Microcaecilia unicolor: 115478672
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Entry
115478672 CDS
T09142
Symbol
CNTN1
Name
(RefSeq) contactin-1
KO
K06759
contactin 1
Organism
muo
Microcaecilia unicolor
Pathway
muo04514
Cell adhesion molecule (CAM) interaction
muo04517
IgSF CAM signaling
Brite
KEGG Orthology (KO) [BR:
muo00001
]
09130 Environmental Information Processing
09133 Signaling molecules and interaction
04514 Cell adhesion molecule (CAM) interaction
115478672 (CNTN1)
04517 IgSF CAM signaling
115478672 (CNTN1)
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04515 Cell adhesion molecules [BR:
muo04515
]
115478672 (CNTN1)
00537 Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
muo00537
]
115478672 (CNTN1)
Cell adhesion molecules [BR:
muo04515
]
Immunoglobulin superfamily
Contactins
115478672 (CNTN1)
Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:
muo00537
]
Others
115478672 (CNTN1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Ig_3
I-set
Ig_2
ig
fn3
V-set
FN3_DSCAM-DSCAML_C
Ig_5
Pur_ac_phosph_N
Fn3_VIN3
Tissue_fac
Ig_RIMBP2
Big_3_4
Motif
Other DBs
NCBI-GeneID:
115478672
NCBI-ProteinID:
XP_030072034
UniProt:
A0A6P7Z8L3
LinkDB
All DBs
Position
10:64814559..65131841
Genome browser
AA seq
1003 aa
AA seq
DB search
MWVLISQLSTIYFTISLAEEGKRYGPVFEEQPIDTIYPEESSEGKVTMNCRARANPTPDY
KWRLNNWDIDLLNKRYTLMGGNLIINNPDKSKDTGKYVCIASNIFGAVRSNEATLNFGYL
DPFPTEERYEVKVKEGIGAVLLCDPPLHFPDELNYRWLLNEFPVFINLDKRRFVSQTNGN
LYIAKVEQSDRGNYSCFVSNPSIPKSVFSKFIPLIPQSETIRRYPADIKVNFRDTYALMG
QNVTLECFALGNPVPGIRWRKVDEPMPATSEISMSGAVLKIFNIQPEDEGLYECEAENIK
GKDSHQARVYVEALPEWVTHISETEKDIGSDLSWPCAATGKPIPRIKWLKNGVANRQGEM
KIYGLTLEDAGMYQCIAENTHGAISANAELRILALPPNFEQNPMKRKVLAANGGRMIIEC
KPKAAPKPKISWSKGTELLINGSRVSIWDDGTLEIFNITKMDEGNYTCFAENDRGKANST
GVLSVTAATKITLAPLNADVTVGENATMQCQAFHDPTLDLTFIWSVNGYDIDFDKESNHY
ERNLRSEASGELLIKIAQLRHAGRYTCTAQTIVDNSSISADLVVRGPPGPPGGVRIEDIR
DTSSILTWSSGTDNHNPISKYTIQAKNILSEEWRDVKTEPSKIEGNMERAKVVDLTPWME
YEFRVIATNSLGTGEPSLPSPRIKTEGAAPNVAPSDVGGGGGSNRELIITWTPLSREYHF
GNNFGYIVAFKPYGEKEWRKVTVTDPESGRYVHKDDKMNPSTQFQVKIKAYNNKGDGPFS
NTGVIYSAQDAPISYPEDVRAIVLSSCEVVVFWKMVYLQSVEGYQVRYWRVKDKEAAAQR
VQVSSAVNSTKLENLLPNARYHIEVRAFNSAGDGPPSPHIDVTTKKAPPSQHPKNINVVR
SNSHFLISWDHVKSLSNESEVKGYKIYYRPNGEIEGNLYSTGQHWIKVPVPKEGEYIVEI
RAHSEGGDGAMSQITITGIAVGITPSLLGLLLPTLSIFAYLDF
NT seq
3012 nt
NT seq
+upstream
nt +downstream
nt
atgtgggtcctcatcagtcaactttctacgatatatttcaccatttccttggcagaggaa
ggaaaaagatatggacctgtctttgaagagcagccaattgataccatatatccagaagaa
tcttcagaagggaaagtcacaatgaactgcagagctagagcaaaccctacacctgattac
aagtggagattaaataactgggatattgacctgttaaataaacgctacaccttgatggga
ggtaaccttatcatcaacaacccagacaaaagtaaagacactggaaaatatgtttgtata
gcatcaaatatctttggagccgtccgaagcaatgaagccactctgaattttggatatctt
