Conger conger (European conger): 133128295
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Entry
133128295 CDS
T10633
Name
(RefSeq) uncharacterized protein LOC133128295 isoform X1
KO
K06467
CD22 antigen
Organism
ccog Conger conger (European conger)
Pathway
ccog04514
Cell adhesion molecule (CAM) interaction
Brite
KEGG Orthology (KO) [BR:
ccog00001
]
09130 Environmental Information Processing
09133 Signaling molecules and interaction
04514 Cell adhesion molecule (CAM) interaction
133128295
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04515 Cell adhesion molecules [BR:
ccog04515
]
133128295
04090 CD molecules [BR:
ccog04090
]
133128295
04091 Lectins [BR:
ccog04091
]
133128295
Cell adhesion molecules [BR:
ccog04515
]
Immunoglobulin superfamily
SIGLEC family
133128295
CD molecules [BR:
ccog04090
]
Proteins
133128295
Lectins [BR:
ccog04091
]
I-type lectins (Siglecs)
133128295
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Ig_3
Ig_2
I-set
ig
C2-set_2
V-set
Ig_C17orf99
Ig_7
K319L-like_PKD
Ig_5
C2-set_3
C1-set
Motif
Other DBs
NCBI-GeneID:
133128295
NCBI-ProteinID:
XP_061097669
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All DBs
Position
1:85532546..85610019
Genome browser
AA seq
1152 aa
AA seq
DB search
MAQWVALSPHSKEVLGSNPRRPGPLCAEFACSPRVCVGFLRVLRFPPTVQRHAGALGREW
AVWMPQSIEALSGSCVLIPCRFEMPEYNSYYGSPYDYLLKRYPDSVTGLWRKDRTTVFDS
RSQSESHLKGMMTGNLLQKRCTTVLENLPKYYSEQYYFRLETSYFQLNFHPAVQINIKDS
PPKPKLTTEKVEVMEGTSVSLSCSAAAPCPKLPPNLTWTPRLSDSVDQLQENEDNTTSVS
SDLTFTASHLHHRQKITCRALYTLQQGGNQKMSEASLTLKVQYPPKKTSVSVNPSGSVLE
GSSVTLTCSSKASPPVQNYTWYRVNGPEMNTVGTGQNLTFNVTESSGSEQHYCEAQNEHG
KENSTAVQLGVNYPPKKTSVSVSPSASVLEGSSVTLTCSSKASPPVQNYIWYRVNGPEMN
TVGTGQNLTFNVTESSDSEQYYCEAQNELGKESSTTVLLNVIYMPQISGSGSCSRTAAEI
SCSCESRGNPSPSMEWHVSGLRVTNSTDRVIREEQLGNTGLRSSLTMRHSQGDTATLLCL
STNALGTSSLQLHDPCPQKHSGVHLQPLLYVIIAALICLNVLTVGFCLHKNKRDMIKVAW
LILIGCLLQGALGGEWAVWMPQSIKVLSGSCVLIPCRFDIPSEWEKDLPGTTVQWHREKD
DTVMFDSKSQSESHLQGTFTGDLQRKTCTTLLENLPKHARDKYLFRLHDPIKYTFRETFV
ELIITDSPPQPKLTTEKVEVMEGTSVSLSCSAAAPCPKLPPNLTWTPRLSDSVDQLQENE
DKTTSVSSVLTFTASHLHHGQKITCRALYPLQQGGNQTSEASLILTVLYPPKNTSVSVSP
SGSVLEGSSVTLTCSSKANPPVQNYTWYRVNGTEMNSVGTGQNLTFNVTESSGSEQYYCE
AQNKHGKENSKTVLLNVIYMPQISGSGSCSRTAAEISCSCESRGNPSPSMEWRVSGLRVT
NSTDRVIREEQLGNTGLRSSLTMRHSQGDKATLLCLSTNALGTSSLQLHVPSPHSGVSIP
SLLIAAAAGAGAMVIVCLIVKAIQKLGGKKGDSQCCESRWKDTEESSPQSEEEPVYANHS
MVTTQPRDPQLGGTDPQPLAEDRNKAELENMLYASIKHSPRSVETQGQDAREGAAGHGDD
VVYSQVARKKKT
NT seq
3459 nt
NT seq
+upstream
nt +downstream
nt
atggcgcagtgggtagcactgtcgcctcacagcaaggaggtcctgggttcgaatccccgt
cggccggggcctctctgtgcggagtttgcatgttctccccgtgtctgcgtgggtttcctc
cgggtactccggtttcctcccacagtccaaagacatgcaggagccctgggcagagagtgg
gcagtctggatgcctcagagtatagaagctctgagtggatcctgtgtgctgattccctgc
agatttgaaatgccagaatataactcttactatgggtctccctatgattacttgctgaaa
cgctatccagactccgttacaggattatggcgtaaagatagaacaacagtgtttgattcc
agaagccaatctgaatctcatctgaaaggaatgatgactggaaaccttttgcagaagagg
tgcactacagttctggagaaccttcctaagtattatagtgagcaatattacttcagatta
gaaacctcttatttccaattgaattttcatccagctgttcaaattaatatcaaagactct
