Pseudophryne corroboree (corroboree frog): 134927527
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Entry
134927527 CDS
T11513
Symbol
PARD3
Name
(RefSeq) partitioning defective 3 homolog isoform X1
KO
K04237
partitioning defective protein 3
Organism
pcob Pseudophryne corroboree (corroboree frog)
Pathway
pcob04144
Endocytosis
pcob04517
IgSF CAM signaling
pcob04520
Adherens junction
pcob04530
Tight junction
Brite
KEGG Orthology (KO) [BR:
pcob00001
]
09130 Environmental Information Processing
09133 Signaling molecules and interaction
04517 IgSF CAM signaling
134927527 (PARD3)
09140 Cellular Processes
09141 Transport and catabolism
04144 Endocytosis
134927527 (PARD3)
09144 Cellular community - eukaryotes
04520 Adherens junction
134927527 (PARD3)
04530 Tight junction
134927527 (PARD3)
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
pcob01009
]
134927527 (PARD3)
Protein phosphatases and associated proteins [BR:
pcob01009
]
Protein serine/threonine phosphatases
Phosphoprotein phosphatases (PPPs)
Protein phosphatase-1
PP1-interacting proteins (PIPs)
134927527 (PARD3)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Par3_HAL_N_term
PDZ
PDZ_6
PDZ_2
Motif
Other DBs
NCBI-GeneID:
134927527
NCBI-ProteinID:
XP_063778176
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All DBs
Position
5:complement(216978395..217898357)
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AA seq
1413 aa
AA seq
DB search
MKVTVSFGRTRVVVPCGDGNLKVSSLIQQAVTRYKKAIAKEPNYWIQVHRLEHGDGGILD
LDDILCDVADDKDRLVAIYDEQDPHHGGDGTSASSTGTQSPEIFGSELGTNSISAFQPYQ
ATSEIEVTPSVLRTNMPLHVRRSSDPALVGITTSVSDSNFPSEEPSRRNPTRWSTTAGFT
KKSHPGGQNANDRKKDENYRSLPRDTNNWSQQFERDKARSSLSASHPLVDTWLERQEQDE
EDGEEGSRVEPVGHADTGLERTSSFSLDDMVKLVEVSNDGGPLGIHVVPYSARGGRTLGL
LVKRLEKGGKAERENLFHENDCIVRINNGDLRNRRFEQAQHMFRQAMRSPMIWFHVVPAA
NKEPYEQLSQSENNSYYSTPQVPDHQHIEKRNFHSPGPEQTLQRVPRYINQAEPMDSYPH
LPHSINSAGKPPTGLMPSPQRGVNSPPPSGYNTKKGKKLYIQLKKGVEGLGFSITSRDVP
LGGSAPIYVKNILPRGAAIQDGRLKAADRLLEVNGVDLTGKTQEEVVSLLRNTKMGGPVN
LLVLRQEEAIHPRELNTEANPVPNTRDLKTEDDDLVLTPDGTREFLTFEIPLNDSGSAGL
GVSVKGNRSKENHADLGIFVKSIINGGAASKDGRLHVNDQLVAVNGESLLGKTNQDAMET
LRKSMSTEGNRLGLIQLIVARRIKRSELESPGSPSGPELPVETMLDDRERRISHSLYSGI
EGFDESPTRNATLSRIMGKYHQLSPTVNMPQDDTVIIEDDRAPALPSQLSDQSSSSSHDD
VGCITDSAGAWSKTVTSESTESTLSPDVDPSLAFQREGFGRQSMSEKRTKQFGDASQMDF
VKTRKSKSMDLVADETKISAMADHNAGSTSRDVGPSLGLKKSSSLESLQTAVAEVTLNGD
IPFHRPRPRIIRGRGCNESFRAAIDKSYDKPPAADDDDEGMETCATKSQLNSSSDWAGAS
