Nothobranchius furzeri (turquoise killifish): 107387208
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Entry
107387208 CDS
T05163
Name
(RefSeq) neural cell adhesion molecule 1-like isoform X1
KO
K06491
neural cell adhesion molecule
Organism
nfu
Nothobranchius furzeri (turquoise killifish)
Pathway
nfu03265
Virion - Ebolavirus and Lyssavirus
nfu04514
Cell adhesion molecules
Brite
KEGG Orthology (KO) [BR:
nfu00001
]
09120 Genetic Information Processing
09125 Information processing in viruses
03265 Virion - Ebolavirus and Lyssavirus
107387208
09130 Environmental Information Processing
09133 Signaling molecules and interaction
04514 Cell adhesion molecules
107387208
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
nfu04131
]
107387208
09183 Protein families: signaling and cellular processes
04515 Cell adhesion molecules [BR:
nfu04515
]
107387208
04090 CD molecules [BR:
nfu04090
]
107387208
00536 Glycosaminoglycan binding proteins [BR:
nfu00536
]
107387208
00537 Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
nfu00537
]
107387208
Membrane trafficking [BR:
nfu04131
]
Exocytosis
Tethering complex
Exocyst complex assembly proteins
107387208
Cell adhesion molecules [BR:
nfu04515
]
Immunoglobulin superfamily
NCAM1/2
107387208
CD molecules [BR:
nfu04090
]
Proteins
107387208
Glycosaminoglycan binding proteins [BR:
nfu00536
]
Heparan sulfate / Heparin
Adhesion molecules of cell surface
107387208
Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
nfu00537
]
Others
107387208
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
I-set
Ig_3
ig
Ig_2
fn3
V-set
Ig_6
C2-set_2
V-set_CD47
Pur_ac_phosph_N
Izumo-Ig
NDNF
Motif
Other DBs
NCBI-GeneID:
107387208
NCBI-ProteinID:
XP_015817521
LinkDB
All DBs
Position
sgr11:47233135..47664384
Genome browser
AA seq
999 aa
AA seq
DB search
MLHVRDLIWGWLLIGCAAAIQVEITPAQGEISVGESKFFLCEVVGDVKDIDWYAPSGEKI
LHTRPNISVSRSDETTSILTIYHANVDNAGIYKCVAKDGDKEAQATVKVKIFQKITFQRA
PSPQEFNEGDIADIVCDVVSSPPPTIIWKHKGSLIQATKDVRYKIMENGHLQIRGIKKID
EGMYVCEARVMARGEIDFRTMKVIINVLPTIRARKSEVNATADISKSALLACDADGFPEP
TVTWAHNNVVLETGDKYSLNEDGSELLIKDVKKVDEGDYTCIAKNKAGRKTEEVSLNVFM
IPNITYFNNKTASEFDEEVTLTCEASGDPTPTISWRFGNRVFTEGEQASWTRPDKYENAD
RNVVVLSHARVSSLTLKVVQFTDAGRYLCTASNSIGEDIQPVYLEIHYAPKIMGVVAVYT
WEGNPANISCEVVAHPGASVTWFRDGIQLPSGNTSNVKIYSTPTNSYLEITPESQNDFGS
YNCTATNMLGSESKEFILIQAEVPSSPEIQQVVPFSSTAVVEFEEPYSKGGVPIIRYKVE
WRLLGKEWNSKEYNAEDGMTRITITGLKPETTYEVKMFAINGKGEGESSLASTFKTKPVL
ASVTPPAIATTSMTSKGEPNAPKLEITAVKGGNTFKVKWIKQDDGGSPIKHYLLRYKAKH
VSDWKPELRLPPASEYAMLRGLDWNTDYEIHVVAENQQGKSEPSVTFFRTAVEPTTIPDT
REGGSGLGTGAIVGILVVVFFVLLVAVDVACFFLNKCGLLMCIAVTFCGKAGPGAKNKDI
EEGKTAFTKDESKEPIVEVRTEEEHTPNQEGGGPTEPTETTPLTDPEPAAANTPHMVVNL
NPSAAANSVSESFSTPQNNPAPNPTNGAPAKSSPKNSTASSLKADPEPGVGPLVDLSDTP
RVALSSNPTPPVLDPSADRSQSRSGRAPDCSQSKELQVDGPAKDAPHAPSSDSTASAQND
GKTVKDDNTKGETEAKNATAEVKAVPNEAPQVNGNESKA
NT seq
3000 nt
NT seq
+upstream
nt +downstream
nt
atgctacatgtcagggacctcatctggggatggctgctcatcggctgcgcagctgccatt
caggtggaaatcactccagcacaaggcgaaatcagcgtgggagagtccaagtttttcctc
