfam: EGF hEGF EGF_CA Ank_2 EGF_2 Ank Notch NOD NODP Ank_5 Ank_3 EGF_3 Ank_4 DL-JAG_EGF-like JAG1-like_EGF2 EGF_MSP1_1
Other DBs
NCBI-GeneID: 106613830
NCBI-ProteinID: XP_014071958
UniProt: A0A1S3T5U0
Position
ssa10:22094702..22148353
AA seq 2490 aa
MGQLPGLASDKVLVFVVCCIRLSLALQCLDAVKPCVNNATCATFTNGTGYCRCAAGFLGE
YCHHKDPCHPGYCLNGGNCSVAVLGIPGSPTCSCPLGYTGQHCQTPQNSTCYPNNPCTNR
GVCTLLSLDKYKCQCAHGWTGIRCERVDTCLPGPCANGGTCSSLSEGKFSCTCPAGYLGP
RCLNDTDECAASAPVCQNQGTCVNTPGSYRCNCAPGFTGRHCETPYIPCTPSPCLNGGTC
RQTSETSYWCHCLPGFNGTNCDNNIDDCPDHHCRNGGTCMDGVNTYNCKCPPEWTGQSCT
EDVDECRLQPNTCQNGGTCSNIQGSYTCVCVNGWSGLDCSENIDDCATAACTKGSTCIDR
VASFLCVCPYGKTGLLCHVNDACISSPCRDGAQCDTNPINGMFNCNCAPGYKGSTCNDDI
NECIIGPNPCEHGGLCVNTDGSFTCNCARGYDGPRCETDINECVSSPCQNDGTCLDRIGD
YSCICMEGFEGTHCEIDINECASSPCLNQGICLDQVKRYVCQCPLGFSGEMCQIDIDECS
STPCLNGAKCIDRPNGYECECAEGFYGPLCKENIDDCDPEPCHHGVCRDGIATFSCDCDP
GYTGSICNIQVMECHSNPCQNRGRCIDLVNKYQCNCLPGTSGVNCEINVDDCASNPCEYG
KCQDGINEYKCVCAPGYTGAKCDVDINECNSSPCMSGGTCVDKVNGFICLCPPGTHGPLC
HSGTDHCAPRPCVHGDCVEQQSGYHCECESGWVGQHCDQEKDECQSSPCQHSGSCVDRLN
GYSCQCRPGFTGVNCEVNIEECASSPCENHGTCVDGVNSYTCLCAAPYSGKHCEEELVPC
ASHPCERGGVCQPTPDYTFYTCRCPSGWQGPRCTEDVDECRKNPCQNRARCINSQGSYVC
KCQPGYSGLNCQTNIDDCSPNPCLNGGSCVDGVGGFSCDCRPGFDGERCEAEMDECASQP
CRNGAMCRDYVNSFVCECRPGFDGILCEHNIPECTESSCLNNGTCVDDINTFSCRCRPGF
YGTFCQYEQNECDSQPCKNGGTCTDGLGSYRCTCPVGYNGQNCQNFVNLCSQPLCRNGGS
CSQSQTTWSCHCPVGWTGLYCDVPNMSCQDYAARNGIPVEMVCKHMGRCVNVGNAHQCQC
QPGYTGSYCDKTVDECQSNPCRNGATCMDYQGTYECMCKAGYQGVNCEYDVDECHSNPCR
HGGTCINLINRFSCACPPGTHGVQCEVNMDDCAPKPGSWGPRCLNGGQCVDGVGRYTCSC
PPGFAGEHCEGDVNECLSGPCHSPGSLDCVQLANDYQCRCRLGYTGRLCESMVDLCQSKP
CHNSGTCSMNMSSVHGYTCTCQPSFTGFNCGEVEGYNCAQLRCQNGGHCQDSQGGQLHCR
CQPGFSGSRCETVHSCQNRPCLNGGTCVKDPHNPYQYSCRCPAHFSGRHCENVIFDQSPR
TPSCPYVECEQRSGDKVCDPQCNNHECQWDGGDCSLHWRRPWVNCTASVPCWELFRNGRC
DHECDNSGCLFDSFECQESTKSYCKYDDYCADHYANKICDKSCNTEACGWDGLDCSEDTP
AKVVDGTLVIVVLLQPEELLGDVRGFLRSLGTLLHTNLRVKMDAQQKLMVYPYYGLEHDN
AIEGQSATMKRRGKRELDKEVIGSKVYLEIDNRECAESSMDCFSSTELAASFIAAEYLKS
ALPYPVVSVDSDHMDPKKPPVMLYLAVGAAVIILLILVLGVLAAKRKRKHGILWLPDGFL
AKKDDKRREPLGQDDFGMKNFKTQDGGMMDGGQRWMEEEAPPKKPRTEDKPLLPLGVDGG
VDRREWTLQHHKAADISLTPPQADLEADCLDVNVKGPDGFTPLMLASLRNGGASDCGLQA
EEEEESGGDEPGPNVISDLINQGATLMAQTDRTGETALHLAARYARADAAKRLLDAGADA
NAHDNMGRTPLHAAVAADAQGVFQILIRNRATELDARMNDGTTPLILAARLAVEGMVEEL
VHCHADINAVDDHGKSALHWAAAVNNVEATLVLLKNGANRDMQDNKEETPLFLAAREGSF
EAAQVLLDHYSNRDITDHLDRLPRDTAQERMHHDIVRLLDQYNLVHSPHNGPNHMGGGVG
HSLVCGGNGAGYIGMRAGPQGKKSRRGGGKVGGPGGGTAKELKDMKAKRRKKPTGGEGPA
VGAVGGASGNGTKAAGGLSESSVTMSPVDSLESPHSYTGDAAVASNTANSPPLLSSPSSR
PLLPPVSHMLGQQQSWLGLKHGYGSHMFSLLPQQMGNGHSGMSQHHGQGLLTPMNVTMSR
EQLPPIVTFQMMAPGGGQALLKQPQPGQVQSQGQNQGQPRSQQGPTHLHCTQGMMYQMPG
VGLQHSLSHSLPHSHGLAHSHGMVHDGQSRQQLPPYQAIQSPVDKYPTPPSQHSYATAGS
