Luidia clathrata (European starfish): 117290265
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Entry
117290265 CDS
T10152
Name
(RefSeq) sterile alpha and TIR motif-containing protein 1-like isoform X1
KO
K27536
NAD(+) hydrolase SARM1 [EC:
3.2.2.6
]
Organism
arun Luidia clathrata (European starfish)
Pathway
arun00760
Nicotinate and nicotinamide metabolism
arun01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
arun00001
]
09100 Metabolism
09108 Metabolism of cofactors and vitamins
00760 Nicotinate and nicotinamide metabolism
117290265
Enzymes [BR:
arun01000
]
3. Hydrolases
3.2 Glycosylases
3.2.2 Hydrolysing N-glycosyl compounds
3.2.2.6 ADP-ribosyl cyclase/cyclic ADP-ribose hydrolase
117290265
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Gene cluster
GFIT
Motif
Pfam:
SAM_2
SAM_1
TIR_2
Motif
Other DBs
NCBI-GeneID:
117290265
NCBI-ProteinID:
XP_033627457
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Position
5:17475453..17504278
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AA seq
886 aa
AA seq
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MGNNSSKRRSHNKPSSPEHPPTSGRKRSLKPDLAAGDAENPVPEEDVQPPHRVNEETKER
LLNPPGPKGQIDAHMHKSSDGKGSKGTGYEMKAEHREDEASYVEISQVELSGEREEPRPE
RDRFRGSYRRSGKFKRIMSSLSPQEAATMSGNESKMESTIHLANDVIQRMRSEDCEKVVE
ATQQLYRMVDDAWSTPRYGRDLAYSISDNLRTEGGLDILLANCKSDDKALQVNSARLLEQ
VMTADNRDYVVKHGLESVVKLACSRKEPTLLQIGMGLLENLFKHSEETCTKVTDRGGLTA
VLYTCRMSDSITLRHCAAALANCAMYGGPANQQRMVDQRASEWLFPLAFSTDHSIRYYAC
LAVAVLSANQDIEKCVVNSGTLDLVEPFVTTHDPLTFAKSDKAHSQGRSEQWLLHLMPLL
DSTRREAQCLAAFHFAMEAAIKKEQGRHKVFHDILVIPALRRVASSNNEIASKLCIQALR
TIGEEIPAKLSFNISCWSVKEVQMWVKNIGFVNFCPAFERHKVDGDLLLTITEAELQLDI
EMDSSLLKRRFLRELARLKSNSNSGDRELGDWLKSLGPEYPQYTHNLVHCGIDFSLLPFI
SDDHLKIDAGITNGVHRMKILWAIRPQGMKLLKQSVKASTPDANNHVFPWLKDPPRKSHV
DNGGEKYPKVFDSPTPTCGLSIPAIISDQTDNRSNPKYLDVFISYRRATGSLLASLLKVH
LQLRGFSVFIDVEKLEAGKFDNNLLKSVRHAQNFVLVLSSGSLDRCFGDSDRKDWVHREI
AAAIESKCNIVPVLDNFRWPKPEQLPDDMKNIIFFNGIKWIHDYQDACIDKLERFLHGEE
NTGRLDLDQLAQEGLGGSEGLGSHGSRKASRDSKESTGSVSHPHDA
NT seq
2661 nt
NT seq
+upstream
nt +downstream
nt
atgggaaataactctagcaagagaaggtcccacaataaaccaagcagccctgaacatcca
cctaccagtggaaggaagcgctctcttaagccagatctggcagcaggagacgcagagaat
cctgtccctgaggaagacgtacaaccccctcatcgtgtcaatgaggagacaaaagaaagg
ttattgaatccaccaggtccaaaaggccaaatagatgctcatatgcataaatcatcggat
ggaaaaggaagcaaagggacaggctatgagatgaaagctgaacatcgggaagacgaggcc
agttacgttgagatctcacaggtggagctctctggtgagagggaagagcctagacctgaa