ccacccaaacccaagttaaccacagagaaggtggaggtgatggaggggacctctgtgagt
ttgagctgctctgctgcagccccctgtcccaaactccccccaaatctgacatggaccccc
aggctgagtgacagtgtggatcaactgcaagagaatgaggataataccacatctgtgtct
tctgatctgaccttcactgcttcccacctccaccataggcagaagatcacctgcagggca
ctttacacactgcaacaaggaggcaatcagaagatgtctgaggccagtctgactctcaaa
gtccaatatcctcctaagaagacctcagtgtcagtcaatccctctggttcagtgttagag
ggcagctcagtgactctgacctgcagcagtaaagccagcccaccagtgcagaactacacc
tggtatagagtgaatgggccagagatgaacactgtaggaactggacagaatctcaccttc
aatgtgactgagtccagtggcagtgaacagcactactgtgaagcacagaatgaacatggc
aaggagaactcgacagctgtgcagctgggagttaattatcctcctaagaagacctcagtg
tcagtcagtccctctgcttcagtgttagagggcagctcagtgactcttacctgcagcagt
aaagccagcccaccagtgcagaactacatctggtacagagtgaatgggccagagatgaac
actgtaggaactggacagaatctcaccttcaatgtgactgagtccagtgacagtgaacag
tactactgtgaagcacagaatgaacttggcaaggagagctcaacaactgtactgctgaat
gtgatatacatgcctcagatctctggctctgggagctgcagcagaactgcagcagagatc
agctgctcctgtgagagccgtgggaatccctctcccagcatggagtggcatgtgtctgga
ctgcgggtcactaactctactgacagagtcatcagggaggagcagctggggaacacaggc
ctgaggagctccctcaccatgcgccactcacagggagacacggccactctcctctgcctc
agtaccaacgctctcggcacctccagcctccagctccacgacccttgtccacagaaacac
tcaggagtacacctgcaaccactgctatatgttatcattgcagcactgatttgtctgaat
gtgctgactgttggattctgtctccacaaaaataaaagagacatgattaaagtggcatgg
ctcattctcattggctgcctgctgcaaggagccctgggcggagagtgggcagtctggatg
cctcagagtataaaagttctgagtggatcctgtgtgctgattccctgcagatttgatatc
ccgtctgaatgggaaaaagatctgccagggactacagtacaatggcatcgtgaaaaggat
gatactgtaatgtttgattctaaaagccaatctgaatctcatctgcaaggaacgttcact
ggagacctgcagcgcaagacctgcactacactcctagagaaccttccaaaacatgctcgt
gataaatatttattcagattacatgaccccatcaaatatacttttcgagaaacatttgtt
gaacttattatcacagactctccaccccaacccaagttaaccacagagaaggtggaggtg
atggaggggacctctgtgagtttgagctgctctgctgcagccccctgtcccaaactcccc
ccaaatctgacatggacccccaggctgagtgacagtgtggatcaactgcaagagaatgag
gataaaaccacatctgtgtcttctgttctgaccttcactgcttcccacctccaccatggg
cagaagatcacctgcagggcactttacccactgcaacaaggaggcaatcagacgtctgag
gccagtctcattctcacagttctatatcctccaaagaacacctcagtgtcagtcagtccc
tctggttcagtgttagagggcagctcagtgactctgacctgcagcagtaaagccaaccca
ccagtgcagaactacacctggtacagagtgaatggtacagagatgaattctgtaggaact
ggacagaatctcaccttcaatgtgactgagtccagtggcagtgaacagtactactgtgaa
gcacagaataaacatggcaaggagaactcaaaaactgtactgctgaatgtgatatacatg
cctcagatctctggctctgggagctgcagcagaactgcagcagagatcagctgctcctgt
gagagccgtgggaatccctctcccagcatggagtggcgtgtgtctggactgcgggtcact
aactctactgacagagtcatcagggaggagcagctggggaacacaggcctgaggagctcc
ctcaccatgcgccactcacagggagacaaggccactctcctctgcctcagtaccaacgct
ctcggcacctccagcctccagctgcatgtcccatcgccacactcaggtgttagcattccc
tcactgctgattgctgcagctgctggtgctggtgccatggtgatagtgtgcctcattgtg
aaggccattcaaaagctgggcgggaaaaaaggggacagccagtgttgtgaaagtagatgg
aaggacacagaagagagttctccccaatcagaagaagaaccagtctacgccaaccactcc
atggtaaccacccaacccagggacccacagctgggagggacagacccacagcccctggca
gaggaccgaaacaaggcagagctggaaaacatgctttacgcctcgataaagcactccccc
cgctccgtggagacacagggccaggatgcccgtgaaggagccgcaggtcacggtgacgat
gtggtctattcacaggtggcccgaaagaagaaaacctag
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