EGTTPGHPAHPPSEHPYLTPSPESPDPWSSSSPHSNSDWSDVTTSPTPLGNXPMHCRLPA
THIFRSSRSPSRRNRTPSSLSMATCRCLYR
NT seq 7473 nt   +upstreamnt  +downstreamnt
atgggccaattacccggtttagcttcggacaaagtattagtcttcgtcgtctgctgcatt
cggctttctttggctcttcagtgtctggatgctgttaagccgtgtgtgaacaatgctacg
tgtgccaccttcaccaacgggacaggctactgcaggtgtgccgcaggcttcctgggtgag
tactgccatcacaaagacccgtgtcatcctggttactgtctgaatggagggaactgctca
gtggctgtgttgggcatcccgggcagccccacctgctcctgtcccctgggctacaccggg
cagcactgtcagaccccccagaactccacctgctatcccaacaacccttgtaccaataga
ggagtctgcaccctgctctccctcgacaagtacaagtgccagtgtgctcacggatggaca
ggcatacgatgtgagcgtgtggacacctgtctaccaggaccctgtgctaacggaggcacc
tgcagctctctgtccgagggcaagttcagctgtacctgtcctgcaggctacttgggtccc
cgctgcctcaatgacactgacgagtgtgctgcctccgccccggtgtgtcagaaccaaggg
acgtgtgtcaacacccccggctcctacagatgtaactgcgcccccgggttcaccggccgc
cactgtgagaccccctacatcccctgcaccccctcgccctgcctcaacgggggcacgtgt
cgccagacttctgagaccagctactggtgccactgcctgccaggtttcaatgggactaac
tgtgacaacaacattgacgactgccccgaccatcactgccgaaatggagggacctgcatg
gatggcgtcaatacctacaattgcaaatgtcccccggaatggactggtcagtcctgtaca
gaggatgtggatgagtgtcgcctgcagcccaacacgtgtcagaatggagggacctgcagc
aacatccagggcagctacacctgtgtgtgtgtcaacggctggagtggcctggactgctct
gagaacatagatgactgtgctacggctgcctgcaccaagggctccacctgtatcgaccgt
gtggcatccttcctctgtgtctgcccctatggaaagacaggtttgctgtgccacgtgaac
gatgcctgcatcagtagcccgtgccgggacggggcgcagtgcgacaccaaccccatcaac
ggcatgttcaactgcaactgtgccccaggctacaagggaagcacctgcaatgacgacatc
aacgagtgcatcattggtccaaacccctgtgagcatggaggattgtgtgtgaacacggat
ggctcgttcacatgtaactgtgcaagaggttatgatgggccgcgctgtgagacagacatc
aatgagtgtgtctccagcccctgccagaacgacggcacctgtctggaccgcataggagac
tacagctgcatctgcatggaaggatttgagggaacacactgtgagattgacatcaatgag
tgtgctagctctccatgtctgaaccaaggaatctgtctggatcaagtcaaacgctacgtc
tgccagtgccctctaggattcagtggggagatgtgtcagatcgacattgacgagtgttcc
agtacgccctgcctcaacggggccaagtgtatcgaccgacccaacggatacgagtgtgaa
tgtgctgaaggcttctatgggccactgtgtaaggagaacatcgatgactgtgacccggag
ccctgccaccatggtgtgtgtcgtgatggcatcgccaccttctcctgtgactgcgacccg
ggctacaccggctccatatgtaacatccaggtcatggagtgccacagcaacccctgccag
aaccgcggacgctgcatcgacctagtcaacaagtaccagtgcaactgtctgcctggcacc
tcaggggtgaactgtgagatcaatgttgatgactgcgccagtaacccctgtgagtatggg
aagtgccaggatgggatcaacgagtacaagtgtgtctgtgctccagggtacacaggtgca
aaatgtgacgtggacatcaatgagtgtaattccagcccgtgtatgagtgggggcacatgt
gtagacaaggtgaacggcttcatctgcctgtgcccccctggcacccacggccccctgtgc
cactctggcaccgaccactgtgccccccggccctgtgtacacggagactgtgtagagcag
cagagcgggtaccattgtgagtgtgagtctggctgggtcgggcagcactgtgaccaggag
aaggatgagtgccagtccagcccctgccagcacagtggcagctgtgtggacagactcaat
ggatactcctgccagtgtcgccccggattcacaggtgtgaactgcgaggtcaacatagag
gagtgtgcatcaagcccgtgtgagaaccatggtacctgtgtggacggagtcaacagctac
