Microcaecilia unicolor: 115461703
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Entry
115461703 CDS
T09142
Symbol
PCDH18
Name
(RefSeq) protocadherin-18 isoform X1
KO
K16499
protocadherin delta 2
Organism
muo
Microcaecilia unicolor
Brite
KEGG Orthology (KO) [BR:
muo00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04515 Cell adhesion molecules [BR:
muo04515
]
115461703 (PCDH18)
Cell adhesion molecules [BR:
muo04515
]
Cadherins
Protocadherins
115461703 (PCDH18)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Cadherin
Cadherin_2
MPS-4
TMEM154
PepSY
Syndecan
DUF4427
DUF1180
Motif
Other DBs
NCBI-GeneID:
115461703
NCBI-ProteinID:
XP_030047591
UniProt:
A0A6P7X2J0
LinkDB
All DBs
Position
2:633503277..633517173
Genome browser
AA seq
1124 aa
AA seq
DB search
MHSVVLVALAVMSVHRQALAKNLKYRIYEEQRIGSVIARLSEDVADVLARLPAVRFRAMQ
RGSSPLLVVREDNGEISIGAKIDREQLCQRNLNCSIEFDVITLPTEHLQLFHVEVEVLDI
NDNSPQFSRALIPIDISESAAVGTRIPLDSAFDPDVGENSLHTYSLAPNDYFDIEVRTRT
DGAKYAELIVVRELDRELQSSYELQLTASDQGVPQRFGSSILKISISDSNDNSPVFEQQS
FIIQLPENSPVGTLLIDLNATDPDEGANGKIVYSFSSHVAPKIIETFKIDSERGYLTLLQ
QVDYEAIKSYEIDAQAQDLGPNSIPAHCKIIIKIVDVNDNKPEININLMSPGKEVAYISE
GVPLDTFVALVRVQDKDSGLNGEIVCKLHGHGHFKLQKTYENNYLILTNVTLDREKRSEY
SLTVIAEDKGTPSLSTVKHFTVQINDENDNSPRFQTNRYETVVLENNSPGAYITSVMAAD
PDLGENGQVTYTILESYVLGSSITTYVTIDPSNGAIYALRAFDHEEVNQIVFVVQARDGG
TQQLASNATVVLTIIDENDNAPVIMGPALRNHTGEISVPKDAGSGFLVTRIWATDRDSSM
NSELSCSIASGNEGGIFIMDMRTCDIYLNISMETFPYTEWEILVLVHDKGTPQLSTKARL
KCVVLDNLHPASSTEATSKSSTSLDLSMVIIISLVGLCAVLLVIMVIFATRCNREKKDTR
SYNCRVAESTYQHHPKRPSRQIHKGDITLVPTINGTLPIRPHHRSSPSSSPTLERGQMSS
RQSHHSRQSLNSLVTISSNHVPENFSLELTHASPAVEQVSQLLSMLHQGQYQPRPSFRGN
KYSRSYRYALQDMDKFSLKDSGRGDSEAGDSDYDLGRDSPIDRLLGEGFSDLFVPEGHRI
PAAMRLCTEECRVLGHSDQCWMPPLPSPSSDYRSNMFIPGEDLQAEQQQLQQQQQGLEEE
PQPLDANDNKKSFTTFGKESPDEEAADICNSSLLSEMSSVFQRLLPMSLDAYTESNEVDR
SNSLERRKGHAPAKNVSYPQGVTTWTASAHLPNSANNNATPLGTHSSAQPSSKWLPAMEE
IPENYEEDDFDNVLTHFSDSKHELMDASELVAEINKLLQDVRQS
NT seq
3375 nt
NT seq
+upstream
nt +downstream
nt
atgcactcggtcgtccttgtggcgctggccgtaatgtctgtgcatcggcaggcgttggcc
aagaacctaaagtaccgcatctacgaagagcagaggatcggctcggtcatcgccaggctc
tcggaggacgtggccgatgtcctggccaggctgcccgccgtccgttttcgagccatgcag
agggggagctcgcctctactcgtggtccgggaggacaacggcgaaatcagcatcggggcg
aagatcgaccgggagcagctctgccagaggaacttgaactgctctatcgagtttgacgtg
atcaccctgcctacggagcacctccagctcttccacgttgaagtggaagtgctggacatc
aatgacaactcgccccagttttccagggctctgatccccatcgacatctcggaaagtgcc
gccgtggggactcggattcctctggacagtgccttcgatccagatgtgggcgaaaactcc
ctccacacctactccctggcgcccaatgactattttgatatcgaagtgcggaccaggacc
gatggtgccaagtatgcggaactgatcgtggtcagggaactggaccgggagttgcagtcc
agctacgagctccagctcactgcctctgatcagggagtgcctcaaagatttggctcgtcc
atcctaaaaatcagcatctctgattccaatgataatagtcctgtttttgagcagcagtcc
