Mus caroli (Ryukyu mouse): 110308703
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Entry
110308703 CDS
T05910
Name
(RefSeq) baculoviral IAP repeat-containing protein 1b
KO
K12807
baculoviral IAP repeat-containing protein 1
Organism
mcal
Mus caroli (Ryukyu mouse)
Pathway
mcal04621
NOD-like receptor signaling pathway
mcal05132
Salmonella infection
mcal05134
Legionellosis
Brite
KEGG Orthology (KO) [BR:
mcal00001
]
09150 Organismal Systems
09151 Immune system
04621 NOD-like receptor signaling pathway
110308703
09160 Human Diseases
09171 Infectious disease: bacterial
05132 Salmonella infection
110308703
05134 Legionellosis
110308703
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
mcal01002
]
110308703
09183 Protein families: signaling and cellular processes
04054 Pattern recognition receptors [BR:
mcal04054
]
110308703
Peptidases and inhibitors [BR:
mcal01002
]
Peptidase inhibitors
Family I32: IAP family
110308703
Pattern recognition receptors [BR:
mcal04054
]
Cytoplasmic pattern recognition receptors
NOD-like receptors
110308703
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
BIR
NLRC4_HD
NACHT
WHD_Nlrc4
WHD_NOD2
nSTAND_NTPase5
LRR_Zer-1
Nod1
AAA_30
AAA_22
TsaE
Motif
Other DBs
NCBI-GeneID:
110308703
NCBI-ProteinID:
XP_021036768
Ensembl:
MGP_CAROLIEiJ_G0018837
UniProt:
A0A6P5R0V8
LinkDB
All DBs
Position
13:complement(93762581..93820932)
Genome browser
AA seq
1447 aa
AA seq
DB search
MAAQGEAFEEIICEFDDDLVSELSTLLRVDALSVLKRQQEEDHKTRMKMKKGFNSQMRSE
AKRLKTFETYDTFRSWTPQEMAAAGFYYTGMKLGVQCFCCSLILFSTRLRKLPIENHKKL
RPECEFLLGKDVGNIGKYDIRVKSPEKMLRGXKARYHEEEARXESFEDWPFYAHGTSPRV
LSAAGFVFTGKRDTVQCFSCGGSLGNWEEGDDPWKEHAKWFPKCEFLQSKKSPEEITQYV
QSYEGFLHVTGEHFVNSWVRRELPMVSAYCNDSVFANEELRMDTFKDWPHESPGAVEALV
KAGLFYTGKRDIVQCFSCGGCMEKWAEGDDPIEDHTKFFPNCVFLQTLKSSAEVIPALQS
QFVLPEAMETTSENNHDDPAAVHSTVLDVSPSEAQELEPASSFVSVHCRDQDHSEARGRG
CASSGTYLPSTDLGQSEAQWFQEARSLSEQLRDTYTKATFRHMNLAEVCSILGTDHLLGC
DVSIISKHISQPVQGALTIPEVFSNLSSVMCVEGETGSGKTTFLKRIAFLWASGCCPLLY
RFQLVFYLSLSSTTPDQGLANIICAQLLGAGGCISEACLSSSIQQLQHQVLFLLDDYSGL
ASLPQALHTLITKNYLSRTCLLIAVHTNRVRGIRPYLDTSLEIKEFPFYNTVSVLRKLFS
HDIMRVRKFINYFGFHEDLQGIHKTPLFVAAVCTDWFGNLSDQPFQDVALFKAYMQYLSL
KHKAAAKPLQATVTSCGQLALTGLFSSCFEFNSDDLAEAGVDEDEELTTYLMSKFTAQRL
RPVYRFLGPLFQEFLAAMRLTELLSSDRQRDQDLGLYYLRQINSPLKAMSIYHTFLKYVS
SHPSSKAGPAVVSHLLQLVDENVSLDNMSENEDYMKLHPEALLWIQCLRGLWQLSPESFS
LFISENLLRIALNFAHESNTVAACSPVILQFLRGRTLDLKVLSLQYFWDHPETLLLLKSI
KVSLNGNICVQRINFSLMEKSFEKVQPPTIDQDYTIAFQPINEVQKNLSEKKHIIKKYED
