Biomphalaria glabrata (bloodfluke planorb): 106066421
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Entry
106066421 CDS
T07368
Name
(RefSeq) sterile alpha and TIR motif-containing protein 1-like isoform X1
KO
K27536
NAD(+) hydrolase SARM1 [EC:
3.2.2.6
]
Organism
bgt
Biomphalaria glabrata (bloodfluke planorb)
Pathway
bgt00760
Nicotinate and nicotinamide metabolism
bgt01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
bgt00001
]
09100 Metabolism
09108 Metabolism of cofactors and vitamins
00760 Nicotinate and nicotinamide metabolism
106066421
Enzymes [BR:
bgt01000
]
3. Hydrolases
3.2 Glycosylases
3.2.2 Hydrolysing N-glycosyl compounds
3.2.2.6 ADP-ribosyl cyclase/cyclic ADP-ribose hydrolase
106066421
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SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
SAM_2
SAM_1
TIR_2
SAM_3
SAM_PNT
TIR
CapR
DUF2524
Motif
Other DBs
NCBI-GeneID:
106066421
NCBI-ProteinID:
XP_013080871
UniProt:
A0A2C9JSK5
LinkDB
All DBs
Position
Unknown
AA seq
945 aa
AA seq
DB search
MTISDKKAKDTKPTPQIKDKNWKEAEDAGVLPNSGVRSPLKSKPAFHLDLASSNMAQSAA
ADAQDLLENAASGLHRISSASNFQQDEDASRIQNYYKMLERSQSDASLIKREHDLLADLD
EVHLTAAESSSGQNISECNRVYLDLSRAEAFERVELDETSGSMMMRTSSGRLLETIPQDE
ELKTGDLSYIYATRRSFSQESSSSLEDLSFSSKCKTKESKFKAKCSTSVTSSSCEGNSLS
SKSNLRSSFQIYSQSLKQKVRQLQMGSIPEQLNALTELNVLMEQAWSMPIYGKDLAYELC
DILRTESALDIIVNNLASSNRDLMKVSARLLEQSLTTSNRRQVAENGLELVVKMTHDARG
DCELAQTCTGILESLFKTSEDTCARVIKLGGLDTITYWCRCNDRVTLKNCAIALSNLALY
GGGDNQQEMAKHKVPEWLFPLAFVEDDSVRYYALLAIGVLVSNKEIENAVMSSGTLALVS
PFIDSHDPAEFAQRDMSHRHGRSPGWLKRLIPVLSSKREEAQALAAFHFVMEAGIKSEQG
RKEVLYKIGAVEPLKWLASTPNRVASKLAAQALKIIGEEVPHKLSQQVPLWTCDDVTHWI
SQGGFSAYTDKFQMCQVDGDLLLRLTEEELSESLEMTCPITRKRFLRELRDLKISSDYTS
CDPSMLGAWLQDVGEDMSQYTYQMLNTGVDRPLLRFMKDNHLLEDCKISNGIHRMKILAK
IEELRSSLSSSASSAPYDSVDGMTCHKPPIDVFISYRRSNGSQLASLLKVHLQLRGFTVF
IDIEKLRAGKFDESLLESVKQAKNFIIVLTPNSLDRCIGDSEKKDWVHREITAAIEAGSN
IIPLLDNFKWPSPDTLPEDMRNVCYFNAVRWIHDYQDACVDKLEQFLRGEPNPQHLGNLA
STASNTSSSSTPRQTTSGFESPNSPPYQRAQGLSKTASVESPGES
NT seq
2838 nt
NT seq
+upstream
nt +downstream
nt
atgactatcagtgacaagaaggccaaggacacaaagcctacgccccagatcaaagataaa
aattggaaggaagcagaggatgccggggttttgcccaactctggtgtaaggtccccgctc
aaatccaaaccggcatttcacttggacctggcgtcttcaaacatggcccagtctgcggca
gccgatgctcaggatcttcttgaaaacgccgcttctggacttcacagaatttcttcagcg
agcaattttcagcaagatgaagatgcgtctcgaattcaaaattactacaaaatgttggag
agatcccagtctgacgcaagtcttatcaaaagggaacatgacctgttggccgaccttgac
gaagtccacctgacagcagcagagtccagcagtggacagaacatcagtgaatgtaataga
