Lycorma delicatula (spotted lanternfly): 142330817
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Entry
142330817 CDS
T11193
Symbol
Actn
Name
(RefSeq) alpha actinin isoform X1
KO
K05699
actinin alpha 1/4
Organism
lda Lycorma delicatula (spotted lanternfly)
Pathway
lda04517
IgSF CAM signaling
lda04518
Integrin signaling
lda04519
Cadherin signaling
Brite
KEGG Orthology (KO) [BR:
lda00001
]
09130 Environmental Information Processing
09133 Signaling molecules and interaction
04517 IgSF CAM signaling
142330817 (Actn)
04518 Integrin signaling
142330817 (Actn)
04519 Cadherin signaling
142330817 (Actn)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
lda04131
]
142330817 (Actn)
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
lda04812
]
142330817 (Actn)
04147 Exosome [BR:
lda04147
]
142330817 (Actn)
Membrane trafficking [BR:
lda04131
]
Exocytosis
Small GTPases and associated proteins
Rab associated proteins
142330817 (Actn)
Cytoskeleton proteins [BR:
lda04812
]
Eukaryotic cytoskeleton proteins
Actin filaments / Microfilaments
Actin-binding proteins
Cross-linking proteins
142330817 (Actn)
Exosome [BR:
lda04147
]
Exosomal proteins
Exosomal proteins of other body fluids (saliva and urine)
142330817 (Actn)
Exosomal proteins of colorectal cancer cells
142330817 (Actn)
Exosomal proteins of bladder cancer cells
142330817 (Actn)
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Spectrin
CH
EFhand_Ca_insen
EF-hand_1
EF-hand_6
EF-hand_7
EF-hand_8
CAMSAP_CH
CH_2
EF-hand_9
Motif
Other DBs
NCBI-GeneID:
142330817
NCBI-ProteinID:
XP_075232364
LinkDB
All DBs
Position
10:complement(119196383..119547682)
Genome browser
AA seq
896 aa
AA seq
DB search
MNDHMMNNIDQYGDGYMEPEEEWEREGLLDPAWEKQQKKTFTAWCNSHLRKAGTAIENIE
EDFRNGLKLMLLLEVISGETLPKPDRGKMRFHKIANVNKALDFIASKGVKLVSIGAEEIV
DGNLKMTLGMIWTIILRFAIQDISVEEMTAKEGLLLWCQRKTAPYKNVNVQNFHLSFKDG
LAFCALIHRHRPDLIDYHKLSKDNPLQNLNTAFDVAEKYLDIPRMLDPEDLINTPKPDER
AVMTYVSCYYHAFQGAQQAETAANRICKVLKVNQENERLMEEYERLASDLLEWIRRTMPW
LQSRQTDNSLSGVQKKLEEYRTYRRKHKPPRVEQKAKLETNFNTLQTKLRLSNRPAYMPT
EGKMVSDIANAWKGLETSEKAFEEWLLSEMMRLERLEHLAQKFKHKADIHEDWTRGKEEM
LQSSDFRQCKLNELKALKKKHEAFESDLAAHQDRVEQIAAIAQELNTLEYHDSISVNTRC
QRICDQWDRLGNLTQRRRQALDDAEKILEKIDILHLEFAKRAAPFNNWLDGTREDLVDMF
IVHTMEEIQGLIEAHSQFKATLGEADKEFTSIVSLVREVESTVQKYQIPGGLANPYTTLT
AHDLTKKWSDVRQLVPQRDNTLQAELRKQQNNEMLRRQFAEKANQVGPWIERQMDAVTAI
GMGLQGSLEDQLHRLREYEQGVYAYKPHIEELEKIHQAVQEGMIFENRYTQYTMETLRVG
WEQLLTSINRNINEVENQILTRDSKGITQDQLNEFRASFNHFDKNRTGRLAPDEFKSCLV
SLGYSIGKDRQGEIDFQRILAVVDPNNTGYVHFDAFLDFMTRESTDTDTAEQVIDSFRIL
AGDKPYILPDELRRELPPDQAEYCIQRMPPYKGPNAIPGALDYMSFSTALYGESDL
NT seq
2691 nt
NT seq
+upstream
nt +downstream
nt
atgaacgaccacatgatgaataacattgatcagtatggtgatggctatatggagcctgag
