Folsomia candida: 110851544
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Entry
110851544 CDS
T05043
Name
(RefSeq) sterile alpha and TIR motif-containing protein 1-like isoform X1
KO
K27536
NAD(+) hydrolase SARM1 [EC:
3.2.2.6
]
Organism
fcd
Folsomia candida
Pathway
fcd00760
Nicotinate and nicotinamide metabolism
fcd01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
fcd00001
]
09100 Metabolism
09108 Metabolism of cofactors and vitamins
00760 Nicotinate and nicotinamide metabolism
110851544
Enzymes [BR:
fcd01000
]
3. Hydrolases
3.2 Glycosylases
3.2.2 Hydrolysing N-glycosyl compounds
3.2.2.6 ADP-ribosyl cyclase/cyclic ADP-ribose hydrolase
110851544
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
SAM_2
SAM_1
TIR_2
SAM_3
ARMC9_ARM
DUF1908
Motif
Other DBs
NCBI-GeneID:
110851544
NCBI-ProteinID:
XP_021955057
LinkDB
All DBs
Position
Unknown
AA seq
1115 aa
AA seq
DB search
METWDEHNFELGAKLSLQNLRIMNNKYDNWIPSSPTDLFAKRSALPTLTEMADTEELGSQ
TALNGQNMGLLNGVQSTGNVQVHSTSKAAAFQRINSSQSHAQQTVNSSRRMVSSSLSSHH
QTNETSQHVSKQSSTQHVKSNLSEMQTRMSQMKALSSHTSSSESQSSSTSSSIKSGLSPL
KLITDSKSKHLNGGDTPLDTGVVLVTEVPFPSPTDMQLAPHLGEMTSMSNTPLESPNLVM
NNHPNSSTVGPDGTQSFRFEQKKVASSSSTKVRSGNFSAEQSSANAAEVKRVQTGDVNYE
EKQSAQAMRQKVEMDGVTAEKSAALKKQQRSLTQGGVTEEETRTAAAAAMKLSTDTFTAE
KRAVAAEQRKQTLLAGEGTVINSEKRVTAASQSRLTFKNQLALPSSFENELIFEDLDSLG
WESSNTDVNKVTSKYSEELEGIVDQLLTSEEEANNSVNHLNYASGVMKAAWSVPGHGNQV
GVDLCDTFRKAGGLDLVISNFNSNQKDLRVASAKLLEASLTPDNCNYVVEKGFDCLDKVV
KVASELCEVEESRVGTGLLRHLFRHSEETCSDVLRLHGLERVISESRRMDVETLRNCAAA
LVNLSLYGGAENQEAMIKKKVHIWLFPLAFHQDDVIKYNACLAIAVLLANKEIEAQIIKS
NTLQLVEPFLMHHNPEEFAQTSLGGQGQIAQWLMRLVPVLSSQREEACSIAAFHFCMEAG
IKKREGTTHIFKQINVIEPLKRAASSPNALASKFAAQALRIIGETVPHKLSQQVPLWSIE
DVREWVTQKGFDKNADSFMTSRVDGDLLLQLTEDMLKTDIGMENGILRKRFMRDLKHLKK
MTDYSSCDSSLLNDLLNNIHPDFCAYTYTLINNHVDKDTLRKCISEEALEECGITNSIHR
RRIMEAIKAEANESQTSEDNPDKPLDVFISYRRSNGSQLASLLKVHLQLRGFSVFIDVER
LEAGKFDNNLLQSIRQARHFLLVLTPNALDRCVQDNDCKDWVHREIVAALDSQCNIIPIM
DNFLWPETENLPEDIQPVLTFNGVKWIHDYQEACVDKLERFLRGESVTDPIINAARDRDR
DREQQSSGSSSSTTRPSQQYQRTLSVGSEGTRTES
NT seq
3348 nt
NT seq
+upstream
nt +downstream
nt
atggaaacttgggacgagcacaatttcgaattgggtgcaaagttgtctctccaaaattta
agaatcatgaataataaatatgataattggatcccttcatcgcccactgatctgtttgct
aagagaagtgcactgcctaccttgactgagatggccgatacggaggagctggggagtcaa
acggcactgaatggccaaaacatgggcctccttaatggcgtccagtcaacgggcaacgtg
caggtacacagtactagcaaagccgcagccttccagcggattaactcctcacagtcccat
gcacaacaaacggtgaactcgtctcggcgtatggtgtcttcctccctctcctcccaccac
caaaccaacgaaacttctcagcacgtctccaagcagtcatcaactcaacacgtgaaatca
aacttgagcgaaatgcagactcgaatgtcgcaaatgaaggccttgagtagtcacacctcg
tcctccgagtcgcaatcctcatccacaagttcgtcaatcaagagcggcctctcgcccctc
aaactgatcacagattcgaaatcgaagcatctgaacggaggtgatactcctctcgacacc
ggtgttgtcctggtgacagaggtgccgttcccttcccccacggacatgcaacttgctcca
