Lycorma delicatula (spotted lanternfly): 142321757
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Entry
142321757 CDS
T11193
Symbol
hop
Name
(RefSeq) tyrosine-protein kinase hopscotch
KO
K04447
Janus kinase 2 [EC:
2.7.10.2
]
Organism
lda Lycorma delicatula (spotted lanternfly)
Pathway
lda04081
Hormone signaling
lda04148
Efferocytosis
Brite
KEGG Orthology (KO) [BR:
lda00001
]
09130 Environmental Information Processing
09133 Signaling molecules and interaction
04081 Hormone signaling
142321757 (hop)
09140 Cellular Processes
09141 Transport and catabolism
04148 Efferocytosis
142321757 (hop)
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
lda01001
]
142321757 (hop)
Enzymes [BR:
lda01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.10 Protein-tyrosine kinases
2.7.10.2 non-specific protein-tyrosine kinase
142321757 (hop)
Protein kinases [BR:
lda01001
]
Non-receptor tyrosine kinases
JAK family [OT]
142321757 (hop)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PK_Tyr_Ser-Thr
Pkinase
SH2_1
FERM_F2
RIO1
ABC1
SH2
Jak1_Phl
FERM_F1
Pkinase_fungal
Motif
Other DBs
NCBI-GeneID:
142321757
NCBI-ProteinID:
XP_075216229
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Position
3:85240405..85332968
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AA seq
1124 aa
AA seq
DB search
MDGRNSVTIYTALDTNNGPRTIVIDIFEETTAEDAVVKCCQILKIGPVARHLFALKLHTS
KEFVSSGVSLLKSNLNEFDLRLRYKVPSVERLGEIDFHAYEYYFHQVRIDVLNSNIPDFH
SDSSSQSRLLGLGVTDMYRVMLDTGASRESVENNYKKYIPKEVLKRHNFFVKKPIRESMA
QIVGKNNVRNVRNVMNIYLKFFKDLAPNYLTEEYNAFIEDGTSRHDVVIKVDPYHEEFPG
VRYCYERKSEWNHLCSIEDLCYISVNDNLTIEISRKTGIPIYIRFYSVLSMASFISLLDG
YYRFSVKWTFNLCKDLRTPSLERLYSMKCHGPVGGEFSYAKLEEKRSSKPGCFILRESET
KYDMYYLDVCTNQSSKPTTYEIEMVSEENFVFSGDGKSYPSVLHLIMILRAPDNPIQLQE
CLPPSENDQSPLLLCKVNDSLLNDSSLNSIALNITSGPPRCIDTKQLQVYKGRRRESWRD
MLVMYKGVWRYHKNKKTDVTIKVLKAKHESNLSDLLELAGKWAFLDSGAVVKLFGITLMS
PVSMVTEYFHLGSLDIYLHEHKETIKEVDLVEAGTYLATAIWHMEEAGIVHGNIRCSKLL
VSAHTDNSFSVRLSDPGLPTAYENDDIHWIPVEWHGCGSMEGARKSITADMWAVGTTLWE
IFSFGESPPSLPYEKLISYYARGNRLHQPEKCSYDIYNLIRSCWDADPDRRKKPHEAMRD
INQILYQVFNSRRTHPYSTIISNNVKKISRQISDTPSTVDDLDSFLSIFGGNASKNNNNL
PLLMGGGSVNEKGSCNESTWLLADSKDDQSSPDMSSTVFSVQFDIPTTTTTLDSMASIAS
IQSILELDGEYTVILDGRIGQGFYGEVYKGRMDPVDGNGEQKTVAVKKLKSGSIATSLLD
FEREISIMKRLKHPNIVEIKGIIQEPEISLVMEFVQHGSLQCYLKIYKEKLNPENLLKFS
LDIAQGMEYLGTKNIVHRDLAARNILVASDNQVKISDFGLAQVMGSNNYYILKTSRELPV
KWYAPESLESGKFSTRSDVWSYGVTLFEMFSYGEDPCLSVLKDDSELDQAKLLMALKSGA
RLPCPPTCPQNIYVDIISPCWKYDSHMRISFAELSEQIKLFQNS
NT seq
3375 nt
NT seq
+upstream
nt +downstream
nt
atggatggtagaaactccgttacaatatataccgctttagataccaataatggtccccgg
acaattgtgatagacatttttgaagaaactactgcagaagatgccgttgtaaaatgttgt
caaatcctgaaaatcggacctgttgctagacatttattcgctttgaaattacatactagt
aaagaatttgttagttcaggagtaagccttttaaaatctaatttaaatgaattcgactta
agattgaggtataaagtaccatccgttgaacgcttaggagaaattgattttcacgcttat
gaatattactttcatcaagtgaggattgatgttttaaacagtaatatccctgattttcat
tcggacagtagtagccagagtagacttcttggtttgggtgttaccgatatgtatagagtt
atgctggatacaggtgcttccagagaatctgttgaaaataattacaagaagtacatcccg
