Mus caroli (Ryukyu mouse): 110301137
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Entry
110301137 CDS
T05910
Symbol
Cgnl1
Name
(RefSeq) cingulin-like protein 1
KO
K21110
cingulin-like protein 1
Organism
mcal
Mus caroli (Ryukyu mouse)
Pathway
mcal04530
Tight junction
Brite
KEGG Orthology (KO) [BR:
mcal00001
]
09140 Cellular Processes
09144 Cellular community - eukaryotes
04530 Tight junction
110301137 (Cgnl1)
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Gene cluster
GFIT
Motif
Pfam:
Myosin_tail_1
Motif
Other DBs
NCBI-GeneID:
110301137
NCBI-ProteinID:
XP_021027059
Ensembl:
MGP_CAROLIEiJ_G0032414
UniProt:
A0A6P5QAK7
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All DBs
Position
9:complement(68757598..68914130)
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AA seq
1297 aa
AA seq
DB search
MELYFGEYQHVQQEYGVHLRLASGDTPKPRNSQPSKAGSYGVSIRVQGIDGHPYIVLNNT
DRCLAGTPFPENAPSFPSSVLNNLSLHPSNGTVVKENTAEELQLPENPYLQTSPLRGQKQ
FALHEGRNGVLERKDGPTKLPHVLNFQRHPELLQPYDPEKNEVNAKKHHPPESPWLRNAT
EDGTNCKKSRNCFPKSYGSQPNSPTSEDLAKTNMTAIRLCSSVVIEDPQKQTSVCVNVQR
CAKEGVGEETLSPRRKSPTAPSPQVYSETKKNRPDVLPFRRQDSAGPILDGARSRRSSSS
STTPTSATSLYKFLLDDQECAIHADSVNRHENRRYIPFLPGTGRDIDTCSIPGVDQLIEK
FDQKPGLQRRGRSGKRNRINPDDRKRSRSVDSAFPFGLQGNTEYLTEFSRNLGKSSEHLL
RPSQVFPQRSVAQEHRGKHSPSSTPAKLQGAQGAHPKPPLQNKDGKVLNKGRQESTEACA
PSLPAPNKKEEEIKIATATLMLQNRAVAATSDSGAKKISVKTFPSDSSTQATPDLLKGQQ
ELTQQTNEETAKQILYNYLKEGGTDNEDATKRKVNLVFEKIQTLKSRAAGSAQGNNQAPN
SPSEGNSLLDQKNKLILEVSELQQQLQLEMKNQQNIKEERERMREDLEELRVRHQSQVEE
TATLQRRLEESEGELRKNLEELFQVKMEREQHQTEIRDLQDQLSEMHDELDSTKRSEDRE
KGALIEELLQAKQDLQDLLIAKEEQEDLLRKRERELTALKGALKEEVSSHDQEMDKLKEQ
YDAELQALRESVEEATKNVEVLASRSNSSEQSQAEADLREKALKEENEKLRGRIAELERR
AAQLQRQMEDVKGDEAQAKETLRKCESEVQQLEEALVHARKEEKEATCARRALEKELEQA
QRELSQVSQEQKELLEKLRDEAEQKEQLRKLKNEMESERWHLDKTIEKLQKEMADIAEAS
RTSSLELQKQLGEYKEKNRRELAEMQTQLKEKCLEVEKARLATSKMQDELRLKEEELRDY
QRAEEEALTKRQLLEQSLKNLEYELEAKSHLKDDRSRLIKQMEDKVSQLEIELEEERTNA
DLLSERITWSREQMEQMRSELLQEKAAKQDLECDKISLERQNKDLKSRIIHLEGSYRSSK
EGLVVQMEARIAELEDRLENEERDRANLQLNNRRLERKVKELVMQVDDEHLSLTDQKDQL
SLRLKAMKRQVEEAEEEIDRLESSKKKLQRELEEQIGVNEQLQGQLNSMKKGLRLKTLSS
KVLDDSDDDDLSSDAGSLYEAPLSYAFPKDSTIASQI
NT seq
3894 nt
NT seq
+upstream
nt +downstream
nt
atggagctgtattttggcgaataccaacacgtacagcaggagtatggggtccacctgaga
cttgccagcggtgatactccaaagccaaggaattcccagccctcaaaggcaggctcctat
ggtgtcagcatcagggtccagggaattgatggccacccttacatagtcctgaataacact
gatcggtgtctagcaggcacacctttcccagaaaacgcgccatcctttccatcgtcagtg
ctaaataacctgtccctacatccaagcaacgggaccgtggtgaaggagaacactgcggag
gaactgcagcttccagaaaacccgtacctgcaaaccagcccgctaagaggccagaagcag
ttcgccctccacgagggcaggaatggagttctagaacgcaaagacgggcccacgaagctg
ccccatgtgctcaacttccagaggcacccggagcttctgcagccctatgacccagaaaag
aatgaggtgaatgcaaagaagcatcaccctcccgagagtccctggctgagaaatgcaaca
gaggacgggaccaactgtaagaagtcccggaactgcttccccaaatcctacggttcccag
cccaacagccctacttcggaagatttagccaagaccaacatgacagcgatccgtctctgc
agctctgtggtcatagaagacccccaaaagcagacctcagtgtgcgtgaacgttcagagg
tgcgccaaggagggggtgggagaggagaccctttcccctcgacggaaatccccaactgcc
cccagcccacaggtctattctgaaaccaagaaaaacaggccagatgtgctacccttccgg
cgacaagattccgcaggacccatcctggatggagctcggtcacgcaggtcctcttcgtca
