Lycorma delicatula (spotted lanternfly): 142330320
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Entry
142330320 CDS
T11193
Symbol
Axn
Name
(RefSeq) protein axin isoform X1
KO
K02157
axin 1
Organism
lda Lycorma delicatula (spotted lanternfly)
Pathway
lda04310
Wnt signaling pathway
Brite
KEGG Orthology (KO) [BR:
lda00001
]
09130 Environmental Information Processing
09132 Signal transduction
04310 Wnt signaling pathway
142330320 (Axn)
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
lda01009
]
142330320 (Axn)
Protein phosphatases and associated proteins [BR:
lda01009
]
Protein serine/threonine phosphatases
Phosphoprotein phosphatases (PPPs)
Protein phosphatase-1
PP1-interacting proteins (PIPs)
142330320 (Axn)
BRITE hierarchy
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Gene cluster
GFIT
Motif
Pfam:
DIX
RGS
Axin_b-cat_bind
BSP_II
DUF4611
Motif
Other DBs
NCBI-GeneID:
142330320
NCBI-ProteinID:
XP_075231654
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Position
9:73350378..73451068
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AA seq
1067 aa
AA seq
DB search
MSVPPQFLNSINNSNINNNSNSSTIIINTTVTASTTTSTVSSFSTAATSFTGSSQTVISS
VLQTAAINKDPVEEEEEECEEGEEEEEEEGEREILEQGSTASAAGCVTPDKALSGGASSP
IPMTHHHRHHHYHHQHSSSHHQSTHSGYPEPLGAGTEQMGYEPDSSSTLRDKPPELGCSP
PAYLRWARHLHALLQDPDGVALFRSYLESEGRSHADTLEFWFACEGLRKQTDPKHITRLV
KAIYRRYFLKTQLKIGEELRKAVNEKIKEASNTGATLDAAVFDRSQKEVERLITETTYPN
FLQSDLYLQHVQTVQNGSSSSSGSASGSSSGSSNGSCSGSSGGIAVGSGSITTVSNTVTS
SCLATLHEDCELGASDTVAHSTPPLTALPLTRDMLLVTQKRRASELRPKPEAYAGLYLQP
HGKSSHGNSWIHHSSYNPVSRQDSELQSLSSDARTESDNMSMTDSSVDGGAGNGGMGGFS
SHRYSKKQYQVHCRQVKEAASLNRDPYMHHTVIPRTQRFQKEQIYPMKPDEFAAILIEKL
ENVKRDQETKESLDRKLLESSDLCSSSVDCVGPTSLADAIREKLQVDIDNDNDQDILDQH
VSRVWSDRTPGLASPPPELRRSRPSNPPTNKLSMSGSAVSGHMGMSPFTIPSSHHQHQHH
MYQTRPHQRHSHSHSRKERDVFSTFSSDSGNVHDFPEGSEHRLHMTKSKSMPEYGEANVT
GHDGRFRQSSREWCGSGSRRWSSKKTELTDSGVSVVSDTPPISVSHTNKDSRVLSWLLES
DKQQICDSGQPACGSYSAHSGERDSSSSCSLTKSYPHRVRPGVLQPVLPVSKTARNVAHS
HSHSRSGSLERTGSTTTSSGPAPAQPFVADPSMPPLPSPHTPTQLEEARRRLLEDELRSK
QPRQRYSSGSGSSSKMMINMMAQSSYMDNPASGISAVQQPIGSTLKRSGNSGSGLTTSRG
ITSNNSGSGGGGQQLQQQPVVVPPEMCTTVVFSFCDEQFPYRTKIPGQQVTLRQFKEYLP
KKGLYRYFFKTECDDVDTKVIQEEIVDDNEILPLWEGKVMAQVKPIE
NT seq
3204 nt
NT seq
+upstream
nt +downstream
nt
atgagtgttcctcctcaatttttaaacagcatcaacaacagcaacattaataacaatagc
aacagttcaacaataataattaatactacagtaactgcatctacaactacaagtacagtt
tcttctttcagtacagctgctacaagttttaccggcagttcacaaacagtgatatcttca
gttttgcaaacagcagcaataaataaagatcctgttgaagaagaggaagaagagtgtgag
gagggagaggaggaggaggaagaggaaggtgaacgtgaaatattagagcaaggaagcaca
gcctcagctgcaggatgtgtaaccccagacaaagctctgtcaggaggtgcaagttcacct
ataccaatgacacatcatcatcgtcatcatcattatcatcaccaacattcatcatcgcat
catcagtcgactcattcaggttatccggaacctctgggtgcaggtacagaacaaatggga
tacgaaccggattcaagcagcacactgagagacaaaccaccggaattgggctgttctcca
