Clupea harengus (Atlantic herring): 105897061
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Entry
105897061 CDS
T09045
Symbol
adam17b
Name
(RefSeq) disintegrin and metalloproteinase domain-containing protein 17
KO
K06059
disintegrin and metalloproteinase domain-containing protein 17 [EC:
3.4.24.86
]
Organism
char
Clupea harengus (Atlantic herring)
Pathway
char04148
Efferocytosis
char04330
Notch signaling pathway
Brite
KEGG Orthology (KO) [BR:
char00001
]
09130 Environmental Information Processing
09132 Signal transduction
04330 Notch signaling pathway
105897061 (adam17b)
09140 Cellular Processes
09141 Transport and catabolism
04148 Efferocytosis
105897061 (adam17b)
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
char01002
]
105897061 (adam17b)
09183 Protein families: signaling and cellular processes
04090 CD molecules [BR:
char04090
]
105897061 (adam17b)
Enzymes [BR:
char01000
]
3. Hydrolases
3.4 Acting on peptide bonds (peptidases)
3.4.24 Metalloendopeptidases
3.4.24.86 ADAM 17 endopeptidase
105897061 (adam17b)
Peptidases and inhibitors [BR:
char01002
]
Metallo peptidases
Family M12: astacin/adamalysin family
105897061 (adam17b)
CD molecules [BR:
char04090
]
Proteins
105897061 (adam17b)
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Reprolysin_2
Reprolysin_5
ADAM17_MPD
Disintegrin
Reprolysin_3
Reprolysin
Reprolysin_4
Pep_M12B_propep
Ytca
Motif
Other DBs
NCBI-GeneID:
105897061
NCBI-ProteinID:
XP_012679367
Ensembl:
ENSCHAG00000008739
UniProt:
A0A6P3VRQ6
LinkDB
All DBs
Position
15
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AA seq
840 aa
AA seq
DB search
MGVFVCVVFYSLFMGVTARGDVGDHELGTLSSLLSDYEVLSMSSLKQHSVRKRDVQMHTH
MERLLSFTALQRHFRLYLTSNTELFTADFRAVVMDENGNEELLEVQRQNFFTGHVIGEEH
SRVQAHIDDNDFSAHILTHDAEYNIEPLWRFTAAPADDRLLVYRSEDIRNISRLANSKVC
GYVSGSSRDLLPEGVQLPHSNADVEEEEHVRKTRQVHDHNVNTCPLLLVADHRFFKHMGR
GEESTTLNYLIELIDRVDDIYRNTSWDEEFKGYGVQIHQIIINNKPTPVAAGELHFNMEG
SPVKGKDVWDVKKLLEQFSRDIADNASQVCLAHLFTYQDFDEGTLGLAYVAPSKQGFPGG
VCSDKCTPSSGDQKAIYLNTGLTSTKNYGKTILTKEADLVTTHELGHNFGAVHDPDDVPY
CAPRDDQGGKYVMYPIAVSGDHSNNKLFSNCSKMSILKRLRAKAPSCFRVRNSSVCGNSR
VEDGEECDPGLLHLSNDPCCTANCKLRPGKQCSDRNSACCKDCVYERKGKACQEPINATC
KGMSYCTGNDSGCPPPENAPDETVCVDNGQCRSGDCIPFCVAFARLEPCACNETKSSCKV
CCRIRNGLCTPYRDQKSHFLFLRKGKPCTVGFCDGNGKCMKQVQDVIERLWDFIEKLDIN
TFGKFLADNIVGSVIAFSLLIWIPLSILVHCVDRKLDQQYELKTKSLFYPSNAEILSSLD
SASLHIFKPPPTFLSAAAPRFQASGPLQTSTPPALNPTPVLGPFIPAPETPRMATIQEDP
SYDSPLDEQVLEEDFSSGSTAARSFEDLTRGSPASAVRSDKAKSFRLQRQARLNSKETVC
NT seq
2523 nt
NT seq
+upstream
nt +downstream
nt
atgggtgtttttgtttgtgttgtattttattcactctttatgggagtgactgctcgaggt
