Biomphalaria glabrata (bloodfluke planorb): 106057916
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Entry
106057916 CDS
T07368
Name
(RefSeq) protocadherin alpha-1-like
KO
K16498
protocadherin delta 1
Organism
bgt
Biomphalaria glabrata (bloodfluke planorb)
Pathway
bgt03273
Virion - Lassa virus and SFTS virus
Brite
KEGG Orthology (KO) [BR:
bgt00001
]
09120 Genetic Information Processing
09125 Information processing in viruses
03273 Virion - Lassa virus and SFTS virus
106057916
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
bgt01009
]
106057916
09183 Protein families: signaling and cellular processes
04515 Cell adhesion molecules [BR:
bgt04515
]
106057916
Protein phosphatases and associated proteins [BR:
bgt01009
]
Protein serine/threonine phosphatases
Phosphoprotein phosphatases (PPPs)
Protein phosphatase-1
PP1-interacting proteins (PIPs)
106057916
Cell adhesion molecules [BR:
bgt04515
]
Cadherins
Protocadherins
106057916
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Cadherin
Cadherin_CELSR2_9th
Cadherin_2
Cadherin_4
He_PIG
Psg1
TMEM154
DUF6479
KIAA1549
Orf78
BACON
Motif
Other DBs
NCBI-GeneID:
106057916
NCBI-ProteinID:
XP_013070720
UniProt:
A0A2C9JKK5
LinkDB
All DBs
Position
Unknown
AA seq
1009 aa
AA seq
DB search
MKMPDQRPFTSTMATLSRPLYKIVWVYLFLLLRSHVSGQLESKLTYTVDEESGVNVFIGN
TGRDSGLLDKYTNEFKNLLFRPFEKGNENVKFFSVDQDTGVIRTALNIDREAICQKSMTC
LIGVDIGVFNKSSNNNLLALVQVSVLINDINDNSPTFPAKVVDLKVAENNEVDKTLYTSV
ASDSDAEGDNSRITYKFETPSDMFELSTVRTIDGLEDLVITIKKRLDREIKSLYSLTVVA
TDLGRPSRNGTVLINIVVTDVNDNAPVFGQSSYAVNILENYDRNLPVVIVSASDQDEGEN
GRLTYSLGSQVSAEIQNTFVVEANSGKVFARQQLDYETRSKYQFFVSVADNGSPPKFSIA
EVTVNVLDVNDNSPVISVNIGPGGDTIEEEGSEGKYVGIVTVKDADVCSQGKISCEIEDS
HFSLSSINPDMGLYQIKLSRKLDREQSSKVNVVVVCQDGDDLMPLTSSATITVTVLDIND
NSPVFRDSSLYGSVMENEDAHTSVMQVEAADIDEGENCRVTYSLTGGENPSMFSIDPNSG
VISTLQSLDREVKQEYRLEVTATDNGQPVLSRTASVTIKVLDENDNPPKFKKQAYFNSIL
ENLPPGSPAGDVPAYDPDSSENGRFLFTILNGAGSEDGIFFSIDTDTGLIKSEKKFDRES
KKTYTFRVRVADPRIPNFNDVANVTITVVDDNDHAPVVIQPPPESRNFYCAFNLTVGFVI
TTIISSDEDDPKLVEISYDIIEQLTKKQSVPLFSIDQYTGKLRVARQITPDDVGTHLLVI
LVKDGADTKAKNSTVNLTIIVEPGSEEAMRAFNVDNSKTNNMIIVIIIVAATIVVAIIIV
AIICLLRRNDKKRGPPPSNQNSAEANNKMYQAAKWVSSVSIHNDLAPDEMKNTLEVPGEK
KKKKEVSFSLDDEVVDTTGSIASMYSNTQKVMPREEGVSYHPEEHQFMEVNRQAEDRYSD
ASSGDTGTSDSGRGGSEDESHGHSTSSGVEGKLFPKDRDTIKAEVVCIV
NT seq
3030 nt
NT seq
+upstream
nt +downstream
nt
atgaaaatgcctgaccaacgtcccttcacatcgacaatggccacgttgagcagaccactg
tacaaaatagtgtgggtttatttgttcctcctgctgagaagccacgtgtctggtcagctg
gaaagtaagttaacgtacacagtggacgaggagtccggggtcaacgtgttcatcggaaac
accggaagagacagcggcttgctcgataaatacacaaatgaatttaaaaatttgttgttc
cgcccatttgagaaaggaaatgagaatgtgaagtttttctcggttgaccaggacaccggg
gtcattcgcactgcactgaacattgaccgggaggcgatatgccagaaaagcatgacctgt
ttgataggagttgacattggcgtgttcaacaagtcgtccaataacaatctgcttgccctc