RSQLEALDSSADWGACRSQLEALDRSAEWGANKTLTEQKNSSTELVEEDTEESSRSGRES
VSTASDQPSHSLERQVNGSSQDKGKKDKSGKEKKKDREKDKSKAKKGGVLKGLGDMFRFG
KHRKDDKIEHRGSWKLKMQEAHPSEDDRMRMRQEQERIQAKTRELRERQAREKDYAEIQE
YSKNYRVSDDPAYSVHYDTIPNSGTLNLNSRPQSPRDGKQMEALYAQVKKPRNSKPPPVD
SNRSTPSNHDRIQRLRQEFQQARHEDDVDERRRTYSFEQPWPNNTTYNQSGRHSVSVEVQ
MQRQRQEERESFQQAQRQYSSLPRQSRKNPSSVSQDSWDQAYAPGEGFQSAKENPRYSSY
QGSRNGYMGGHGFNARVMMEAQELLRQEQRRKEQQLKKNVSSEGSNNYDSYKKVSDPNYA
QPKGPFRQDVPPSPSQVARLNRLPPEQGRPFYS
NT seq
4242 nt
NT seq
+upstream
nt +downstream
nt
atgaaggtgacagtgagcttcggcagaacccgggtagtggtgccctgtggggacggtaac
ctgaaagtttccagcctcatccagcaagcggtgaccaggtacaagaaggccatcgccaag
gagcctaattactggatacaagtccatcgtttggagcacggtgatgggggcattctggac
cttgatgacattctttgtgacgtggctgatgataaagacagacttgtagctatatatgat
gagcaagatccacatcatgggggagatggcacaagcgcaagctctactggcactcagagc
ccagaaatttttggcagcgagcttggaacgaacagtatatcagccttccagccttaccaa
gcaactagtgaaattgaggtcaccccttcagtcctgcgaacaaatatgccactgcatgta
cgacgtagtagcgatccagcactggttggcataaccacttcagtgagtgactccaacttc
ccatctgaggagccatctcgcaggaaccccactaggtggtctacaacagcagggttcaca
aagaagagccaccccggaggccagaacgccaatgacagaaagaaagatgagaactacaga
agtctgcccagagataccaataactggtctcaacagtttgaaagagataaagctcgctct
tccctgagtgccagtcaccctctggtggacacgtggctagagaggcaggagcaggatgag
gaggatggagaagagggcagccgggtggaacctgttggtcatgcagacactggcttggaa
cgcacatccagcttctcccttgatgacatggtgaaactggtggaagtctccaatgacggt
ggacctctagggattcatgtagtgccttacagcgcccggggtggaagaactcttggatta
ttagtaaagcggctcgagaaaggtggcaaagctgaacgagagaatctttttcatgagaat
gattgtatcgtcagaattaacaatggtgaccttcgcaacagaagatttgaacaagcacag
catatgtttcgtcaagccatgcgttcgcccatgatctggttccacgtggtaccagctgcc
aacaaagaaccatatgaacaactatctcaaagcgagaacaacagctactactcaacccca
caggtgcccgatcatcagcacattgagaaaaggaactttcacagccccggtcctgagcag
actctacagagagtgcctagatacataaatcaggcagaaccaatggactcttacccacat
ctacctcatagcatcaattcagcaggaaaaccaccaactggcctcatgccatcaccacag
cgtggtgtgaactctcccccaccaagcggttataataccaaaaaaggaaagaagctttat
atacagctaaagaaaggtgttgaaggattggggttcagcattacatcaagagatgtccct
ctcggaggttcagctcctatctacgtcaaaaacattcttcccagaggagcagctatccaa
gatggcaggctgaaagctgcagatagactactagaagtgaatggtgtagacctaactggg
aagactcaagaggaagttgtgtcgttattaagaaacacaaagatgggaggtccagtgaat
cttttggttctccggcaagaagaagctatccacccacgtgagctgaatactgaagccaat
ccggtaccaaacacgagggatctgaagacagaagatgacgatcttgttcttactcctgat
ggaacaagagaattcttaacatttgaaattccactcaatgactctgggtcagctgggctt
ggggtcagcgttaagggaaaccggtcgaaagagaaccatgctgatctgggtatttttgtg
aaatctatcatcaatggtggagcagcatccaaagacggaagacttcatgtgaacgatcag
