Gavia stellata (red-throated loon): 104255989
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Entry
104255989 CDS
T08384
Symbol
CHL1
Name
(RefSeq) neural cell adhesion molecule L1-like protein
KO
K06758
L1 cell adhesion molecule like protein
Organism
gste
Gavia stellata (red-throated loon)
Brite
KEGG Orthology (KO) [BR:
gste00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04515 Cell adhesion molecules [BR:
gste04515
]
104255989 (CHL1)
Cell adhesion molecules [BR:
gste04515
]
Immunoglobulin superfamily
L1 family
104255989 (CHL1)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Ig_3
I-set
fn3
ig
Ig_2
Bravo_FIGEY
V-set
FN3_DSCAM-DSCAML_C
Pur_ac_phosph_N
Ig_6
fn3_2
Motif
Other DBs
NCBI-GeneID:
104255989
NCBI-ProteinID:
XP_009808560
LinkDB
All DBs
Position
Unknown
AA seq
1225 aa
AA seq
DB search
MEMLLSTKGITICLFFFLLSLAAAIEIPLSVAQLPTITEQSHTQVAYPFDEDFTVKCEAR
GNPQPTFNWTKDGKPFDLLSDPRIVASNNSGTFVIQNRGIITNFQGKYRCFASNVLGTAM
SEEIELIVPSVPKFPKEKIEPLDVEHGDSVILHCNPPKGIPPLHIYWMNIDLQHIPQDER
VSMSLKGDLYFANVEENDSRSDYCCFAAFPRLRTIVQKMPMTLKVSRFKHANDSGSPNAA
VTKANFIKERKPKLLIPPESAGSSSSVTVIKGGVLLLECIAEGLPTPHLSWVKVTGNLPK
DEPETENFGKILKIDQVTAADEGTYQCTASNPMGRAKHEFHVHVEEPPRWIKEPEGGVYS
VGTNLVLLCEAIGSPEPTTQWKLNGMPIDSRTFRGRISAREISLTNLQLQDSAVYQCEAS
NKHGTILASANVNVLNIAPLILTSDGENYATVVGYSAFLHCEIFASPAADIRWTKDDSIE
PLSTLRYELNKNGTLEIKEAKKEDSGSYACWAANSVGKRAITANLDIRDATKLVVTPKNP
RVLKSHSILLKCQSEYDSHLKHSFKLSWRKDGDELPVNSTEYGRIILDRDTLFISSVTLE
DQGVYTCVASTSLDSVTAESRLIVLDVPAPPEDLQLSENQNRSVRLSWKAGASHNSPINE
SIIEFEENRWEPERWQELTRAPGNDTTALLSLAPYTNYQFRVVSVNAVGRSQPSKPSLRY
ATPPAAPDKNPENIRVEASEPNEMVMKWEPLKPMERNGPGLEYKVSWRQRGVEADWNEEM
VKKHSLTLRNTPTFVPYEIKVQAVNNLGSGPEANVTIGYSGEDVPDAAPSGVSVDVVNST
LVKVFWFGIPRDRVRGHLRGYKVSWWKTKSMLDGKRHHPEKHFLTFVGDRNYGMIPGLEP
FSEFRLTVLAYNSKGDGPESSPVVFETPEGVPEQPRFLRILNFDKDSVTLSWGLPKKANG
HLTGYILQYQIINETHEIGPLNDVSITNRSTLSWRLSGLSSSTKYKFYVKACTVKGCGKP
VTEEGLTMAQGSKGIGKISEAVNPTQKFHPIEALEPGTEYTVRLVTKNWVDNNSIFEDVI
ETRGRAYAGIYDGISTQGWFIGLMCAIALLTLLLLTICFVRRNKGGKYSVKEKEDLHPDP
EAQSIKDEIFGEYSDSDEKPLKGSLQSINGDIKATESADSLVDYGEGEHGMFNEDGSFIG
AYSGSKEKGSVESTGSSTATFPLHA
NT seq
3678 nt
NT seq
+upstream
nt +downstream
nt
atggagatgctattaagcacaaaagggatcaccatatgcctgtttttctttctattgagt
ttggcagcggctattgaaataccattatcagttgcgcagcttccaacaatcacggagcaa
tctcacacccaagttgcctacccttttgatgaggactttacagttaaatgtgaagctaga
ggaaacccccagcccacctttaactggaccaaggatggaaaaccgttcgatttgttatct
gacccgaggatagttgcatctaacaactctggaacatttgtgattcaaaatcgaggaatc
atcaccaattttcaagggaaatatcgttgctttgcatccaatgtgctgggaactgccatg
tcagaagaaattgaactaattgttccaagtgtaccaaaattcccaaaagaaaaaattgag
cccctggatgtggagcatggtgattctgtgattttgcactgtaaccccccaaaaggcatt
ccacctttgcatatctactggatgaatattgatttgcagcacattccgcaagatgaaaga
gtctccatgagccttaagggagatctctactttgcaaatgtggaagaaaatgacagtcga
agcgattattgttgctttgcagcatttccaagactgaggacgattgtacagaaaatgcca
atgacgctgaaggtttcccgttttaagcatgctaatgactcaggctcacctaacgctgcc
gttactaaggcaaattttatcaaggaaagaaaacccaaactgctgatccctcctgaatct
gctggcagtagctcatcagtcactgtcatcaagggaggtgtcctgctactcgaatgtatt
