Nanorana parkeri (Xizang Plateau frog): 108797721
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Entry
108797721 CDS
T04897
Name
(RefSeq) NACHT, LRR and PYD domains-containing protein 3-like
KO
K12800
NACHT, LRR and PYD domains-containing protein 3
Organism
npr
Nanorana parkeri (Xizang Plateau frog)
Pathway
npr04217
Necroptosis
npr04621
NOD-like receptor signaling pathway
npr04623
Cytosolic DNA-sensing pathway
npr04625
C-type lectin receptor signaling pathway
npr05132
Salmonella infection
Brite
KEGG Orthology (KO) [BR:
npr00001
]
09140 Cellular Processes
09143 Cell growth and death
04217 Necroptosis
108797721
09150 Organismal Systems
09151 Immune system
04621 NOD-like receptor signaling pathway
108797721
04623 Cytosolic DNA-sensing pathway
108797721
04625 C-type lectin receptor signaling pathway
108797721
09160 Human Diseases
09171 Infectious disease: bacterial
05132 Salmonella infection
108797721
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
npr04131
]
108797721
09183 Protein families: signaling and cellular processes
04054 Pattern recognition receptors [BR:
npr04054
]
108797721
Membrane trafficking [BR:
npr04131
]
Autophagy
Other autophagy associated proteins
TRIM-directed selective autophagy
108797721
Pattern recognition receptors [BR:
npr04054
]
Cytoplasmic pattern recognition receptors
NOD-like receptors
108797721
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
NACHT
WHD_NOD2
PYRIN
NLRC4_HD2
LRR_6
FISNA
LRR_4
nSTAND3
DUF4743
Motif
Other DBs
NCBI-GeneID:
108797721
NCBI-ProteinID:
XP_018424875
LinkDB
All DBs
Position
Unknown
AA seq
1011 aa
AA seq
DB search
MAALTTGDAEAPEGRTPGDVIYDALEHLTSGEFKRFKNKLSDFSYQGGSSIPRGRLEHED
RIAVKDILVNVYGAMTALDVMLQVLKAIGFRGIAERLVKSIQTDLQLLQISPEKCLEEYR
EHYIDHLKSKYSTFEERNARIGEVVSLQSRYTRLLIIKKHRNEVEREHEIRSCGRRHLQI
MDNRSSHEYLPTDIDLLFSPDEHKVVPRTVVLQGPAGIGKTMTSQKIMLDWASGNLWQEM
FSFVFYLNCRKLNAITKNISLAKLLCQVCHLNYEQGLLNSIFKEPEKLLFVIDGFDEYKC
SVEMRAEVCENPFQEVPKQILLNSFLRKRMLGGCSLIITTRPFLLMNLQQLVKHPRYVEI
LGFTGNDRQEYCYNFFKDKGHANLALSVIMDNDTIFTMCAVPITCWIVCTVIKQKIERGV
HVVNNCNTTTSIYLLYLKSLLTTGSNQVITCIKKLCALANEGVWNQKILFEEEDVQRHGL
SLLDEESAFLIQNIFLQDIDIRTCYSFIHLSIQEFFAALYYVLVDESERHITYAANEHAA
CSEIWTLSQLLKTSVGKLHLELTVQFLFGLVGDIHQTRRCLGCPLSFNEISVLETWLKNL
GFSHSCRIFRLLYETDDANLIERTMSRFSHIDIKSRDYEYRLSDMDYRTLAHCLIIAAFL
TMNKNIKTDAASLISLHPIVEYKNLSKNRSLIKLDLSENNLQDSGINLLHPELKHRSCNI
QELRLRNCGLTSLSCEDLCSVIAKNRSLIKLDLSENNLQDSGINLLHPELKHRSCNIQEL
RLEKCGLTSSSCGFLCSVLRNPSLITLDLSSNDLQDSGIKCLSKILGHVRCSLQNLRLNK
CGLSSFSCGGLSSVIITNRYLTTLDLANNNLQDIGIRRLCEGLKHADCTLQELRLNKCNL
TYSCCYEIRSAIAANHSLIKLCLSYNNLMDSGIKLLCEVLRSPGCTLRELRLEQCGLTSH
CYDDLKSVIKTNLFLTTLHLNTDNIKSMRKEFQNLKRPPAAKLDLRILTLS
NT seq
3036 nt
NT seq
+upstream
nt +downstream
nt
atggcagccttaactactggagatgctgaggctccggaaggtagaactcctggggatgtc
atttatgacgcactcgagcatctcacaagtggagaatttaaacgatttaagaacaagtta
tcagatttctcttaccaaggtggaagttctataccacgtggacgcctggaacacgaagac
cgtattgctgttaaggacattcttgtaaatgtttatggagctatgacagctctagatgtg