tgcgaagtggtcggggatgttaaagacatcgactggtacgcgccgagcggtgaaaagatc
ctccacaccaggccaaacatttcagtgagccgcagcgatgaaaccacatccatcctcacc
atttaccacgccaacgtagacaacgctggcatctacaagtgtgtggcaaaagatggagac
aaggaggcccaggccacagtcaaagtgaagattttccaaaagatcaccttccagcgagcg
cccagtccgcaggagttcaacgagggcgacatcgctgatatcgtctgcgacgttgtgagc
tccccaccaccgaccatcatttggaaacacaagggctcccttatccaagctaccaaagat
gtgcgatataagatcatggagaacggccatctgcagatacgtggcatcaagaagatcgat
gagggcatgtacgtctgtgaggctcgtgtcatggccagaggagaaattgatttccgcaca
atgaaggtcatcattaacgtgcttcccaccattcgggctcggaagtcagaggtcaatgcc
acagctgacatcagtaaatctgctctgttggcttgtgatgcagatggattcccagaaccc
actgttacctgggcgcataacaatgttgtccttgaaacgggtgacaaatacagcttgaac
gaggatggttctgaattgctaataaaggatgtcaagaaggtggatgaaggagattacact
tgcatcgccaaaaacaaggcgggaaggaaaacagaagaagtcagcctgaacgtgttcatg
atacccaacattacctacttcaacaacaagaccgcctcagagttcgatgaggaagtcacg
ctgacctgtgaggcctcgggcgatcccacacccaccatctcctggaggtttggaaacagg
gttttcacagaaggagaacaggcttcttggacgcgaccagacaaatatgagaacgctgat
aggaatgtggtggttctcagccacgcgcgggtgtcctccctcacccttaaagtggtccag
tttacagatgctggccgttatctctgcaccgccagcaactccattggtgaagacatccag
ccggtatacctggaaatccactatgctccaaagattatgggtgtagtggccgtatatacg
tgggaaggaaacccggctaacatcagctgtgaggtggtcgctcaccctggagcttcagtc
acttggttcagagatggcatccagctgccgagtggcaacacctccaatgtgaagatctac
agtacacctaccaacagctacctggagattacacccgagtcacaaaatgactttggtagc
tacaactgcacagcaactaacatgttgggatcggaatccaaggagttcattctcatccaa
gcagaggttccttcgtcgccagaaatccagcaagtggtgccgttctcgagcacagccgtg
gtggagtttgaagagccgtactccaaggggggcgttcccatcatcaggtacaaggtggaa
tggcgtttgcttggaaaggaatggaacagcaaggagtacaacgctgaggatggcatgacc
aggataaccatcactggtctgaaacccgagacaacctacgaggtcaagatgtttgccatc
aatggcaaaggcgaaggcgagagcagcctcgccagcacgttcaagaccaagccagtcctt
gcatcagtgacaccaccagctatcgctaccaccagtatgaccagtaaaggggaaccaaat
gctcccaaactagagatcacagccgtaaaggggggcaatactttcaaagtcaaatggatc
aagcaggatgacggcggctctcccatcaaacactacctgctccgatacaaggctaagcac
gtatccgactggaagccagagctccgcctccccccggccagcgagtacgccatgctgcgc
ggtctggactggaatacggactatgagatccatgtggtggcggagaaccagcagggcaaa
tctgaaccttctgtcactttcttcaggactgctgtagagcccaccaccatcccagacacc
agggaaggcggctcgggactgggaaccggagccatcgtgggcatcctcgttgtggtcttc
ttcgtgctcttggttgccgttgacgtcgcctgcttcttcctgaacaagtgcgggctcctc
atgtgcattgccgtaaccttctgtggaaaagctggaccaggagccaagaacaaggacatc
gaggagggaaagacggcattcacgaaggatgagtcaaaggagccgattgttgaagtgaga
acagaggaagaacacaccccaaaccaggaaggagggggtccaacagagcccaccgagacc
actccactgaccgacccagagccggcggctgcaaacaccccgcacatggtggttaactta
aacccctccgctgctgctaactcggtttctgagagctttagcacgccgcagaataatcct
gcacccaatccaaccaacggagctcctgccaagtcttctcccaaaaacagcacggccagt
tcgcttaaagctgaccccgaacctggggttgggcctctggttgacctgagcgacactcct
agagttgccctttcctccaacccgacacctcctgtgttagaccccagtgctgacaggtca
cagagtcgctccgggagagcccccgactgcagccagagtaaggagttacaagtagacggt
ccggccaaagatgctccccatgccccgagctcagactcgaccgcatcagcccaaaacgac
ggtaaaactgtgaaggatgacaacaccaaaggcgagacggaggcgaagaacgccacggct
gaggtgaaggcggttcccaacgaggctcctcaggtgaacggcaacgagagcaaagcgtaa
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