acctgcctgtgtgccgctccgtactcaggaaagcactgtgaggaggagttggttccctgt
gcgtctcatccatgtgagcggggaggtgtgtgtcagccaaccccagactacaccttttac
acctgtagatgtcccagcggctggcaaggcccccgttgcactgaggatgtggatgagtgc
aggaagaacccgtgtcagaacagggcccgttgcatcaacagccagggcagctacgtgtgc
aagtgtcagccaggctacagcggcctcaactgccagaccaacatcgatgactgctccccc
aacccgtgtctgaacggcggttcctgtgtggatggagtgggagggttctcctgtgactgc
cggccagggtttgatggggagcgctgtgaggcagagatggatgagtgtgccagtcagccg
tgccggaacggagccatgtgccgtgattacgtcaacagcttcgtctgcgagtgccgtcca
ggcttcgacggaatcctatgtgaacacaacatcccagaatgcactgagagttcttgtctg
aataacgggacctgtgttgacgacatcaacaccttctcgtgtcgttgtcgtcctggtttc
tacgggaccttctgtcagtatgagcagaatgagtgtgactctcaaccctgtaagaacgga
gggacctgtacagacggcctgggctcctaccgctgcacctgccctgtgggctacaatgga
cagaactgccagaactttgtgaacttgtgtagccagccactgtgcaggaacggagggtcc
tgttcccagtcacagaccacctggtcatgtcactgtcctgtgggctggactggtctgtac
tgtgacgtccccaacatgtcctgtcaggactatgctgctcggaatggtatcccagtggag
atggtgtgtaagcacatgggtcgctgtgtgaacgtcggtaatgcccaccagtgtcagtgc
cagcctggctacacaggcagctactgtgacaagactgtggatgagtgccagtccaacccc
tgccgcaacggagccacctgcatggattaccagggcacatatgagtgtatgtgcaaggct
ggctaccagggggtgaactgtgagtatgacgtggatgagtgtcactctaacccttgtcgt
catggaggaacctgcatcaacctcatcaaccgcttctcctgcgcctgcccgcctggtaca
catggtgttcagtgtgaggtgaacatggacgactgtgctcccaagcctggctcctggggg
cctcgctgtctgaacgggggccagtgtgtggatggggtgggccgctacacctgctcctgc
ccccctggcttcgctggagagcactgtgagggggacgtcaatgagtgtctctctggaccc
tgtcactctcctggcagcctggactgtgtgcagctggccaacgactaccagtgccgctgt
cgcctgggctacacaggacgcctctgtgagtccatggtggatctgtgccagtctaagccg
tgccataacagtggcacctgttccatgaacatgagctcagtccatggatacacatgcacc
tgtcaaccaagtttcactggcttcaactgtggagaggtagagggctacaactgtgcccag
ctgcgttgtcagaacggcgggcactgccaggattctcagggtggtcaactgcactgccgt
tgccagccaggcttcagtgggtcgcgctgcgagaccgtccacagctgccagaaccggccc
tgtctgaatggaggaacctgtgtgaaggacccacacaacccataccagtacagctgtcgc
tgcccagcccacttctcaggcaggcactgtgagaatgtcatcttcgaccagtccccccgc
accccctcctgcccttatgtagagtgtgagcagcggtccggggataaggtgtgtgacccg
cagtgcaacaaccatgagtgccagtgggacggaggggactgttctctacattggcgccgg
ccatgggtcaactgcaccgcctccgtgccctgctgggagctgttccgcaacggccgctgt
gaccacgagtgtgacaactctggctgcctcttcgacagttttgagtgtcaagagagcaca
aagtcctactgcaagtatgatgactactgtgcagaccactatgccaacaagatctgtgac
aagagctgtaacacagaggcatgtggctgggatggcctggactgctctgaggacacccct
gctaaggtggttgacggcacgctggtgatcgtagtgttactgcagcctgaggagctgctg
ggagacgtgagaggcttcctgcgctccctgggaaccctgctgcacaccaacctccgtgtc
aagatggacgcccagcagaaactcatggtgtatccttactatggcctggagcacgacaac
gccattgaaggacagtctgctacaatgaaacgtagaggcaaacgggagctggacaaggag
gttatcgggtctaaggtttacctggagattgataaccgagagtgtgctgagagctccatg
gactgtttctccagcacagagctggctgcatccttcatcgctgcagagtacctgaagtct
gcactgccctaccctgttgtctctgtcgacagtgaccatatggaccccaagaagcccccc