catttgggggaaatgaccagtatgtccaacacccctctggagagcccaaatctagtcatg
aataatcatccaaactcatcaaccgttggtccggatgggacacagagcttccgttttgag
cagaagaaagtggcgtcgtcctcgtcgacaaaggtgcgaagtggaaactttagtgcggaa
cagagctcggcgaatgcggcagaggtgaagagggtgcaaacgggggatgtcaattatgaa
gagaaacagtccgcgcaggccatgagacagaaggtggaaatggatggagtcacggcagaa
aaatcggccgcccttaaaaaacagcaaaggtcccttactcaaggtggtgttactgaggaa
gaaaccagaacggctgcagcggccgcaatgaagttatctacggacacattcaccgccgag
aaacgagcagtggctgcggagcaaaggaaacaaacgcttctcgctggtgaaggcacagtt
atcaactcggagaaacgtgtcacggctgcgagtcagtcgaggctaacgtttaaaaatcaa
ctggccttaccctcatcctttgaaaatgaactcatatttgaagacttggactctttaggt
tgggaatcgtctaacacggacgtcaacaaagtgacaagcaagtattctgaagagttggag
ggaatcgtggatcaactactgacctcagaggaggaagcaaacaactcagtgaaccatctc
aactatgcgtcaggggtaatgaaagccgcctggagcgttccgggtcacgggaatcaagtg
ggggttgacctgtgcgacacattccgaaaagcgggtggcctagatcttgtgatttctaac
tttaactccaaccaaaaagacttgcgtgttgcctccgccaaactcctagaggcttcactt
actccagacaattgtaattacgttgtcgaaaaaggatttgactgcctggacaaagtcgtc
aaagtcgcatcagagctctgcgaagttgaagaatctcgagtagggacgggtctcctgcga
catttgttccgccacagtgaagaaacttgtagtgacgtcctccgccttcatggcctggag
cgtgtgatatcagaaagtcgacgtatggatgtcgagacgttgcgaaactgtgctgcagcc
ctggtcaatttgtcattgtacggcggcgctgaaaatcaagaggccatgataaaaaagaaa
gtccacatttggctctttccactcgctttccaccaagatgacgtaatcaagtacaacgct
tgtctggccattgcggtcctcctggcaaataaggaaatcgaagctcagatcatcaagtcg
aacaccttacaactggtcgaaccttttctcatgcatcacaatcctgaagagtttgcccaa
actagcctaggcggtcaaggtcaaatcgcccaatggctgatgagattagttcccgttctt
tcgtcccaacgtgaagaagcatgctccattgccgcatttcacttttgtatggaagccggc
atcaagaaacgtgaagggacgacacacatatttaagcaaataaatgtaatagaaccactt
aaacgtgcagcgtcctcgcccaacgccctcgcatccaagtttgcagctcaagcgttgaga
ataattggagagacggtgccacataaactgagccaacaagttcccctctggtccatcgag
gacgtccgggaatgggtaacccagaagggtttcgacaagaatgcagactctttcatgacc
tcccgagtggatggtgatctcctgctacaactcacggaagacatgctcaaaactgacatt
ggcatggaaaatggtattctacgcaaacgattcatgagagaccttaaacatctgaaaaag
atgacggactactcaagttgcgactcctcgctacttaacgaccttttaaataacatccac
ccagacttctgtgcctatacttacaccctaattaataaccacgtggacaaagacactttg
cgcaaatgtatttctgaagaagcccttgaagagtgcgggattaccaacagtattcatcgc
agaaggattatggaagcaatcaaagccgaggcaaatgaaagccagacatcagaggacaat
ccagataagccattggacgtgtttataagctatcgacgctccaacggctctcaacttgcc
agtcttctcaaagttcatttgcaactccgtgggttttcagtgtttattgatgtggagaga
ctcgaggctggaaaatttgacaataatttgctccaaagcattcgacaagctcgacatttt
ctccttgttctcacgccaaacgctcttgacagatgtgtccaagacaatgactgcaaagac
tgggttcatagggaaattgttgccgcattagattcacagtgtaacattattccaattatg
gacaattttttatggcctgagactgaaaatttgccagaagacattcaacccgtgcttact
ttcaatggtgtcaagtggatacacgactaccaagaagcatgtgtagacaaactggagcga
tttttgcgtggggagtccgtgaccgaccccataataaatgccgctcgtgaccgggaccgt
gatcgagaacaacagtcatccggctcttcctcctccacgacgcgaccttctcaacaatat
caacgaaccttgagtgttgggtcagaaggaactcgcacagaatcctga
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