cttgttgcggtcaatggggaatctctactgggcaaaacaaatcaggatgccatggaaact
ctgcggaaatccatgtctacggaggggaatagactgggattgatccagcttattgttgcc
aggcgaataaagagaagtgagttggagtcacctggaagcccctctgggcctgaattgcct
gttgagacaatgctggatgacagggaacgaagaatttcccattctctctacagcggcatt
gaggggtttgacgaatcgcccacaaggaatgccacattaagtaggataatgggtaaatat
catcagctttccccaacagtgaacatgcctcaagatgacactgtgattattgaagatgac
agagccccagcgcttccttcccagctctccgaccaatcgtcttccagctctcatgatgac
gtgggatgcataacagactctgctggagcctggtcaaaaactgtaaccagtgaatctaca
gagagcacgctgagcccagacgtagacccatcccttgccttccagagagaagggtttggg
cgccagagcatgtcggagaaacgcacgaagcaatttggagatgccagtcaaatggacttt
gttaaaacgcggaaatcaaagagcatggatttagtagctgacgagactaagatcagtgca
atggctgaccacaatgcaggttccacaagcagagatgtcggtccttcattaggcctgaag
aaatccagctcattagaaagccttcagacagccgtggccgaggtgacattgaatggtgac
attcctttccatcgcccacgcccacggataattcgcggacgtggctgcaatgagagcttc
cgagctgctattgacaagtcctatgacaagccacctgctgccgatgatgatgatgaaggc
atggagacgtgtgcgactaagtcacagctgaacagttcatcagactgggcaggtgctagc
aggtcacagctggaagcattggacagttcagcagactggggtgcttgtaggtcacagctg
gaggcattggaccgctctgcagagtggggtgctaataagacactgacggaacaaaagaac
agctcaacagagttggtggaagaagacactgaagagagttccagatcagggcgtgagtct
gtgtctaccgccagtgaccagccttcccactcgcttgagagacaagttaatggttccagc
caagataagggcaaaaaggacaagagtggaaaggagaagaaaaaggacagagaaaaggat
aaaagcaaggccaagaaaggaggggtgctgaaaggtctgggagacatgttccggtttggc
aaacatcgaaaagatgacaagattgaacacaggggatcatggaaactgaaaatgcaagaa
gcccacccttctgaagatgacagaatgcgaatgaggcaagaacaggagagaattcaggca
aagactcgagagcttcgtgaaagacaagccagagaaaaggactatgccgagatccaagaa
tattctaagaattacagagtctctgatgatcccgcttattctgtacactatgacacaatt
ccaaatagcggtacacttaacttgaacagtagaccccaaagtccaagagatggaaagcaa
atggaagcactgtatgcccaagtaaagaaaccgaggaactccaagcctccacctgtagac
agcaatcgatcaactccaagcaatcatgaccggatacagcgtcttcggcaggaattccag
caagcaaggcatgaagatgatgtggatgaacgcaggcgtacatacagttttgaacaacct
tggccaaacaacactacatataatcagagcggacggcattcagtgtctgtggaagttcag
atgcaaaggcaaagacaggaggagcgggagagcttccaacaagcccagcgccagtacagt
tcattacccaggcaaagtagaaagaatcctagctccgtgtctcaagactcatgggaccaa
gcttatgctcctggagaaggttttcagagtgccaaggagaatcctagatattccagctat
caaggatcaagaaatggttacatgggtggacatgggttcaatgccagagttatgatggaa
gctcaagaacttctcagacaggagcagagacggaaagagcagcaacttaaaaaaaatgtg
tcctcagaaggatcaaataattatgactcatacaagaaggtctctgatcccaattatgcc
caaccgaaaggtcctttccgccaagatgtaccaccctctccgtctcaggtagcacggctc
aaccgattaccaccagaacagggaagaccattttactcatga
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