MKHQIPLNISTGYWKLSPKPYKIPRLEVGVANTGPADQALLQVLMEVFSASQSIEFCLFD
SSGFLESIRPALELSKASVTKCSMSRLELSRAEQELLLTLPALQSLEVSETNQLPDQLFH
NLHKFLGLKELCVRLDGKPDVLSVLPGEFPNLHHMEKLSIRTSTESDLSKLVKLIQNSPN
LRVFHLKCNFLSNCESLMTALASCKKLREIEFSGQCFEAMPFVNILPNFVFLKILNLRDQ
QFPDKEISEKFAQALGSLTNLEELHVPTGDGIHQVAKLIVRQCLQLPCLRVLVFAETLDD
NSVLEIAKGATRGGFQKLENLDLTLNHKITEEGYRHFFQVLDNLPNLKNLDISRHIPECI
QIQATTVKALGQCVSRLPSLTRLRMLSWLLDEEDIKVINDVKERHPQSKRLTIHWRWVVP
FSPVIQK
NT seq
4344 nt
NT seq
+upstream
nt +downstream
nt
atggcagcccagggagaagcctttgaggagataatttgtgagtttgatgacgacttggtc
tctgagctctctactcttctcagagtggatgcactttcagtcttgaagagacaacaagaa
gaagaccataaaacacgaatgaaaatgaagaaaggttttaactcacagatgcgcagtgaa
gccaaacgactaaagacttttgagacctatgacacgttcagatcatggacgccacaggag
atggcagctgctgggttttactacacaggcatgaaacttggggttcagtgcttttgctgt
agcttaatcctcttttccaccagactcaggaaacttcccatagagaaccacaagaaatta
cgaccagaatgtgagttccttctgggcaaagatgttggtaacattggcaagtatgacatc
cgggtgaagagtccagagaagatgctgagaggtgncaaagcaaggtaccatgaagaggag
gccagantggagtcctttgaggactggccattttatgcccatgggacatcaccacgtgta
ctctcagcagctggctttgtctttacaggtaaaagggacactgtgcagtgtttctcctgt
ggcggaagcttgggcaactgggaagaaggagatgacccctggaaggagcatgccaagtgg
ttccccaaatgtgaatttcttcaaagtaagaagtccccagaggaaattacccaatatgta
caaagctatgaaggatttcttcatgtaacgggagaacattttgtgaattcctgggtcaga
agagaattacctatggtatcagcttactgcaatgacagtgtcttcgctaatgaagaacta
aggatggacacntttaaggactggccccacgaatcaccaggggctgttgaagctctggtc
aaagcaggccttttctacacaggcaaaagggacattgtccagtgtttttcctgtggagga
tgtatggagaagtgggcagaaggtgacgacccaatagaagatcacaccaagttttttccc
aactgtgtgtttctccaaaccctgaagtcctctgcagaagtgattccagcccttcagagc
cagtttgtacttccagaagccatggaaacaacaagtgaaaacaaccacgatgatccagca
gcagttcattctacagtgctggatgtttctccaagtgaagcccaggaacttgaacccgca
tccagctttgtgtctgttcactgtagagaccaggaccacagtgaagctcgaggacgtgga
tgtgcatccagtgggacctatcttccctccacagacttgggtcagagtgaagcccagtgg
tttcaagaggccaggagtctgagtgagcagctgagagacacctacactaaagccactttt
cgccacatgaacttggcagaagtgtgctccatccttggcactgaccacttgctcggctgc
gatgtgtccatcatttcaaaacacatcagccagcctgtgcagggggccctgacgatccct
gaggtcttctccaatctcagctctgtcatgtgtgtggagggggaaactggcagtggaaag
acaaccttcctgaagagaatagcttttctctgggcatcaggatgctgccccctgttgtac
aggttccagctggtcttctacctctccctgagttccaccacaccagaccagggactggcc
aacatcatctgtgcccaactcctaggggcaggaggctgcattagtgaagcatgtctgagc
agcagcatccagcagttacaacaccaggtgctgttcctgttggatgactacagcgggctg
gcctcactcccccaagccctccacacactgattacaaaaaactacttgtcacggacctgc
ttattgattgctgtgcatacaaacagggtcaggggcatccgcccatacctagatacgagt
ctagagatcaaagagtttcccttctataatactgtctctgtgttacggaagcttttttca