ttcattattcaactcccagagaattcaccagtggggacactgctcattgacctgaatgcc
accgatccagatgagggcgctaatgggaagattgtgtattccttcagcagtcacgtggct
cccaaaattatagagacatttaaaatagattccgaaagaggctatttgaccttgctgcaa
caagtggactacgaggccattaagtcctacgagatcgatgcccaagcacaggacttggga
cccaactccattccggctcactgcaagatcatcattaaaattgtggacgtcaacgacaac
aagccggaaattaacatcaacttgatgtcacctggcaaagaagtggcttacatttccgaa
ggggtccccttggacacttttgttgcattggtccgcgtccaggacaaggactctgggctc
aacggggagatcgtttgcaagctacatggtcatgggcactttaaacttcaaaagacctat
gaaaataactatctcatcttgacaaatgtcacactggacagggaaaagaggtctgaatat
agtttgactgtaatagcagaagacaagggaacaccaagtctctctacggtgaaacacttt
actgtccagatcaatgatgagaatgacaactctcctcgcttccagaccaacagatatgaa
acagttgtccttgagaacaactctccaggagcatacatcacatctgtaatggctgctgat
ccagatttgggagaaaatgggcaagtgacctacacaattttggagagctatgttctagga
agctctatcaccacctatgtgacaattgatccctccaatggtgcaatttatgccctcaga
gcctttgatcatgaagaagtgaaccaaattgtctttgtggtgcaggccagggatggaggc
acccagcagcttgctagcaacgccacagtcgtgttaaccattattgatgagaatgacaat
gccccggtgatcatggggccagcactgcgcaaccacactggggaaatctcagttcctaaa
gacgccggaagtggctttctcgtaacaaggatatgggccacagatagggactcgagcatg
aactctgagctgagctgttccattgcaagtggtaacgaaggtgggatctttataatggac
atgagaacatgtgatatctacttgaacattagcatggaaacattcccttacaccgagtgg
gagatccttgtcttggtacatgacaagggaactccccaacttagtactaaagcacgcctc
aaatgtgttgttttggataatttgcatccagcatcaagtacagaagctacctcgaagagc
tcaacttccctagatttatctatggtcataattatatctcttgtaggcctttgtgccgtg
ttgctcgtcattatggtaatctttgcgaccagatgcaaccgagagaaaaaggacaccaga
tcctacaactgccgtgtcgcagaatcaacctaccagcatcaccccaagaggccatcaaga
cagatccacaaaggggacattaccctggtacccaccattaatggcacgttgcccatcaga
ccacatcacaggtcttcgccttcatcatctccgaccttagaaagaggacagatgagcagc
agacagagtcaccacagccgtcagtctctcaacagcctggtgacaatttcatcgaaccat
gtgccagagaatttctccctggagctcacccatgcctctcctgccgttgagcaggtctcc
cagcttctctctatgcttcaccagggccagtatcagccaagaccaagctttcgtggcaac
aaatattccaggagctacagatacgcccttcaggacatggacaagtttagcttgaaagac
agcggccgtggtgacagcgaggccggagacagcgattatgatttaggaagagattctccg
atcgacagactccttggggaaggattcagtgacctttttgtcccagaaggacacaggatc
cctgcagcaatgagactctgcaccgaagagtgtcgggttcttggacactctgatcagtgc
tggatgccacctctgccttcaccgtcctctgattacagaagtaacatgtttattcccggg
gaagatcttcaagcagagcaacaacaactgcagcaacagcagcagggactcgaagaggag
ccgcagcccctggatgccaacgacaataagaagagcttcaccacctttggcaaagagtca
ccagatgaagaagcagccgacatctgcaattcctctcttctctcggaaatgagcagcgtc
ttccagcggctcctgcctatgtctttggatgcctacacggaaagcaatgaagtggaccgt
tcaaactcattagagcgcaggaagggacacgcgcctgccaagaatgtgagttacccacaa
ggggtgacgacatggacagccagtgctcatttaccaaattcggccaacaacaatgcaacc
cctctggggactcactcaagcgctcagccatcttcaaaatggctgccggccatggaggag
atccccgagaactatgaggaagatgattttgacaatgtgcttacccactttagtgacagt
aaacatgaactcatggatgctagtgaactggtggcagaaattaacaagctgctgcaggac
gtaaggcagagctag
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