Leptidea sinapis (Wood White): 126976462
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Entry
126976462 CDS
T09272
Name
(RefSeq) NAD(+) hydrolase sarm1 isoform X1
KO
K27536
NAD(+) hydrolase SARM1 [EC:
3.2.2.6
]
Organism
lsin
Leptidea sinapis (Wood White)
Pathway
lsin00760
Nicotinate and nicotinamide metabolism
lsin01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
lsin00001
]
09100 Metabolism
09108 Metabolism of cofactors and vitamins
00760 Nicotinate and nicotinamide metabolism
126976462
Enzymes [BR:
lsin01000
]
3. Hydrolases
3.2 Glycosylases
3.2.2 Hydrolysing N-glycosyl compounds
3.2.2.6 ADP-ribosyl cyclase/cyclic ADP-ribose hydrolase
126976462
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GFIT
Motif
Pfam:
SAM_2
SAM_1
TIR_2
TIR
ARMC9_ARM
Arm
SAM_3
DUF2617
Motif
Other DBs
NCBI-GeneID:
126976462
NCBI-ProteinID:
XP_050680741
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Position
41:complement(8220745..8353774)
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AA seq
1171 aa
AA seq
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MKPISSNNDSWHFDKQNKKDTQKQNTGIARFNFRPLLVKVPTQTLQTDMPQTADIEDLET
SPPLEIEVAEIEEQLNEVEKHIGRGAATVSEESDDDTVRSEESLVVPEKPSKSPRWIPEF
GLDGNNTLKHNGSAKDLATVMENLKKTSLVSRQNQLNTQVTSSSKQQMVSSATSSSAAMS
QRVQSSSQRASSIKSDLSELKSSISEMKTLSNTASLNFGQRLRSSMENIVDQDEMKESHI
PDIRDLSEIGEIGDMGDMTDLAGEGPLVTFPESDTPPPDKPCLLAPSSGALGSSATANEL
KYSAARMTSASSTRVVTDGFSASKSAANSSRSRRLQHGDVQYAEHSAAGASHRLLQAEGL
TAEQNAAYHQEKRSLQAGEITAQEANNMSASTSRLQTEAFSAEKKAMASSQARQTVTSSG
MFSHKEHSSHSNMTISSKNLTTKSSLLSSQMSQLLNGTIKPGDEDLTNLTFEDLEKLNAN
SNEKDVDNAIQKYSHRMNAFITAIKNNQIDMKNAYVHFNKLNEMLRRAWAVPTYGHELGY
SLCNILRTSGGLDIIMENCLDSNNPDLQFSSANLLEQCLTTENRAHVVENGLEKVVNVAC
VCTKQANADNSRIGTGILEHLFKHSEGTCSDVIKLGGLDAVLFECRKNDIETLRHCATAL
ANLSLYGGAENQEAMIKRKVPMWLFPLAFHNDDNIKYYACLAIAVLVANKEIEAAVLKSG
TLDLVEPFVTSHNPSEFARSNLAHAHGQSKNWLQRLVPVLSSKREEARNLAAFHFCMEAG
IKKQQGNTDIFKEIGAIESLKKVASCPNAVASKYAAQALRLIGEEVPHKLSQQVPLWSIE
DVREWVKQIGFSEYASNFYESRVDGDLLLQITEDNLKEDIGLNNGIKRKRFTRELQQLKK
MADYSSRDTGNLNDFLQGIGVEYTIYTYSMLNAGVDKESIRGLSDEQLERECHILNSIHR
LRILNAIRAYESRLPIKGEETLEKNLDVFVSYRRSNGSQLASLLKVHLQVRGFTVFIDVE
KLEAGKFDNNLLQSIKQAKHFLLVLTPNALDRCKDDTEQKDWIHREIVAALNSQCNIVPI
IDNFEWPDPEELPEDMRTVCHFNGVRWIHDYQDACVEKLESFLRGKSNLANRLENSLRRD
GQTPGTATIGRGPPNYQRMQSTESRGSDKAD
NT seq
3516 nt
NT seq
+upstream
nt +downstream
nt
atgaaacctatttcaagcaacaacgactcatggcattttgataaacaaaataaaaaggac
actcaaaaacaaaacactggtatagctcgttttaatttccgtcctctgctggttaaagtg
cccacgcaaactctacaaactgacatgccgcaaacagcagatattgaagacttggaaact
tcaccaccccttgaaattgaagtcgcggaaatagaggaacagttaaatgaagttgaaaaa
cacataggaagaggtgctgccactgtttcagaagaaagtgatgatgatacagtacgttct
gaggaatccctggttgtgccagaaaaaccatcaaagagcccacgttggataccagaattc
ggtttggatggaaacaacaccctgaaacacaacggtagtgccaaagacctggctaccgtt
atggagaacctgaagaagaccagcctcgtgtctcgacagaatcagttgaacacacaggtc
acgagttcctcaaaacaacagatggtttccagtgctacatcaagcagtgctgctatgagc
caacgcgtccaaagttcgtcacagcgtgccagttccattaaatctgatctttcagagttg
aagagctccatatcagaaatgaaaacgcttagcaacacggcttcgctcaactttggacaa