gctgaagggctcccaactcctcatctaagctgggtcaaggtcactggaaacttgcccaag
gatgaaccagaaacagaaaattttgggaagatattgaagatagaccaagtgactgcagcc
gatgaaggaacataccagtgcacggcaagcaaccccatgggcagagcgaagcacgagttt
catgttcacgtggaagagcctcctcggtggataaaggagcccgaaggtggtgtgtacagc
gtaggaacaaatctcgtgctgctgtgcgaagctattggcagcccagagccaaccactcag
tggaaacttaacgggatgcccatcgatagtaggaccttcagagggagaatctctgccaga
gagatcagccttaccaaccttcagcttcaggacagtgctgtgtaccagtgcgaggccagc
aacaaacacggcaccatcctcgctagcgccaacgtgaacgtcctcaatattgctccctta
atactgacctcagatggtgaaaactatgccacagttgtgggttacagtgccttcctgcac
tgtgaaatttttgcctcgcctgcagcagatatcagatggactaaggacgacagcatagag
ccactttcaacattacgctatgagttaaataagaatggcaccctagagatcaaagaagca
aagaaagaagactcaggatcgtatgcttgctgggctgcaaactctgttggaaaaagagca
atcactgctaatctggatataagagatgctacaaaacttgttgttactccaaagaacccc
cgagtgttgaaatcacattcgattttattgaaatgtcagtctgagtatgattcacacttg
aaacacagtttcaaattatcctggaggaaagatggagatgagctgccagtcaacagcaca
gaatatggcaggataattctggacagggatacactgttcatatcaagcgtgacactggag
gatcaaggagtttacacatgtgtggctagtacttctctggacagcgtcacagccgaatcg
cggttaattgttcttgatgtccctgctccgccagaagaccttcagctctcagaaaatcaa
aaccgaagtgttcgactatcctggaaagccggggccagtcataacagccctattaatgag
tcgattatagagtttgaagagaaccggtgggagccagagaggtggcaggagctaacccga
gccccggggaatgacaccacagcccttttgtcactggccccgtatacgaattaccagttc
cgtgtcgtgtctgtgaacgctgtgggaaggagccagcctagcaaaccatcgctgcgctat
gcaacacctccggctgctccagacaagaacccagaaaacatccgagttgaagcttctgaa
ccaaatgaaatggtgatgaaatgggagccgttgaaacccatggagaggaacgggccgggg
ctggagtacaaagtcagctggcggcagcggggagtcgaggcagactggaacgaggagatg
gtgaagaagcattctctgaccctgcggaacacccccaccttcgtgccttatgagatcaaa
gtccaagcggtaaataatttaggatctggtcctgaagcaaacgttaccatcggatattca
ggagaggacgttccagatgccgctccttccggtgtatcagtggatgttgtgaacagcaca
ctggtcaaagtcttctggtttggaataccaagggacagagttcgtggacatttaagaggc
tataaggtcagttggtggaaaacaaaaagcatgctggacggaaaaaggcatcacccagag
aaacacttcctcacgtttgtaggagacagaaactatgggatgattcctggtctagagccc
ttcagtgaatttcgcttaactgttttggcttacaactccaaaggagatggtccggaaagc
tcccccgttgtgtttgaaactccagaaggagtccccgaacaaccacgttttctaaggatc
ctgaactttgacaaggactctgtcactctgtcatggggacttcccaagaaagcaaacggt
caccttactggctacattttgcaataccagataataaacgaaacacatgaaatcggacct
ctgaacgacgtcagcataaccaaccgctccacgctcagctggaggctttcaggtctcagc
tccagtaccaagtacaaattctatgtaaaggcttgtacagtcaaaggctgtgggaagccg
gtcacagaagaaggactaacgatggctcaagggagtaaagggatcggcaagatttcagaa
gcagtaaaccccacccaaaagtttcaccccattgaggcacttgagcctggaactgaatat
acagttcgtctagtgactaagaattgggttgataacaatagcatttttgaagatgtaatt
gagacaagggggagagcctatgccggcatttacgatggaatttccacccaggggtggttt
attggactgatgtgtgccatcgctttgctcaccttactgctgctgactatttgctttgtc
agaagaaataaaggaggaaaatattcagtgaaagaaaaagaagatttgcatccagatccc
gaagctcaatcaataaaagatgaaatctttggggaatatagtgacagcgatgaaaagccg
ctgaaaggcagcctccagtcaattaacggggacattaaagccaccgaaagtgctgatagt
ctggtagattatggagaaggggagcatgggatgttcaatgaagatggttcatttattggc
gcttattctggatctaaggaaaaaggatcagtcgaaagcactgggagttctacggcaact
tttcctctccacgcctaa
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