Bombyx mori (domestic silkworm): 101740556
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Entry
101740556 CDS
T02817
Name
(RefSeq) NAD(+) hydrolase sarm1 isoform X1
KO
K27536
NAD(+) hydrolase SARM1 [EC:
3.2.2.6
]
Organism
bmor
Bombyx mori (domestic silkworm)
Pathway
bmor00760
Nicotinate and nicotinamide metabolism
bmor01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
bmor00001
]
09100 Metabolism
09108 Metabolism of cofactors and vitamins
00760 Nicotinate and nicotinamide metabolism
101740556
Enzymes [BR:
bmor01000
]
3. Hydrolases
3.2 Glycosylases
3.2.2 Hydrolysing N-glycosyl compounds
3.2.2.6 ADP-ribosyl cyclase/cyclic ADP-ribose hydrolase
101740556
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Motif
Pfam:
SAM_2
SAM_1
TIR_2
Arm
SAM_3
ARMC9_ARM
SAM_PNT
Motif
Other DBs
NCBI-GeneID:
101740556
NCBI-ProteinID:
XP_004930441
UniProt:
A0A8R1WMN3
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Position
10:6387006..6469593
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AA seq
1216 aa
AA seq
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MGNVQCCASGRFKEGNPPNKPKNKKKKSKGLKGVSKKSNGVGSGKGNAFVQKALTVAEDG
SERAAPAVSPAEALAQTSPPADEPPAVGASDEQLRAETEANDSDAAESDGSRTESMAAAR
ERFFGQVRSEESLLAQEKIPKNSRWIPELTLDGSNSLKHNGSAKDLASVMENLKKGGLVS
RQNQSLNTQVTSSTQQMVSSTTSSSAASSQRMQSSSQRLQHMATSEMKASSMKSDLTELK
SSISEMKNLSSTAAKNFGQRLRSSMENIVDQDDMGERHLPDIRDLGEISDLGNMSDMSEL
QGDGPLVTFPESDTPPPMSEKPSLLSGNTVAVGSSAANELKYSAARVTSASSTRVVADGY
SASRSAANSARMRRLQHGELQYAERSAAGASHRLLQAEGLTAEQNAAYLQEQRSLKAGEM
SAQEANNMSASSSRLQTEAFSAEKKAMASAQARQTVTSSGMFSHKEHSTMAQSNMTISSK
NLTTKSTLLSSQMSQLLNGTIKPGDEDLTNLTFEDLNNLNANSNQKDVDMAIQKYSSRMN
AFITSIKNKQMDMKNASIHFSKLNEMLRRAWAVPTYGHELGYSLCNTLRTSGGLDILMAN
CLESNNPELQFSSAKLLEQCLTTENRAHVVENGLEKVVNVACVCTKNANSVDHSRVGTGI
LEHLFKHSESTCDDVIKLGGLDAVLFECRKNDVETLRHCATALANLSLYGGAENQEAMIK
RKVPMWLFPLAFHNDDNIKYYACLAIAVLVANKEIEAAVLKSGTLDLVEPFVTSHNPSEF
ARSNLAHAHGQSKNWLKRLVPVLSSKREEARNLAAFHFCMEAGIKKQQGNTEIFREIGAI
ESLKKVASCPNAVASKYAAQALRLIGEEVPHKLSQQVPLWSIEDVREWVKQIGFSEYATN
FYESRVDGDLLLQITEENLKEDIGLQNGIKRKRFTRELQQLKKMADYTSRDTGSLNEFLQ
SIGPEYTIYTYSMLNAGVDKESIRGLSDEQLESECRIGNSIHRLRILNAIKAYENSLPSK
GEENMEKNLDVFVSYRRSNGSQLASLLKVHLQLRGFTVFIDVERLEAGKFDNNLLQSIRQ
AKHFLLVLTPNALDRCKSDHDRKDWVHREIVAALQSQCNIVPIIDNFEWPKAEELPEDMR
AVCHFNGVRWIHDYQDACVEKLESFLRGKSNLANRLEGQLRGRGDVQTPGTATIGRGPPN
YQRMASCESRGSDKAD
NT seq
3651 nt
NT seq
+upstream
nt +downstream
nt
atgggtaacgtgcagtgctgcgccagcggacgcttcaaggagggcaacccgcctaataaa
ccaaagaacaaaaagaagaaatcaaaaggactcaaaggtgtaagcaagaaaagcaacggt
gttggtagtgggaaaggcaacgcgtttgttcagaaggcattaacagtggcggaggacgga
tccgaacgagcggctccggccgtttccccggctgaggctttagcacaaacatcaccaccc
gccgatgaaccacccgcagttggtgcctcagacgaacaactaagagccgagacggaggct
aatgattcagatgctgccgaatcggatggatcgcgcactgaaagcatggcagccgcaaga
gaacgtttttttggacaggtccgttccgaagagtcccttcttgcacaagaaaagatcccg
aagaactctcgatggatacctgagcttacgctcgatggaagcaacagtctgaaacacaac
ggaagcgccaaagacttggcatcggtcatggagaatctaaagaagggcggtctggtctcc
agacaaaaccagtccttaaatacacaagtcactagttcgacgcaacagatggtctccagt
actacgtcgagtagcgcggcctccagtcagcgtatgcaaagttcttcccaaagactgcag