ccagcatatttgcgttgggcacgccacttgcatgcacttcttcaggatccagatggtgta
gccctttttcgaagctatttagagtcagagggacgttcacatgcagacactctagagttt
tggtttgcttgcgaaggtcttcgcaaacaaacagatccaaaacatatcacacgtcttgtc
aaagccatttacaggagatatttcctgaaaacacaactaaaaattggagaagaattaagg
aaagcagtaaacgaaaaaataaaagaagccagcaataccggtgctactctagatgcggct
gtgttcgatcgatcgcaaaaagaagtggaacgcttaatcacagaaacaacttacccaaat
tttttacaatcggacctttatttacaacacgttcaaactgtacaaaatggttcaagttca
tcaagcggaagtgctagtggttcgagtagcggtagtagcaatggtagctgtagcggtagc
agtggaggaattgctgttggcagtgggagtatcactacagtcagtaacacagtcaccagc
agttgcctcgctacattacatgaagattgtgaattaggtgctagtgataccgtagcacat
tctacaccgcctcttaccgcattaccgcttactagggacatgttacttgttacacagaaa
agaagagccagtgaattgcgaccaaaaccagaagcttatgctgggttatatttacaacct
catggcaagtcttcacatggtaacagttggattcaccattcatcttataatcctgtttca
agacaggattctgaattacagagccttagctctgatgctcggactgaatctgataatatg
tctatgacagatagttcagttgatggaggtgctggaaatggtggcatgggtggtttcagt
tctcacagatattcaaagaaacaatatcaggttcattgtagacaagttaaagaagcagct
agtctcaatagagatccctatatgcaccacactgttatacctaggactcaacggtttcag
aaagagcagatatatcctatgaaaccagatgaatttgctgctatattaatcgaaaaatta
gaaaatgttaaacgtgatcaggaaactaaagaaagtcttgacaggaaattacttgaaagc
agtgatttatgtagtagttcagttgattgtgttggtcctacgagtttagcagatgctatt
cgagaaaaattacaagtcgatatcgataatgataatgatcaggatattttagatcaacat
gtgtcaagagtttggtctgatagaactccaggtcttgcttcaccacctcctgaattaaga
cgttcccgtccatcaaaccctcctactaataagttaagtatgtctggtagtgcagtcagt
ggtcatatgggtatgagcccattcactataccttcatcacatcatcagcatcaacatcat
atgtatcaaactagacctcatcaaaggcattcacattctcattcgcgcaaggaaagggat
gttttttcaactttttcatcagattcaggcaatgtacatgattttcctgagggctctgag
cataggttacatatgactaaaagtaaatcaatgccagaatatggtgaagctaatgttaca
ggtcatgatggaagatttaggcagagcagtagagaatggtgtggtagtggtagtagaaga
tggagcagcaagaaaacagaattaactgatagtggcgtcagtgttgtttctgatacacct
cccatatcagttagccatactaacaaagatagtcgtgtgttatcttggttactggaaagt
gataaacaacaaatatgtgatagcggtcaaccagcatgtggttcgtattctgcacatagt
ggtgaaagagattctagttcatcgtgcagccttacaaagagttatcctcatagagttaga
cctggtgttctccaacctgtacttcctgtcagtaaaacagctagaaatgttgcccactct
cattcgcattcacggtctggttcactggaaagaactgggtcaaccactaccagttcaggt
cctgctccagcacagccatttgttgccgatccatctatgccgccattgccatctcctcat
acacctacacaacttgaagaggcacgcagacgattgcttgaagatgaattacgatccaaa
caacctagacaaaggtatagtagtggctctggttccagcagtaaaatgatgattaatatg
atggcacaatcttcatacatggataatccagcaagtggtatatcagcagtacaacaacct
attggatcaacactcaaaagaagtggaaatagtggtagtggactgacaaccagtagaggc
ataacaagtaataatagtggcagtgggggagggggacaacagctgcagcaacaacctgtt
gttgttcctccagagatgtgtacaactgttgtgttttcattctgtgatgaacagtttcca
tatcgcactaaaattcctgggcagcaagtgacattacgtcagttcaaagaatatttacct
aagaagggactgtacaggtacttctttaagactgaatgtgatgatgtagatactaaagtt
atacaagaagaaattgttgatgataatgaaatattacctctgtgggaaggtaaagtgatg
gcacaagttaaaccaattgaatga
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