Alligator sinensis (Chinese alligator): 102372568
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Entry
102372568 CDS
T02922
Symbol
CNTN5
Name
(RefSeq) contactin-5
KO
K06761
contactin 3/4/5/6
Organism
asn
Alligator sinensis (Chinese alligator)
Brite
KEGG Orthology (KO) [BR:
asn00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04515 Cell adhesion molecules [BR:
asn04515
]
102372568 (CNTN5)
00537 Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
asn00537
]
102372568 (CNTN5)
Cell adhesion molecules [BR:
asn04515
]
Immunoglobulin superfamily
Contactins
102372568 (CNTN5)
Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
asn00537
]
Others
102372568 (CNTN5)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
I-set
Ig_3
Ig_2
ig
fn3
V-set
Ig_DSCAM-DSCAML_C
Ig_5
C2-set_2
Ig_4
Pur_ac_phosph_N
Ig_6
C2-set
Motif
Other DBs
NCBI-GeneID:
102372568
NCBI-ProteinID:
XP_006028055
UniProt:
A0A1U7SCE8
LinkDB
All DBs
Position
Unknown
AA seq
1100 aa
AA seq
DB search
MMKSSWKLFMFLSLAGYLSDCSEAVPGLPTSYAAILRIRAGGSSSASFSSKSRPRSSSPS
LGSVSSPSWRGAAQQYHSPTNLYHFSEAFRHDESADYGPVFIQEPDDLIFPTDSEEKKVS
LNCQARGNPAPTYRWLRNGTEIDIESDYRYSLIEGSLIISNPSEAKDSGQYQCLTTNMFG
TILSKEALLQFAYLGNFSGRTRSAVSVREGQGVVLMCSPPLHSPEIIYSWVFNEFPSFVA
EDSRRFISQETGNLYISKVQTSDVGSYICLVKNTVTNARVLSPPTPLTLRNDGVMGEYEP
KIEVHFPYTVTAAKGTTVKMECFALGNPVPTISWRKVNGHNPSKARLRKSQAVLEIPNVQ
LDDAGMYECKAENSRGRNVFRGQLQVYTYPHWMEKLNDTQLDSGDQLRWECKATGKPRPT
YRWLKNGLPIWTQSRVEMVNGVLMIHSVNLSDAGMYQCLAENKYGTIYASAELKILASAP
TFPLNQMKKTIIVTRGQEVVIECKPQASPKPTITWKKGDKAVRENKRITVLPDGSLRILN
ASKSDEGRYLCQGENVFGSAEIVTSVFVKEPTRLELTPKRTELTVGESIVLNCKAIHDNT
LDVSFYWTLNGQPIDFEKEGGHFESIRAQASSADLMIRNILLMHAGRYGCRVQTTADSVS
DEAELLVRGPPGPPGVVIVEEITDTTATLSWSPGADNHSPISFYNLQARSPFSLGWQTVK
TVPDTISGDMESAMAVELNPWVEYEFRVVATNKIGTGDPSAPSRVIRTNEAVPKTSPANV
SGRSGRRHELVIAWEPVSEEFQNGEGFGYIVAFRPNGTRGWKEKMVTSSDASKFIYRDES
VPPLTPFEVKVGVYNNKGDGPFSHIVVICSAEGEPSAAPFDVKATSLSVSEILVAWKRIK
ESLGRPQGFEVAYWRDMEQEEAAEKVKTEGNESSIILTGLEGNTLYHLTVRAYNAAGYGP
PSTTVHAATKKSPPSQPPSNIMWMQDGSHVSLGWEPVRPLANESDVMGYKVLFRQEGQSN
SQVIETQKTSAVVLLPDVGVYIIEVCAVSEGGDGTVSSQIRVPSFSGGKVTSSQSTLHIF
STSSSSVTLLLALMVPSTSW
NT seq
3303 nt
NT seq
+upstream
nt +downstream
nt
atgatgaagtcgtcatggaaactgtttatgtttctgtcacttgctgggtatctttcagac
tgttcagaagctgttccaggcctccctacttcatatgctgctatcctaagaattagagct
ggtggttcatcttcagcctcgtttagttctaagagccgaccacgatcaagcagcccttca
ttaggaagcgtatcttcaccaagctggagaggagcagcgcaacagtaccactcaccaaca
aacctctatcacttctcagaggcctttagacatgatgaaagtgctgattatgggccagtg
tttatacaagagcctgatgatttgatttttcctactgattctgaggagaagaaagtgtct
ctgaattgtcaagcacgaggaaatcctgctcctacatacagatggttacggaatggaact
gaaattgacattgaaagtgattaccgctacagtttgatagaaggaagtttgatcatcagc
aatcccagtgaagctaaggattctgggcagtatcagtgtctaactaccaacatgtttggc
accatattgagtaaagaggcccttcttcaatttgcatatctgggcaattttagtggacgg