cacatggcaacttcggaaatgaaagccagctcgatgaaatctgatctgactgaactaaaa
agttcgatttccgaaatgaagaatctaagcagtacagcagctaaaaactttgggcaaaga
ttgcgaagctccatggaaaacatagtagatcaagatgatatgggcgaacgccaccttcct
gatatacgagatcttggtgaaataagcgatttgggtaatatgagtgatatgagcgaactc
caaggggacggaccactggtgacttttcccgaatccgatacgccacctcctatgagtgaa
aaaccatctttgctttctggaaacacagtagccgttggatcaagtgctgcaaatgaattg
aagtacagtgcggcacgggtcacgtcagctagttcgacccgggttgtagctgacggttac
agtgcatcaagatcagccgcgaacagtgcaaggatgcgtcgtctacagcacggcgaactg
cagtatgctgaaagaagtgcggctggagcatcacatcgactgctacaggccgaaggactt
actgccgaacaaaacgccgcgtaccttcaagagcagcgttccttaaaagcgggtgaaatg
agtgcgcaagaagctaataatatgtccgcttcgagttcgagactgcaaaccgaagctttc
agtgccgagaaaaaagctatggcttcagcgcaagcacgacaaactgtcacatccagtggg
atgttctctcacaaggaacactccactatggcacaatcgaatatgacaatctcgagcaag
aacctcacaaccaaatcaacgcttctctcctcacagatgagtcaattactaaatgggacc
atcaaacccggcgacgaagatctcacaaatttaactttcgaggatttaaacaatctaaac
gccaattcaaatcaaaaggatgtagatatggccatacagaaatattcatcgcgaatgaac
gctttcattacatccataaaaaacaaacaaatggatatgaaaaatgcatctatacatttc
agtaaactgaatgaaatgttgaggagagcttgggcggtacctacatatggacacgaactt
ggctattcactttgcaatacattgcggacttcgggtggcttagacattctgatggcgaat
tgtttggagtctaacaatccggaactgcagttctcatctgccaaattacttgagcaatgt
ctcacgacagaaaacagggcgcacgtcgtagagaatggtctcgaaaaggtcgtaaacgtc
gcatgtgtttgtacgaagaatgcgaattccgtggaccactctcgagttggtacaggcatt
ttggagcacctgttcaagcacagcgagagcacctgcgatgacgtcatcaaattaggaggt
ctggatgcggtgctgttcgaatgcagaaaaaacgacgtggaaactttgagacactgcgcg
acggctctagcgaacttatctctatacggtggcgcggaaaaccaagaagctatgatcaag
agaaaagtaccgatgtggctgtttcctttggcttttcataacgacgacaacattaaatat
tacgcgtgcttagctatagcggtcctagtcgctaacaaagaaatcgaagccgcagtattg
aaatctgggacattagatttggtcgaaccgttcgttacgtcacacaatccttccgaattc
gcgagatcgaatctcgctcacgcgcacggtcaaagcaaaaattggctgaaaagattagtt
ccagtgttgagttcgaagagggaagaagctaggaatctggcggcgttccacttctgcatg
gaagccgggatcaagaagcaacaggggaacacggagatctttagagaaataggtgccata
gaatcgctcaagaaagttgccagttgcccaaacgcggtggcctctaaatacgccgcgcag
gctcttcgacttatcggggaggaagttccacacaagttatcacagcaggttcccctctgg
tcaatcgaagacgtaagagaatgggtcaaacaaatagggttttcggaatacgctacaaac
ttttacgaaagcagagtcgacggtgatttactgttgcaaatcacggaagagaatttaaaa
gaagacataggcttacaaaatgggatcaaaagaaaaagatttacccgcgaactccaacaa
ttaaagaaaatggccgattacacgtctcgcgacacagggagtctgaatgagtttttacaa
agcattggtccggaatacactatatacacgtactctatgctcaacgctggcgtagataaa
gaatctattcgaggcctgagcgacgagcaattggaaagcgaatgtcgcattggcaacagc
attcacagactaaggatattgaatgccatcaaagcttacgaaaacagtttacccagtaaa
ggcgaagagaacatggagaagaatttggacgtcttcgtcagctatagaaggtcaaatgga
tcgcagctggctagcttgctcaaagtgcacttacagttgagaggtttcacggtgttcatc
gatgtggagaggctagaagcaggcaaatttgacaataatttgctgcagagtatcagacaa
gctaaacacttcttgcttgttctcacaccgaacgccttggacaggtgtaagagtgatcat
gacagaaaagactgggtccatcgggaaattgtagcagcgttacaatcgcagtgtaacatt
gtgccaattatcgacaacttcgaatggcctaaagctgaggagttgcctgaagatatgaga
gccgtgtgccatttcaacggagtccggtggattcacgactaccaagacgcttgcgtcgaa
aaacttgaaagtttcctacgtggaaagtctaatctcgccaatcgcctagagggacagctc
agaggtcgcggggacgtccaaacccccgggaccgctacgataggtcgcggtccgccgaac
tatcaacgaatggcgtcttgcgagagccgcggtagtgataaagcagattga
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