gtgcaagtctcggtgctgataaatgacatcaatgacaacagtccgactttccccgccaaa
gttgttgacttgaaggtggccgagaacaacgaggtggataaaactctgtacacgagtgtg
gccagtgacagtgacgcagaaggcgacaactctcgcattacttataagtttgagaccccc
agtgacatgtttgaactgagcaccgtgagaactattgatggactggaagatttggtcatc
actattaaaaaaagacttgaccgtgagataaagagtttatacagtcttacggtagtggcc
acagaccttggtaggccatccagaaacggtactgttttgattaatatcgtggtcacagat
gtcaacgacaacgcccctgtgtttggtcagtctagttatgccgtcaacattctagaaaat
tacgaccgaaatttgccggtggtcatcgtctcggcttcagaccaagacgaaggagagaac
ggaaggttgacctacagcttaggcagccaggtatccgctgaaatacagaacaccttcgtg
gtcgaagccaactcaggaaaagtctttgccaggcagcagctggactatgaaaccaggtca
aagtaccagttctttgtgtccgtcgcggacaacggcagtccgcctaaattcagcatagcc
gaggtgacggtgaacgtattggacgtcaatgacaactctccagtgatatccgtaaacatt
ggaccaggaggggacaccattgaggaggaaggctctgagggcaagtatgttggtatcgtc
accgtgaaagacgccgatgtctgctcgcagggaaaaatcagttgcgaaatcgaggactcc
cacttcagcttgagctccataaacccggacatgggattgtaccagatcaaattgagcagg
aagcttgaccgtgagcagtcttcaaaggtcaatgtggtagtggtctgccaagacggagat
gacctcatgccgctcacctcttctgctaccatcaccgtcacggtcctggatatcaacgac
aactcgccagttttccgtgacagctcgctgtacggctcggtgatggaaaacgaagatgca
cacacctcagtcatgcaagtggaggctgcggacatagacgagggggaaaactgcagagtg
acctactccctgactggtggcgaaaatccctccatgttttccatagaccccaactctggc
gtcatttcaacgctccagtcgctcgatagagaagttaaacaagagtatcgccttgaggtt
acagccacggacaatggtcagcctgttctctctcgtaccgcttcagtgaccatcaaagta
ctagatgagaatgataatcctcctaaatttaaaaagcaagcctacttcaactccatttta
gaaaaccttcctcctggctctccagctggagacgtgcctgcctacgaccccgactcatca
gaaaatggacgttttcttttcacaatcttaaacggggcaggctcggaggatggtatattc
tttagcattgacacagacactggactcatcaaatctgaaaaaaagttcgacagagagtct
aagaagacctatacgtttcgtgtccgtgtagctgaccccagaattccaaattttaatgac
gtggccaatgtcaccattacggtggtcgacgacaatgaccacgcccctgtggtcatacaa
ccgccaccggaatcgcgaaatttctattgtgctttcaatctgactgttggttttgttatc
actactattatctcgtctgacgaggatgacccgaagcttgtagaaatctcctacgatatt
attgagcaactaaccaagaaacaaagcgtaccgcttttctcgattgaccaatacacgggg
aaactaagagtagccagacagattactccggacgatgttggtactcacctcctggtcatc
ttagttaaagatggtgcagacacaaaggcgaaaaactccaccgtgaacttgaccatcata
gtggagcccggtagcgaggaggccatgagggcctttaatgtggacaactccaaaacgaac
aacatgatcattgttatcatcatcgtggctgcgaccattgttgtcgccattatcatcgtc
gccattatctgtcttctcaggcgtaacgacaagaagcggggacctcccccatccaaccag
aactctgctgaagccaacaacaaaatgtaccaggccgccaaatgggtcagctcagtgtcc
attcacaacgacctggctcccgacgaaatgaagaatacgttggaagtgcccggggaaaag
aagaaaaagaaagaggtcagtttttccttggacgatgaggtggtggataccacgggctca
atagccagcatgtattcaaacactcagaaagtgatgcctcgtgaagaaggagtatcgtat
catccagaggagcaccaatttatggaggtgaaccgtcaggctgaggaccgctacagtgat
gcctcgtcaggggacacaggaaccagtgacagtggtcgtggcggaagtgaggatgaaagt
catgggcactccacatcttcaggtgttgaaggtaagttgtttccaaaggatagggataca
atcaaggcagaagtagtatgtattgtgtaa
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