aaggaagtactgaagcgtcataatttttttgttaaaaaaccaatccgtgaaagtatggcc
cagattgttggtaaaaacaatgttaggaatgttagaaatgtgatgaatatttatttaaaa
ttttttaaagatttggctccaaattatctaacagaagagtataatgcttttatagaagac
ggtacttctcgacatgatgttgttatcaaagtcgacccctatcatgaggaatttcctgga
gttaggtattgttatgaaagaaagtcagagtggaatcacctttgttcaatagaagattta
tgttatatatctgttaatgataatcttacaattgaaatttcacgtaaaactggcattcca
atctacatcaggttttattctgttctttctatggcatcattcattagtcttttagatggt
tattatagattcagtgtgaagtggacttttaatctttgtaaagatttacgtacaccttct
ttagaaaggttatatagcatgaaatgccatggacctgtcggaggtgaattttcgtatgcc
aaactagaggaaaaaagaagtagtaaaccaggttgctttattttaagagaaagtgaaact
aaatatgatatgtattatctagatgtttgtacaaatcaaagttcaaagccaacaacatac
gaaattgaaatggtttctgaagaaaattttgtatttagtggtgacgggaaaagttatcct
tcagttcttcacttgattatgatacttagagccccagataatccaattcagttacaagaa
tgtttaccaccatctgaaaatgatcagtctccattgttgctttgtaaagttaatgactca
ttacttaatgattccagtttgaattcaattgcattaaatatcaccagtggacctccacga
tgtattgatacgaaacagttacaggtttataaaggtcgcagaagagaaagttggcgtgat
atgttggtgatgtacaaaggtgtatggcgttatcataaaaataaaaaaactgatgttaca
atcaaagtactgaaagcaaaacatgaatctaacctttctgatcttctagaattggctgga
aaatgggcatttttagattctggggctgtagtaaaattgtttggtataacattaatgtct
ccagtgtctatggttactgaatattttcacttaggtagtcttgatatttatcttcatgaa
cataaagaaacaataaaggaagtagaccttgttgaagctggcacctacttagctacagcc
atttggcacatggaggaggctggaattgtccatggtaatattaggtgtagcaaactcttg
gtatctgcacatacagataactcattctctgtccgtttatctgatcctggtcttcctaca
gcttatgaaaatgatgatattcactggataccagtagaatggcacggctgtggaagtatg
gagggagctagaaaatcaatcactgctgacatgtgggctgttggtactactctgtgggag
atattttcatttggtgaatcacccccatcattaccttatgaaaaattaatctcttactat
gccagaggaaacagacttcatcaaccagaaaaatgttcatatgatatttacaatttaatc
cgctcatgttgggatgcagatccagatagacgtaaaaaaccacatgaggcaatgagagat
atcaatcaaattctataccaagtgtttaattcaaggagaactcatccgtattctaccatt
attagtaataatgttaaaaaaatatctcgacaaatttctgacactcccagcacagtcgat
gatctcgatagctttctttcaatttttggaggtaatgctagcaaaaataataataactta
ccacttctgatgggcggtggatcagttaatgaaaagggcagttgcaatgaaagtacctgg
ctgcttgctgactctaaggatgaccagtcttctcctgatatgtcatcaacagtattttct
gtacagtttgatattccaactactactactactttggatagtatggctagtatagcatcc
atacaaagtattctagaactggatggagagtatacagtaatccttgatggacgaatagga
cagggtttctatggtgaagtttataaaggaaggatggacccagtagatggaaacggtgaa
caaaaaactgttgctgtaaagaaacttaaatcaggttcaatagctacaagtctgttagac
tttgaaagagaaatatctataatgaagagattaaagcatccaaatattgttgaaattaag
ggaattattcaagaaccagaaataagccttgtgatggaatttgtgcagcatggttcattg
cagtgctatttaaaaatttacaaagaaaagttgaatcctgaaaacctccttaaattttca
cttgatattgctcagggcatggaatatcttggaacaaaaaatattgttcatagagattta
gctgctagaaatattttggtagctagcgataatcaagtaaaaatatctgattttggtttg
gctcaagttatgggaagtaataactattacattttgaagactagtcgtgaacttcctgtt
aaatggtatgcacctgaatcattagagagtggaaaattttctacacgttcagatgtttgg
tcatatggtgtgacattatttgaaatgttttcttatggtgaagatccatgcttgagtgta
cttaaggatgattctgaactggatcaagctaaactgttaatggcattaaaaagtggagca
agattaccatgccctcccacatgcccacaaaatatatatgttgatatcatatctccatgt
tggaaatatgattcccatatgcgtataagctttgcagaactatctgaacaaattaaactt
tttcaaaatagctga
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