gtcatgctgtacctggctgtgggagcagctgtcatcatcctgctcatcctggtgctgggt
gtgctggccgccaagaggaaacgcaaacacggcatcctctggctccccgatggcttcctg
gccaagaaagatgacaagaggagagagcccctgggccaggacgacttcggcatgaagaac
ttcaagacccaggatggagggatgatggacggaggccagagatggatggaagaggaggct
ccgcccaagaaaccaaggactgaggacaagcccctgctgccactgggtgtggatggagga
gtggaccgacgggagtggactttacaacaccacaaggctgctgacatctctctcactcca
ccacaggctgatctggaagcagactgccttgatgtcaatgtcaaaggaccagatggcttt
acccccctgatgctggcttctctacgaaacggaggggcgtctgattgcggcctgcaggca
gaggaggaagaggagagtgggggagatgagccgggacccaacgtcatctcagacctcatc
aaccagggtgcaacactcatggcccagacagatcgcaccggggagacggcactccacctg
gctgctcgctacgcccgggccgatgccgccaaaaggctgctggatgccggggcagatgcc
aatgctcacgacaacatgggtcgcacacctctccacgctgctgtggcagccgatgcccag
ggagtgttccagatcctgatccgtaaccgggccaccgagttggatgccaggatgaacgat
ggcaccacacctctgatcctggctgccaggctggctgtggagggcatggtggaggaactg
gtccactgccacgcggacatcaatgctgtcgatgaccacggtaagtctgctctgcactgg
gcagctgctgtgaacaatgtggaggccaccctagtgctgctgaagaatggagccaacaga
gacatgcaggacaacaaggaggagaccccattgttcctggcagccagagagggtagtttt
gaggcggcccaggttctgctggaccactactctaatagggacatcacagaccacctggac
cggcttccccgtgacacggcacaggagcgcatgcaccacgacattgtacgtctgctcgat
cagtacaacctggtccacagccctcacaatggccccaaccacatgggcggaggagtggga
cactccctggtctgtgggggcaacggagcgggctacatcggcatgcgggccgggccccag
ggcaagaagagcaggcggggcggggggaaggttggaggtccgggcgggggtacagccaaa
gagctgaaagacatgaaggctaagcggaggaagaagccaacaggaggagaagggcctgca
gtgggagctgttggaggagccagtggcaacggcactaaagctgcaggagggctgtcagag
agctcagtcaccatgtctcctgtggactccctggagtctccacactcgtacacaggagat
gctgccgtggcatctaacacagccaactctcctcctctcctgagcagcccctcctctagg
cccctgctgcctcccgtcagccacatgctgggccaacagcagagctggctgggtttgaag
catggatacggcagccacatgttcagcctcctcccccagcagatgggtaacggccattct
ggtatgtcccagcaccatggccaaggcctgctcacccccatgaatgtcaccatgagccgc
gagcaactgcctcccatcgttaccttccagatgatggcaccggggggcgggcaggccctg
ctgaagcaaccccagcctgggcaggtgcagtcacaggggcaaaaccagggccagccccgc
tctcagcagggccctactcacctgcactgcacccagggcatgatgtaccagatgcccggc
gtgggcctccagcacagcctgtcccacagcctcccccactctcacggcctggcccacagc
cacggcatggtgcatgacggccagtcccgccagcagctccctccatatcaggctatccag
agccccgtggataagtaccccacccctccctctcagcacagctacgccaccgctggctct
gagggcaccaccccggggcacccggctcacccgcccagcgagcacccgtacctcaccccc
tcccccgagtcccctgacccctggtcctcctcctccccccactccaactcagactggtct
gacgtcaccaccagccccactcccctggggaacnncccaatgcactgccgcctccccgcc
acacacatattccggagcagccgcagtcccagcagacgcaacagaacccccagcagcctc
agcatggcaacatgcaggtgtttgtatagatga

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (192)   
   KEGG ORTHOLOGY (1)   
   RefGene (188)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (16)   
   Pfam (16)   
All databases (216)   

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