catgacataatgcgtgtacgaaaatttataaattactttggatttcatgaagatttacag
ggaattcataagacccccctcttcgtggcagcagtatgtactgactggtttggaaatcta
tctgaccagccctttcaggatgtggcccttttcaaggcctacatgcaatacctgtcctta
aagcacaaagctgcagctaagcctctccaggccaccgtgacctcatgtgggcagctggcc
ttgacaggtcttttctcatcatgctttgagttcaatagtgatgacctggcagaggcagga
gttgatgaagatgaagagctcaccacctacttgatgagcaaattcaccgcccagagactg
agaccagtctaccggtttttaggtcctctgttccaggagtttcttgctgccatgaggctg
actgaactcctgagttcagataggcagagagaccaagatcttggactttattatttgaga
caaattaactcacctctgaaggctatgagcatctaccacacttttttgaaatatgtctcc
agccacccttcatcaaaggcagggccagcagttgtatctcatttgcttcagttggtggat
gagaatgtgtcattggataacatgtctgaaaatgaggattacatgaagctccatccagaa
gctttgctgtggattcagtgtcttagaggattgtggcagctgtctcctgaatctttttct
ttgttcatctcagaaaacttattgcgcattgctctaaactttgctcatgaaagcaacaca
gttgctgcatgttctccagttattttgcagttccttcgagggagaacactggatttgaaa
gttttgagtttacagtacttttgggaccatccagaaaccttgttgttattgaagagtatt
aaggtctcattaaatggaaatatctgtgtacagagaatcaatttttcactcatggaaaaa
tcttttgaaaaagtacagccaccaactatagatcaggactataccattgcctttcaacct
ataaatgaagtccagaaaaatctatctgaaaagaaacacataataaagaagtatgaggat
atgaaacatcagatcccactaaatattagtactggctactggaaattgtcccccaagcca
tacaagatccctaggctggaagttggagtggccaacacaggtccagcagatcaagcactg
ctccaggtcctcatggaagtcttctcagcttcacagagtattgagttctgtttattcgac
agcagtggcttccttgaaagcatccgcccagctctggaactgagtaaggcctctgtcacc
aagtgttccatgtccaggctggagctcagcagagcagaacaggagctgcttctcaccctg
cctgccctgcagtctctggaggtctcagagacaaaccagttaccagatcagctcttccat
aacttgcacaagttcctgggcctgaaagaactgtgtgtgagactagatggcaaaccggat
gtgctctcagtccttcctggagagttcccaaacctccatcacatggagaagttatccatc
cgaacctccacagagtctgacctctccaaactagttaaattgattcagaactctccaaat
ctccgtgttttccatctgaaatgtaatttcctttcgaattgtgagtctctcatgactgca
cttgcttcctgcaagaaactcagagagattgagttttctggacaatgctttgaagccatg
ccctttgtcaacattttgccaaactttgtttttctgaagatattgaatcttagagaccaa
caattcccagataaggaaatatcagaaaagtttgcccaggctctgggttctctcacaaac
ctggaggaactgcacgttcccactggggacgggattcaccaagtggccaaactgattgtc
cggcagtgtctgcagctcccatgtctccgagttcttgtctttgcagagactctggacgac
aacagtgtgctggaaattgccaagggagcaaccaggggaggcttccaaaaacttgagaac
ttagaccttacactgaatcacaagattacagaggaaggatacagacatttctttcaagtc
ctggacaacctgccaaacctgaaaaacctggacatttccaggcatatcccagaatgcatt
caaattcaggccaccactgtcaaggctttgggtcagtgtgtgtcccgactgcccagcctc
accaggctcaggatgctcagctggctcctggatgaagaggacataaaagtgattaatgat
gtgaaggaaagacaccctcagtccaaacgcttgactattcactggaggtgggtagtgcca
ttctctcctgtcattcagaagtga
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