Alligator sinensis (Chinese alligator): 102381466
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Entry
102381466 CDS
T02922
Symbol
PPP1R12A
Name
(RefSeq) protein phosphatase 1 regulatory subunit 12A isoform X3
KO
K06270
protein phosphatase 1 regulatory subunit 12A
Organism
asn
Alligator sinensis (Chinese alligator)
Pathway
asn04270
Vascular smooth muscle contraction
asn04510
Focal adhesion
asn04810
Regulation of actin cytoskeleton
Brite
KEGG Orthology (KO) [BR:
asn00001
]
09140 Cellular Processes
09144 Cellular community - eukaryotes
04510 Focal adhesion
102381466 (PPP1R12A)
09142 Cell motility
04810 Regulation of actin cytoskeleton
102381466 (PPP1R12A)
09150 Organismal Systems
09153 Circulatory system
04270 Vascular smooth muscle contraction
102381466 (PPP1R12A)
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
asn01009
]
102381466 (PPP1R12A)
Protein phosphatases and associated proteins [BR:
asn01009
]
Protein serine/threonine phosphatases
Phosphoprotein phosphatases (PPPs)
Protein phosphatase-1
PP1-interacting proteins (PIPs)
102381466 (PPP1R12A)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
PRKG1_interact
Ank
Ank_2
Ank_4
Ank_5
Ank_3
Motif
Other DBs
NCBI-GeneID:
102381466
NCBI-ProteinID:
XP_006021170
UniProt:
A0A1U7RJG4
LinkDB
All DBs
Position
Unknown
AA seq
949 aa
AA seq
DB search
MVKFLVENGANINQPDNEGWIPLHAAASCGYLDIAEYLISQGAHVGAVNSEGDTPLDIAE
EEAMEELLQNEVNRQGVDIEAARKEEERIMLRDARQWLNSGRINDVRHAKSGGTALHVAA
AKGYTEVLKLLIQAGYDVNIKDYDGWTPLHASAHWGKEEACRILVENLCDMEAVNKVGQT
AFDVADEDILGYLEELQKKQNLLHSEKREKKSPLIESTANLDNNQSQKPFKNKETLIIEQ
EKNATSIESLEHEKADEEEEGKKDESSCSSEEDEEDDSESEAETDKNKPLANNANNVSTQ
PTSVAVTAPSIPTGQMAPTSPVKKFPTSTTKVSPKEEERKDESPASWRLGLRKTGSYGAL
AEITASKEAQKEKDSTGVMRSASSPRLSSSLDNKEKEKDGKGTRLAYVAPTIPRRLASTS
DIDEKENRDLSASSVRSSGSYTRRKWEDDVKKNTLNEGPTSQNASYQRSGSFGRRQDDLI
SSSVPTTTAAPTVTSPAGLQKPLLTSANTTTKTTTGSTSVSLQSSTSNRLWAEDSSEKEK
DNVPTAVTVPVAPSVVNATATSTSVTTATSGTVSSTSEVRERRRSYLTPVRDEESESQRK
ARSRQARQSRRSTQGVTLTDLQEAEKTIGRSRPTRTREQENEEKEKEEKEKQDKEKQEDK
KESETKDDDYRQRYSRTIEEPYHRYRPTSTTASTTSSSTSSLSTSTSSLSTSSQLNRPNS
LIGITSAYSRSGTKENEREGGKKEEEKEEDKSQTKSIRDRRRPREKRRSTGVPFWTQDSD
ENEQEHQSDSEEGTNKRETQSDSLSRYDTGSISTSSSDRYDSVQSRSGSQSYLEDRKPYC
SRLEKEDAPDFKKLYEQIVAENEKLKAQLHDTNMELTDLKLQLEKATQRQERFADRSLLE
MERRERRALERRISEMEEELKMLPDLKADNQRLKDENGALIRVISKLSK
NT seq
2850 nt
NT seq
+upstream
nt +downstream
nt
atggtgaaatttcttgtggaaaatggagcaaatattaatcaaccagataatgaaggctgg
atacctctacatgcagctgcttcctgtggatatcttgatatagcagagtatttaattagt
caaggagcacacgtaggagctgtaaatagtgaaggagatactccattggatattgcagaa
gaagaggcaatggaagagctgcttcaaaatgaagtaaatagacaaggggttgacatagaa
gcagctagaaaagaagaagaacgaataatgcttagagatgcaagacagtggcttaacagt