gatgttggagaccacgaactaggcacccttagttccctgctgtccgactatgaggttctg
tccatgtcgagcctcaagcaacactcggtccgaaagcgagatgtccagatgcacacccat
atggagaggttgctcagtttcacggccctgcaaaggcactttaggctttatctgacaagc
aacacggagctgtttactgctgacttcagggctgtggttatggatgagaatgggaatgag
gaacttctagaagtgcagagacagaacttcttcacagggcatgtaatcggggaggagcac
tctcgagtccaggctcacatcgatgacaacgacttctctgcccatatcctcacccatgat
gctgagtacaacatagagcccctgtggaggttcactgcagcgccggctgatgaccggctg
ctggtctaccgctcggaggacatccgcaacattagccgccttgccaattccaaagtatgt
ggctacgtcagcggtagctcccgcgacctccttccagagggagtacagcttccccacagc
aatgcggatgtagaagaggaggaacacgttagaaaaacacggcaggtgcacgaccacaat
gtgaacacctgtcctctactgctggtggctgaccaccgcttcttcaagcacatgggtcgt
ggggaggagagcaccaccctcaactacctgattgaactgatcgaccgtgttgatgacatc
tataggaacacatcttgggatgaggagttcaaaggttatggtgtgcaaatccatcagatt
attatcaacaataagccgaccccggtagccgcgggtgaactccacttcaacatggaaggt
agtccggttaagggcaaagacgtgtgggatgtgaagaaactcctggagcaattcagcaga
gacattgctgacaatgcgtcccaggtgtgtctggcacatctcttcacctaccaggacttt
gacgagggcaccctgggactggcgtatgtggccccctccaaacagggcttccctggcggc
gtgtgctctgataagtgcactccctcatcaggtgaccagaaagccatatacctaaacact
gggctaactagcacaaagaattatgggaaaactatactgacaaaggaggccgacctcgtc
accactcacgagctgggtcataactttggcgcggtgcacgacccggacgacgttccgtac
tgcgcaccccgtgacgaccagggagggaaatacgtcatgtaccccatcgctgtcagcggg
gaccactccaacaacaagctcttctccaactgtagcaagatgtccatcctgaagcgactc
agggccaaggcgccctcttgctttcgtgtgcggaacagcagcgtgtgtggcaactcgcgc
gtagaggatggagaggagtgtgaccccggacttctgcacctcagcaatgacccctgttgc
actgctaactgcaaactccggcctgggaaacagtgcagtgatcgtaacagtgcctgctgt
aaagactgcgtgtacgagagaaaggggaaggcctgtcaggagcccatcaatgccacctgt
aaggggatgtcttactgcacagggaacgacagtgggtgtccgcctccagagaacgctcca
gacgagacggtgtgcgtggacaacggccagtgtcggagcggagactgcatccccttctgt
gtggccttcgccaggctggagccctgtgcctgcaatgagacgaagagctcctgtaaggtg
tgctgccggattaggaatgggctgtgcaccccctaccgcgatcagaagagccatttcctg
tttctgcgcaaaggcaaaccctgcaccgtaggcttctgcgatgggaacgggaaatgcatg
aagcaggtgcaggatgtcattgagagactgtgggatttcatcgaaaaattggacatcaac
acatttgggaagttcctggcagacaacattgtgggttcagtgatcgctttctccctgctc
atctggatccctctcagtattctggtgcactgtgtggacaggaaactagaccagcagtat
gagctgaagaccaagtctctgttttaccccagtaatgctgagattctgagcagtctggat
tctgcctccttgcacatcttcaagcctcctcccaccttcctgtccgccgccgccccccgc
ttccaggcctcagggcccctgcagaccagcacccccccggccctgaacccgacccccgtc
ctgggcccgtttatccccgcgcccgagactccccgcatggccaccatccaggaggacccc
agctacgactcgccgctggacgagcaggtcctggaggaggacttctcctccggaagcacg
gcggcgcgctccttcgaggacctgacccggggctctcccgccagtgctgtgcgcagcgac
aaagccaaatcattccggctgcagagacaagcacgcctcaacagcaaagagacagtatgc
taa
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