gtttacttggacttatccagggctgaagcgttcgagagggttgaactggatgaaacatca
gggtcaatgatgatgaggacatcatctggtcgacttttggagactattccacaagacgag
gagctgaaaacgggcgatctcagctacatttatgctactcgtcgatctttttcacaagaa
agctcctcaagtttagaagatttgtccttctcctctaagtgtaaaactaaagaaagcaaa
ttcaaagcaaaatgttctacatctgtcaccagtagcagttgtgaaggaaacagtctgagt
tcaaagtctaatcttcgttccagttttcagatttactctcagtctttaaaacaaaaggtg
cgtcaactccagatgggctcaattccagaacagttgaatgctctaacagagctaaatgtc
ctgatggaacaggcttggtccatgcctatatatggcaaagacttggcctatgagctttgt
gatattctacgcacagaaagtgcattagacataatagtcaacaacttggcctccagcaat
cgggacttgatgaaggtatcagccagacttttggaacagtcactgactacatctaacaga
cgccaagtggcagagaatggactagagctagtggtcaagatgacccatgatgctagagga
gactgtgaactagcccaaacctgtacaggaattttagaaagtctgtttaaaacctcagaa
gacacttgtgccagggttataaaattgggaggcctggacacaattacttactggtgtcgt
tgtaatgaccgagtgacactaaaaaactgtgccattgctttgtccaacctggccctgtat
ggtggaggagacaatcaacaggagatggcaaaacacaaagttccagagtggttatttccc
ttggcttttgttgaagatgatagcgttcgatactatgctctattagctattggtgtttta
gtttccaataaggaaattgaaaatgctgttatgagctcaggaactctagcgctggtctca
cccttcattgactcccatgatccagcagaattcgctcagagagacatgtctcaccggcac
ggccgctctcctggttggctgaagagactgattccagttttatcgagcaaaagagaagaa
gctcaggctttagcagcttttcattttgtgatggaggctggcattaaatctgaacaagga
agaaaagaggtgttgtataagattggagctgttgagccactgaaatggttggccagtaca
cccaatcgggtggcctcaaagttagctgcacaggctctgaagatcattggagaagaagtc
ccacataaactatctcaacaagttcctctgtggacctgcgacgatgtgactcattggatc
tctcagggaggatttagtgcatacacagacaagtttcagatgtgtcaagtggatggagat
ttattactgagattaacagaagaagaattaagtgaaagtcttgaaatgacttgtcctata
acaagaaaaaggtttttacgagaactgagagatttaaaaatctcctctgattacacttcc
tgtgatcccagcatgcttggtgcttggctacaggatgtaggagaagacatgtcacaatat
acttaccaaatgttgaacactggggtagacaggccacttcttcgattcatgaaggacaac
cacttgctggaagattgtaaaatctcaaacggcatacacagaatgaaaattctggccaaa
attgaagagctaaggtcttccctaagtagttctgcttcctcagccccatatgacagtgtt
gatggcatgacctgccacaagcctcccattgatgtcttcataagttacagaagatcaaat
ggatctcaattagctagtttactcaaagtccatctccagcttcgtgggttcactgtgttc
attgatattgagaaacttcgtgctggcaagtttgatgagagtttattggagagtgtcaag
caggccaaaaatttcatcattgttctgacacctaactcattggatcgctgcattggagac
agcgaaaagaaagattgggttcacagggaaatcacagcagctattgaagcaggtagcaac
atcattcctctcttggataacttcaaatggccatcaccggacacactcccagaggatatg
agaaatgtctgttattttaatgctgtccggtggatccatgactatcaagatgcctgtgtt
gacaagttagaacagtttttgagaggtgaacctaaccctcaacatttggggaacttggcc
agtaccgcaagtaacaccagctcctcctctaccccacggcagacaacgtcagggtttgaa
agtcccaattctcctccttaccaaagagctcagggcttaagcaagacagcatcagttgag
agtccaggggaatcttga
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