cgagataggtttagaggcagttacagacgcagtggcaaattcaaacgtatcatgtcatct
ctatctccacaagaagctgcaactatgtcaggcaatgagagcaagatggaaagtactatc
catttagctaatgatgtcatccaaagaatgagaagtgaagattgtgagaaggttgtagaa
gccacccaacagctataccgcatggtagatgatgcatggagtactcctaggtatggccgg
gatctagcatacagcatcagtgacaatctacgcactgaaggagggttagacatactcctc
gcaaactgtaaatcagatgacaaggctctgcaggtgaactctgcacgcctcctggagcaa
gtcatgacagctgataacagagattatgtcgttaagcatggcctggaatctgttgttaaa
ttggcttgttctcgtaaggagcctactcttctccagattggaatgggccttcttgaaaat
ctcttcaagcattctgaagaaacttgcaccaaagtgacagatcgaggtggcttgactgca
gttttgtatacatgccgcatgagtgatagtattacactgcgccactgtgccgcagcgtta
gccaactgtgctatgtatgggggtcctgccaaccagcagaggatggttgaccagcgtgcc
tctgagtggctgttcccgttagctttcagtacagatcacagtattcgttactatgcctgt
cttgctgttgctgtcctctcagccaatcaggatatcgaaaaatgcgttgtgaactctggc
actctagacctggtggagccgtttgttacaacgcatgaccccttaacctttgctaagagt
gacaaggctcattcacaaggaaggtcagagcagtggttacttcacctgatgccattgtta
gacagtacaagaagagaagcacaatgtctggctgcatttcattttgcaatggaagcagcc
ataaagaaggaacaaggcagacacaaggtattccatgacattttggtgattcctgctcta
cgccgagttgcttcctccaacaatgaaattgcatccaagctctgtatccaggccctacgt
acaattggtgaagaaatccctgctaagctctccttcaacatatcctgctggtcagtcaaa
gaagtccaaatgtgggtcaagaatattggctttgtcaatttctgccctgcatttgagcgt
cataaggttgatggagatttactgttaacaatcacagaggctgagttgcaactggatatt
gagatggacagtagtctgcttaaacgcaggtttttgcgtgagttagcccgcctcaagtct
aactctaacagcggagatcgtgagcttggtgattggctaaagagcctaggtcctgaatac
ccacaatatacccacaatcttgtgcattgtgggatagacttcagtctgttaccctttata
tcagatgatcatctgaagattgatgcaggaatcactaatggagtccatcgcatgaagata
ctatgggccatcagaccacaaggaatgaagcttttgaagcaaagtgtgaaagcaagcacg
cctgatgccaacaatcacgtgtttccatggctgaaggaccccccacgcaaatcacatgta
gacaatggaggtgagaagtatcctaaagtgtttgatagtcctactcctacatgtgggctg
tctatacctgctattatatcagatcaaactgacaatcgtagcaatcccaaatatctagat
gtctttatcagttacaggagagctacaggatcactcttggctagtttactaaaggttcat
cttcagctgcgaggtttcagtgtcttcattgatgtagagaaactagaagctggcaagttt
gacaacaatctgcttaagagtgtccgtcatgcacagaactttgtcttggttctatcttca
gggagtctagatagatgctttggagatagtgatcgcaaggactgggtacatagggagatt
gcagcagccattgaaagcaaatgtaacatcgttcctgtactcgataacttcagatggcct
aaacctgaacaactacctgacgacatgaaaaacatcatcttctttaatggcatcaaatgg
atacatgactaccaggatgcttgtattgataaactagagagattcctacatggtgaggag
aatactggacgtctagatttggatcagttagctcaagaaggattagggggctcagaggga
ttaggaagccatggatctagaaaggctagtagagatagtaaagagagtactggtagtgta
tcccatccacatgatgcatga
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