acaagaagtgcagtgtctgtacgggaaggtcaaggagttgttctgatgtgctctcctccg
ctacattcaccagagatcatctatagttgggtatttaatgaattcccatctttcgtggca
gaagatagcagacgtttcatctctcaggagacaggcaatctgtacatctccaaggtgcaa
acatctgatgttggcagctatatctgtctggtaaaaaacacagtgacaaatgccagagtt
ctgagtcctcctacaccacttacactacgaaatgatggtgtgatgggggaatacgagcca
aaaattgaggtccattttccatatacagttacagctgctaagggaactaccgttaagatg
gagtgctttgctcttggcaaccctgttccaacaatctcatggaggaaagttaatggtcat
aatccaagcaaagcccgtctgagaaaatcccaagctgtgcttgaaatacctaacgtgcag
ctagatgatgcagggatgtatgaatgtaaggctgaaaactcacgtggaaggaatgtcttc
agaggacagctacaagtgtacacctatccacattggatggagaagcttaacgatactcag
ttagacagtggagatcagctccgatgggaatgcaaagccactggaaaaccaaggccaacc
tatcgttggctgaagaatggactccctatctggacacagagcagggttgagatggttaat
ggtgtactgatgatccacagtgtgaatctctcagatgctggaatgtaccaatgcttagca
gaaaataaatatggaaccatttatgccagtgctgagttgaagattttggcttcagctccc
acttttccactaaatcaaatgaagaaaacaataattgttaccaggggccaagaagttgtc
attgagtgcaaaccacaagcctctccaaaaccaactatcacctggaagaaaggagacaaa
gcagtaagggagaataagaggataactgttcttccagatgggagcctacgtatcctgaat
gcttccaaatctgacgaaggaaggtacttgtgccaaggggagaatgtatttggttctgca
gaaattgtaacatcggtatttgttaaagaacctacaagattagaattgactcctaagagg
accgaattaacagttggggagagcatcgttctcaactgcaaagccattcatgacaacaca
ctggacgtctctttctattggaccttgaatggacagccaattgattttgagaaggaaggt
ggacactttgaaagcatcagggcacaagcatcctctgcagatttaatgatcaggaacatc
cttctgatgcatgctgggagatatggctgcagggtacagaccacagcagacagtgtgtca
gatgaggcagaacttcttgttaggggtcctcctggtcccccaggggtagtaatagttgaa
gaaattacagacaccacagcaacactttcttggagtccaggggcagacaatcacagccct
atctccttctacaacttgcaagcacgcagcccattttcacttggctggcagactgtaaag
acagttccagataccataagcggtgacatggaatctgccatggcagtagaactgaaccct
tgggtagaatatgagttcagagttgtagcaaccaacaaaattgggactggggatcccagt
gcaccatctcgagtgatcagaaccaatgaagcagttccaaagacatctccagctaatgta
agtggcagaagtggaagacggcatgaattagtaatagcttgggagccagtatcagaagag
tttcagaatggggaaggatttggatacattgtggcattcagacccaatggaacacgaggt
tggaaggaaaaaatggtgacatcttcagatgcttcaaagttcatctacagggatgaaagt
gtacctcctcttaccccctttgaggtgaaagttggtgtatataacaacaaaggagatgga
cccttcagccatattgtggttatctgttcagccgaaggagaacccagtgctgctcctttc
gatgtcaaagctacaagtttgtctgtatcagagattcttgttgcgtggaaacgtattaaa
gaaagtctaggaagaccacagggatttgaggttgcatactggagagatatggagcaggaa
gaagcagcagaaaaagtcaaaactgagggaaatgaatcatccatcattctgacgggatta
gaaggaaacacattataccacctaacagtcagggcctataatgctgctggatatggacca
cctagcacaactgtgcatgctgccaccaagaaatcccctcccagccaaccaccaagcaat
attatgtggatgcaagatggctctcatgtgtctctgggatgggagccagtcagacctcta
gcaaatgaatctgatgtaatggggtataaggtattgtttagacaagaaggtcaaagcaac
agtcaggtcattgaaacacagaaaacctctgcagtggttcttcttcctgatgttggcgtc
tatatcatagaggtttgtgctgtcagtgaaggaggggacgggacagtcagctcccaaatc
agggtgccatctttttcagggggaaaagtcacgagctctcaatccactttacacattttc
tcaacgtcctcatcatctgtaacgttgctcttggcactgatggttccttcaacctcatgg
tga
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