ggccgtataaatgatgtcaggcatgcaaaatctggtggtacagcacttcatgtagctgct
gctaaggggtatacagaggttttaaagcttttaatacaggctggctatgatgtaaatatt
aaagattatgatggctggacaccacttcatgcttctgctcattggggtaaagaagaagcc
tgtcgaattttagtggaaaacctatgtgatatggaggctgtcaacaaagtgggacagact
gcgtttgatgtagcagatgaagacattctaggatatttagaagaattgcaaaagaagcag
aatctgcttcatagtgaaaaacgggaaaagaaatctcccctaattgaatctacagccaac
ttggataataatcagtcacaaaaaccatttaaaaataaagagactttgattattgagcaa
gaaaagaatgcaaccagcattgagtctctagagcatgagaaagcagatgaagaagaagaa
ggaaagaaggatgagtccagctgttctagtgaagaggatgaagaagatgactcagaatct
gaagcagaaacagacaagaacaaacctctagctaataatgcaaataacgtcagtacgcaa
cccacttccgtagctgtgacagcaccttcgatacccactggtcagatggcacctacatca
cctgttaagaagtttccaacttcaacaaccaaagtttctccaaaagaggaagagagaaaa
gatgaatctcctgcttcctggaggttagggcttcggaagactggtagttatggtgcactt
gcagagattacagcttccaaagaagctcagaaagaaaaggactccacaggtgtcatgcgt
tcagcttcaagtcccaggctctcctcttcattagacaacaaagaaaaggaaaaggatggt
aaaggaactagacttgcatatgttgcacctacaataccaaggcgattggccagtacatct
gacatagatgagaaagagaacagggacttgtctgctagctcagtacgtagtagtggttct
tacacgagaagaaaatgggaagatgatgtcaagaagaacactttgaatgaaggccctaca
tcacagaatgcaagttatcaaagaagtggctcctttggtagaagacaagatgatttgatt
agttctagtgttccaactactacggcagcgccaacagttacctctccagctggtcttcag
aaacccctgcttaccagcgcaaacactactacaaagactacaacgggttctacttcagta
agcttacaaagcagtacctcaaatcgtttgtgggctgaggatagttctgagaaagaaaag
gacaatgttcctacagcagtgaccgttcctgttgcaccatctgttgtaaatgctacagcc
acttccacaagcgtgactacggctacttctggcactgtatcctcaacatcagaggtcagg
gagagacggagatcatacctcactcctgttcgggatgaagagtctgagtcccaaagaaaa
gctagatccaggcaagcaagacagtccagaagatctacacagggtgtaacattaactgat
cttcaagaagctgaaaaaactataggaagaagtcgtcctacacgaaccagagaacaggaa
aatgaagaaaaagagaaggaggagaaagaaaaacaagataaagaaaagcaggaggacaag
aaggaatcagaaactaaagatgatgattatagacaaagatattccagaactattgaagag
ccctatcatcgctatagaccaacttcaactacagcttcaactacttcgtcatccacctct
tcactttccacatccactagctctctttctacttcaagccaactaaacagaccaaacagc
cttataggtataacttctgcctattccagaagcggaacaaaggaaaatgagagagaagga
gggaagaaagaagaagaaaaggaagaagataaatcacagactaaatcaataagagacagg
cgacggccgagagaaaaacgaaggtctaccggagttcccttttggactcaagatagcgat
gaaaatgaacaggagcaccagtctgattcagaagagggaacaaataagagagaaactcag
agtgatagcctttcaagatatgatacgggatctatcagtacatcttcaagtgaccgttat
gattcagtgcagtcacgttctgggtcacagagttaccttgaagaccgaaaaccatactgt
agtaggctagagaaagaagatgcacctgattttaaaaagctttatgaacagattgtagct
gaaaatgaaaagctgaaagcacagttacatgataccaacatggagttgacggatcttaaa
ctacagttggaaaaggccactcagaggcaagaaagatttgctgacaggtcacttttggaa
atggagagaagggaaagaagagctctagaaagaaggatatctgaaatggaagaagaactc
aaaatgctaccagacttgaaggcagacaaccagaggctaaaagatgaaaatggggccttg
atcagagttataagcaaactttccaaataa
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