atgcttcaagttctcaaagccattggattcaggggcattgcagagagactagtgaaaagc
attcaaacagacttgcagcttcttcaaatatcaccagagaaatgtctagaagaatacaga
gagcattatattgatcacctgaagagtaaatattcaactttcgaggaaaggaatgctcgc
ataggggaggtggttagtttgcagagtagatacaccagactgttgattataaagaaacat
cgtaatgaggtggagagagaacatgaaataaggtcttgtggcagaaggcacctacaaata
atggacaacagatcttcccatgagtatttgccaactgatatcgacctcctgttttctcct
gatgagcataaagttgtccccagaactgtcgttctgcaaggtccagctggtattggtaag
accatgacctctcaaaagatcatgcttgactgggcctctggaaatctgtggcaagaaatg
ttcagttttgtgttttatctgaattgtagaaaactcaacgccatcaccaaaaacataagc
ctagccaagcttctttgccaagtgtgccatttaaattatgagcaaggcctacttaactcg
atcttcaaagagcctgaaaagctcctctttgtgattgatggctttgatgagtacaaatgt
tccgtagagatgagagccgaggtctgtgaaaacccttttcaagaagtccctaaacaaata
ctgctaaacagtttccttagaaaaagaatgctcggggggtgttcactgatcatcaccaca
agacccttcttgctgatgaatcttcagcaacttgttaaacaccctcgctatgtggaaatt
ctgggattcacaggaaatgaccgccaagaatactgctacaatttctttaaagacaaaggt
cacgcaaacctggctctcagtgttattatggacaacgatactatcttcaccatgtgcgct
gtcccgataacatgctggatcgtatgtactgtaataaaacagaaaattgaaaggggagtt
catgtggtgaataattgcaatacaactacatctatatacctgctctacctgaaaagtttg
cttactacaggatccaaccaggtaattacctgtatcaaaaagttgtgtgctttggctaat
gaaggagtttggaatcagaagatcttgttcgaagaagaagacgttcaaagacacgggctt
tctttattagacgaagagtctgcgttcttgatccagaacatctttctccaggatatcgac
attcgaacctgctacagcttcatccatctgagcatccaggagttctttgccgctctgtac
tacgtgctggttgacgaatccgaaagacacattacctacgctgccaacgaacatgccgcc
tgttcagagatttggaccctcagccaattgctgaagacatcggtgggaaagttacacctg
gaattaactgttcagttcctgtttggtctcgttggtgacattcaccagacaagaagatgt
ctaggttgtccgttatctttcaatgagatttccgttctagaaacgtggctgaaaaacctt
ggtttttctcattcttgcagaatattcagactcttgtatgaaacagatgatgctaacttg
attgaaaggactatgtctcgcttctcccacatagacattaagtcacgtgactatgaatac
aggctcagcgatatggattacagaacattagcgcactgtttgatcattgcagctttcttg
acaatgaacaaaaacataaagacagatgcagcatctctaatctctttacatcccatcgtg
gaatacaagaacttgtccaaaaaccgatctctgatcaaacttgacctgtcagagaataac
ctacaggactctggaataaacctactgcacccggaactcaagcatcggagctgcaatata
caagagctgaggttgaggaattgtggtctgacgtcattgagctgtgaagacctctgctct
gttatagccaaaaaccgatctctgatcaaacttgacctgtcagagaataacctacaggac
tctggaataaacctactgcacccggaactcaagcatcggagctgcaatatacaagagctg
aggttggagaaatgtggtctcacctcatcctcctgtggctttctctgctcagttcttaga
aacccatctctgatcaccctggatctgtcaagtaatgatctgcaggactctggaataaaa
tgtctaagcaaaatacttggacatgttcgctgcagcttgcagaatctgaggctgaataaa
tgtggtctaagctcgttctcctgcggtggcctgagctctgttattattacaaaccggtat
ctgaccaccctggaccttgcaaataataatctacaggacattggaataaggcgtctctgt
gaaggactcaaacatgctgattgtactctgcaggagctcaggttaaataaatgtaatctg
acctactcgtgctgctacgagattcgctccgctattgctgcaaaccactctctgatcaag
ctgtgcctgtcatacaataacttgatggactctggaatcaaactgctgtgtgaagtattg
agatctcctggctgcacgctgcgtgaactaaggctggagcaatgtggcctgacctcgcac
tgctacgacgatctgaaatctgtcatcaaaactaacttatttctgaccacgctgcacctg
aacactgataatataaagagcatgagaaaggaatttcagaatctcaagcgcccgcctgct
gctaaactagatctgaggatccttacactgtcctga
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