agattacgaagctcaatggagaatatcgttgaccaagatgaaatgaaggagagccacatt
cctgatatacgtgatctgagtgagattggtgaaatcggtgatatgggagacatgacagat
ttggctggagaaggccctcttgttactttccctgaatcagacacgcctccacctgataag
ccttgtcttctcgcaccttcttctggtgctttgggatcgagcgcaacggcaaatgaatta
aaatacagtgcagctaggatgacatcggctagttcgacgcgtgttgtgacagatggattc
agtgcatcaaaatctgctgcaaacagttcgagatcacgaagactgcagcacggcgatgtg
cagtatgccgaacacagcgccgccggagcatcacacagactcctgcaagctgaagggctt
actgcagaacagaatgccgcttatcaccaagagaagagatcgttacaagctggagaaatc
acagcgcaagaagcgaacaatatgtcagcgtcaacttctagattacaaacggaggctttt
agcgccgagaaaaaagcaatggcttcatcacaggcgcgccaaacagtcacctccagcgga
atgttcagtcacaaggagcattcgtcacactcgaatatgaccatttcaagtaaaaatctc
acaactaaatccagtttactctcatcacagatgagtcaactcttgaatggaaccatcaaa
ccaggagacgaggatctcacaaaccttacatttgaagacttagaaaaattaaacgcaaat
tcaaatgaaaaagacgttgataacgccatacagaagtattcacaccggatgaatgcattt
ataacagctataaaaaacaatcaaatcgacatgaaaaacgcttacgtacattttaataaa
ctaaatgagatgctcaggcgagcgtgggccgtacctacatatggtcatgagctaggatat
tctctttgtaatatactacggacatcgggtggccttgatatcattatggagaattgtttg
gattcaaacaacccagacttgcaattttcatcggcgaaccttcttgagcagtgcctgaca
acggaaaacagagctcacgtagtcgaaaatggcctcgagaaggtcgttaacgtcgcttgt
gtttgtacaaaacaagcgaacgccgataattcaaggattggcactggaatattggaacac
ttgttcaaacacagcgaaggaacttgcagtgatgttattaaattaggcggcttagacgct
gtattgtttgagtgcagaaaaaacgacatagaaacattgcgccattgtgctacagctcta
gctaacttgtccctatacggtggagctgaaaatcaagaagctatgatcaaacgtaaagtt
ccaatgtggttgttcccattagcatttcataacgatgataatattaagtattatgcgtgc
ttagccattgctgtcttggttgctaataaagaaatcgaagcggctgttttgaaatcgggt
actctggacttagttgagcctttcgttacctcccacaatccctctgaatttgcacgctca
aatcttgcccatgctcatggacaaagtaaaaattggctacagagactcgtgccagttcta
agctcaaaaagggaagaggctaggaaccttgctgctttccacttctgcatggaggcggga
attaagaaacagcaaggaaatacagatatatttaaagaaataggagctattgaatcattg
aaaaaggttgccagttgtcccaacgcagttgcatctaagtacgcagcacaggcgttgagg
ttgattggggaggaagtaccccacaaactgtcgcagcaagtcccactctggtctattgaa
gatgtacgagaatgggtgaaacaaatagggttttcagaatacgcgagcaatttctacgaa
agtagggtagatggagatttgctacttcaaataacggaggacaaccttaaagaagacatt
ggtctaaataatggaatcaaacgaaaacgattcacacgggaacttcagcagttaaagaaa
atggctgactatagttcacgcgatacaggcaatttgaacgatttcctgcaaggtattggc
gttgagtacacaatttacacgtactctatgctaaacgctggagtagataaggaatcgatt
cgaggtcttagtgatgaacaacttgaaagagaatgtcacattctaaacagcattcaccgg
ttaaggatattgaacgcaataagagcatacgaaagcagacttcctatcaaaggtgaggaa
actctcgagaagaatttagacgtattcgtgagttaccgacgatcgaacggctcacagcta
gctagtctgttgaaagtccatttgcaagttcgaggatttacagtcttcattgatgtggag
aagcttgaagcgggcaaatttgataacaacttgttacagagcattaaacaagcgaagcat
ttcttgctggttctaacaccaaatgctttggatcggtgtaaagatgatacggagcaaaag
gactggatacatcgggaaatagtagcggcgttaaattcccagtgtaatatcgtgcctata
atcgataacttcgaatggccagaccctgaagaactgccggaagatatgcggactgtgtgt
catttcaacggcgtgcgatggatccatgactatcaagacgcctgcgttgagaagctagaa
agtttccttcgcggcaagtcaaatctggcgaatcggttggaaaactcgctcagacgtgac
ggccagactccgggcactgcaacaattggcaggggacctccaaactatcaacgtatgcag
tccacggagagtagaggcagcgataaggcagattga
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