gatccatttcccacggaagagcggtatgaagtcaaagtaaaggaaggaattggagctgtg
cttttgtgtgatccccctctccactttccagatgaactaaattatcgttggcttcttaat
gagttcccagtgttcattaatttggataaacgacgatttgttagccagacaaatggaaat
ctctatattgcaaaagtggagcaatcagacagaggcaattattcatgttttgtatccaac
ccttcaattccaaaaagcgtattcagcaaatttattccactgattccgcagtcagaaaca
attagaagatatccagcagacatcaaagttaacttcagagatacatatgcattaatggga
caaaatgtgacacttgagtgttttgcactgggaaatccggttccagggatcagatggaga
aaagtggatgagcccatgccagccacatctgaaataagcatgtctggtgcagttctcaag
atcttcaacattcagcctgaagacgaaggactttatgaatgcgaagcagagaacataaaa
ggaaaagattcacatcaagcaagagtgtatgttgaagcattaccagaatgggtgacgcac
atcagtgagacagagaaagatataggaagtgatctgtcctggccttgtgctgctacaggc
aagccgattcctagaatcaaatggctgaagaatggagtagcgaaccgtcaaggcgaaatg
aaaatctatggattgacgctagaagatgccgggatgtatcagtgcatagcagaaaacact
cacggagctatatctgccaatgctgagcttagaattctagccttgcctcctaattttgaa
cagaaccctatgaagagaaaagtcttagcagcaaatggaggacgcatgataattgaatgc
aagcccaaagctgctccaaaaccaaagatctcctggagtaaaggaacagaactgcttata
aatggaagcagggtatctatttgggatgatggtactcttgaaatttttaatataaccaag
atggatgaaggcaactacacctgttttgcagaaaatgacagaggcaaagctaacagtact
ggtgtgctttctgtcacagctgccacaaaaatcaccttggcgccactgaatgctgatgtg
acggttggagagaatgccaccatgcagtgccaggcattccacgatcccactttggaccta
acatttatttggtctgttaatggttatgacatagattttgacaaagaaagcaaccattat
gagcgaaatttaaggagtgaagccagtggagaactgcttattaaaattgcacagctgagg
cacgctgggaggtacacttgcacagcccagacaatcgttgacaactcttcgatttcagca
gatttagttgtcagaggtcctccaggtcctccagggggtgtgagaatagaagatattaga
gatacttcttctatactaacatggagtagtggaacagacaatcataaccctatatctaag
tacactatccaggcaaagaatatcctatctgaagaatggagagatgtcaagacagagccc
tcaaaaattgaaggaaacatggaaagggcaaaggtggtggatttaactccttggatggaa
tatgaatttcgagtaatagcaacaaatagtttggggaccggagaacccagtttgccatca
ccgagaattaaaactgaaggtgctgctcctaatgtggctccttctgatgttggaggaggc
ggaggaagcaatcgtgagcttataataacatggacgcctttgtcaagagaataccacttt
ggaaacaattttggctatattgttgcctttaagccatatggcgaaaaagagtggaggaag
gttacggtcactgatcctgaaagtggcagatatgttcacaaagatgacaaaatgaaccct
tcaacgcagtttcaagtgaaaataaaagcatacaacaacaaaggagatgggccatttagc
aatacaggtgtcatttattcagcacaagatgccccaatcagctatcctgaagatgtgcgt
gccatagttttgtcatcctgtgaggttgtggtgttttggaaaatggtctatctgcaatct
gttgaagggtatcaggtccgttactggcgtgttaaagataaagaagcagctgcgcaaaga
gtacaagtaagcagtgctgttaactcaaccaaacttgaaaatctcttaccaaatgcacgc
tatcatatagaggttagggctttcaacagtgcaggagatgggcctcccagtcctcatatt
gatgttactacaaaaaaagcacctccaagtcaacatccaaaaaatattaatgttgtgaga
tctaactctcactttcttatttcctgggaccatgtcaaatctttatcaaatgaatcggaa
gtgaaaggatacaaaatatactacagaccgaatggagagattgaaggcaatttgtattca
acgggtcagcattggattaaagttccggtgcctaaagaaggagaatatattgttgagatc
cgagcacatagtgaaggaggagatggggcaatgtctcaaatcacaattacaggtattgct
gttgggataacacctagtctacttggcctcttgctaccaactttaagcatctttgcctac
ctggatttctga
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