tccacgactcctacttctgccacttccttgtacaaatttttacttgatgatcaggaatgc
gccattcatgccgacagcgtcaaccgccatgaaaacagaaggtatattccgttcttgcca
ggaactgggcgggatatcgacacctgctcaattcctggtgtggaccagttaattgaaaaa
tttgaccaaaagcctggccttcagagaagaggaaggtctgggaagagaaacaggatcaat
ccggacgacaggaaaagatcccgaagtgtagacagtgcctttccatttggtctccaggga
aacacagaatacctcaccgagttcagcaggaacctgggcaagtctagcgaacacctcctt
cggccatcccaggtcttcccgcagaggtcagtggcccaggagcaccgtgggaagcacagt
cccagcagcacgcccgcaaagctgcagggagctcaaggtgcccaccccaagcctcccctg
cagaacaaagatgggaaagttctgaacaaaggaaggcaggaaagcacggaggcctgtgcc
ccctccctgccagcaccgaataaaaaagaggaagaaatcaaaatagccactgccacgttg
atgttacagaaccgggcggtggctgccacatctgattctggtgccaagaaaatttcagtg
aagacatttccttccgactctagcactcaggccacaccagatctcttaaagggccagcag
gagctcacccaacaaaccaacgaggagaccgccaagcagatcctttacaattacctcaaa
gaaggaggcacagacaatgaggatgccaccaaaaggaaagtgaacctggtctttgagaaa
atccagactttgaagtccagagcagcagggagtgcccaaggaaacaatcaagctccgaat
tctccctctgaaggcaacagtctattggatcagaagaacaaattgatcctagaagtgtct
gaactacagcagcaactgcaactggagatgaagaaccaacagaacatcaaggaggagcga
gaaagaatgagagaggatttagaagagctgcgagtccggcaccagagccaagtggaggag
acggccaccctgcagagacggctggaggaaagtgaaggcgagctgaggaagaacttggaa
gagctgttccaagtgaagatggagcgcgaacagcaccagactgagatcagagacctgcag
gaccagctgtcggaaatgcatgatgagctagacagcaccaagcgatccgaggacagggag
aagggagccctgattgaggaactcctgcaagccaagcaggaccttcaagatctgctcatt
gccaaagaggaacaggaagatctcttgaggaagcgggagcgggagttgactgccttgaag
ggcgccttgaaggaggaggtttccagccatgaccaggagatggataagctgaaggaacag
tacgatgctgaactgcaggccctcagggagagtgtggaggaggcaaccaagaatgttgag
gtcctggccagcaggagcaactcctccgagcagagccaggcggaggctgacctgcgtgag
aaagcgctgaaggaggaaaatgagaagctgcgggggaggattgcagagctggagcgcagg
gcagcccagctacagagacagatggaggatgtgaagggtgacgaggcccaagcaaaggag
acactccggaagtgtgagagtgaagtacagcagctggaggaagcccttgtgcatgccaga
aaggaagaaaaagaagccacatgtgccagaagggctctggagaaggagctggagcaagct
cagagagagctgagccaggtctcccaggagcagaaggaactcctggagaaactccgggac
gaggcggagcagaaggagcagctgcgaaagctgaagaacgagatggagagcgagcggtgg
cacctggacaagaccatcgagaagctgcagaaggagatggctgacattgctgaagcctcc
cgcacatcctctttggagctgcagaagcagctgggtgagtataaggagaagaaccgccgg
gagcttgcggaaatgcagacacaactgaaggagaaatgcctggaagtggaaaaggccaga
ctggcaacctcgaagatgcaggatgagttacgcctcaaggaggaagagttgcgggactac
cagcgagctgaggaggaagctctcacaaaacggcagcttctggagcagtcgctgaagaac
ctggagtatgagctggaggccaagagccaccttaaggatgaccgcagccgactcatcaag
cagatggaggacaaggtgtcccaattggagattgaattggaagaagaaagaaccaacgct
gacttgctgtcagagaggatcacgtggagcagggaacagatggagcagatgaggagtgag
cttcttcaggagaaagctgccaagcaagacttagagtgtgacaagatttccctagagaga
cagaacaaagacttaaagagccggattatccacctggaaggttcctacaggtccagcaag
gagggcctggtggtgcagatggaggccaggattgcagagctggaggaccggctggagaat
gaggagagggatcgggccaacctgcagctcaacaaccgaaggctggagcggaaggtgaag
gagctggtgatgcaggtggatgatgagcatctgtcactgacggaccagaaggaccagctg
agcttgcgcctgaaagccatgaagcgccaggtggaggaggccgaagaggagatcgaccga
ctggaaagttctaagaagaagctgcagagggagctggaggagcagataggggtgaatgag
cagctgcaggggcagctcaactctatgaagaagggcttaaggcttaagacactgtctagc
aaagtactggatgactcggacgacgatgacctcagcagtgatgcgggaagcctctacgaa
gccccactgagctatgcctttcccaaagacagcactatcgccagccagatctga
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integrated database retrieval system