gaggaatgggaaagggaaggattactggacccggcttgggaaaaacaacagaaaaagaca
ttcacagcatggtgtaattcacatctgagaaaagctggtactgcgatcgaaaatattgaa
gaagattttagaaatgggttgaagctgatgttattgttggaagttatttccggtgaaact
ttaccaaagcctgatcgtggtaaaatgcgtttccacaagattgctaatgtcaacaaggct
cttgatttcattgccagtaagggtgttaaattggtttcgattggtgctgaagaaatcgtt
gatggaaatctgaagatgacattaggtatgatctggacaattatccttagatttgctatt
caagacatttcagtggaagaaatgacagctaaggaagggttgttgctatggtgccagcgt
aagactgctccatacaagaacgtcaatgttcagaacttccacttgagtttcaaggatggt
ctcgcattctgtgctttgattcatcgacatcgacctgacctcatcgattaccacaagctc
tctaaggataatccattgcagaacttgaatacagcctttgatgttgctgaaaagtacctt
gatatccctcgcatgttggatccagaagacttgatcaacactcctaaaccggatgaacga
gccgttatgacttacgtctcgtgttactatcatgccttccagggtgctcagcaggctgaa
actgctgcaaatagaatttgcaaagtcctgaaagtaaatcaggaaaatgaacgattgatg
gaagagtacgaacgacttgccagtgatcttttggaatggatccggcgtacgatgccatgg
cttcagagccgtcaaactgataactcattgtctggtgtgcagaagaaattggaagaatat
agaacttataggcgcaaacataagccacctcgtgttgagcagaaagcgaagttggaaacc
aattttaatacattacaaactaaacttcgcctttctaatagacctgcctatatgccaact
gaaggaaaaatggtttctgatattgcaaatgcgtggaaaggccttgaaacgtcagaaaaa
gcttttgaagaatggcttctctctgaaatgatgaggttagagcgtctggagcatttagca
caaaaattcaagcacaaggctgatattcatgaagattggactcgtggtaaagaagaaatg
ttgcagagctctgacttccgtcagtgcaagttgaatgaattgaaggcattgaagaaaaaa
catgaggcctttgaaagtgacttagcggcacaccaagatcgtgttgaacagatcgcagct
attgctcaagaattgaatacactggagtatcatgatagtatcagtgtaaatactcgttgt
caacgcatctgtgaccagtgggatcgattaggtaacttaactcagcgtcgtcgccaagct
cttgatgatgccgaaaagattcttgagaaaattgacattcttcatctggagtttgctaaa
cgtgctgcaccatttaacaattggttggatggtacaagggaagatctggttgatatgttt
atcgtgcatacaatggaagaaatccaagggttaatcgaggctcacagtcagttcaaggca
acattaggtgaagctgataaggagtttacttcaatagtatctctagtacgcgaagtagaa
tctactgtgcagaaataccaaatacctggaggtcttgcaaatccatacaccactttaaca
gctcatgatttaacaaagaaatggtctgatgtcagacaattagtgcctcagcgtgataat
actttgcaagctgaattaagaaaacagcagaacaatgaaatgcttcgccgacagtttgct
gagaaagcaaaccaggtgggaccatggatcgaacggcagatggatgctgttactgctatt
ggaatgggtttgcagggatcactggaagatcagctgcatagactgcgtgaatatgagcaa
ggtgtttatgcttacaaacctcatattgaagaattggagaagatacatcaagctgtacaa
gaaggcatgatatttgaaaacagatacacacagtatacgatggagacacttagggtagga
tgggaacaacttcttacttcaatcaatcgtaacatcaatgaagttgaaaaccaaatcctt
actagagactctaaaggaataacgcaagatcaattgaatgaattccgtgcctcatttaat
cactttgataagaatcgtactggacgtcttgctcctgacgaatttaaatcttgccttgtg
tcacttggttacagtattggaaaggatagacaaggtgagattgatttccaacgtatctta
gctgtggttgatccaaacaatactggttatgtacattttgatgctttcttagatttcatg
acacgtgaatcaactgatactgatactgctgaacaggttattgattccttccgcatcctt
gctggagataagccatacatcttacctgatgaattgcgaagagagcttccgccagaccaa
gctgaatactgtatccagcgaatgccaccgtacaaaggtcctaacgctatccctggtgct
cttgattatatgtcattttcaactgcgctttatggggaatctgatttgtaa
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