Sclerotinia sclerotiorum: SS1G_07853
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Entry
SS1G_07853 CDS
T01071
Name
(RefSeq) hypothetical protein
KO
K01490
AMP deaminase [EC:
3.5.4.6
]
Organism
ssl
Sclerotinia sclerotiorum
Pathway
ssl00230
Purine metabolism
ssl01100
Metabolic pathways
ssl01110
Biosynthesis of secondary metabolites
ssl01232
Nucleotide metabolism
ssl04820
Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:
ssl00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
SS1G_07853
09140 Cellular Processes
09142 Cell motility
04820 Cytoskeleton in muscle cells
SS1G_07853
Enzymes [BR:
ssl01000
]
3. Hydrolases
3.5 Acting on carbon-nitrogen bonds, other than peptide bonds
3.5.4 In cyclic amidines
3.5.4.6 AMP deaminase
SS1G_07853
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
AMP_deaminase
A_deaminase
Motif
Other DBs
NCBI-GeneID:
5487326
NCBI-ProteinID:
XP_001591227
UniProt:
A7ER99
LinkDB
All DBs
Position
Unknown
AA seq
1010 aa
AA seq
DB search
MPERNYDDDDDDVEEAGYEGALDGSVDEPSDMLPEAALLSDDTPGLETSLSQSGMLARDK
QKKTAYFDYLAEKEMSQADSKLFFQRSQLEGHKTGSGSNWGNSQKSAVPSPVLKPKSFSN
VLDSEQGGLHRSGSQASGKSAQNLPQLNKFRSAPPIGLADLGKHPESAVIQEPSLAAGAF
VHTPGAHDRRESLLRADKEARDHTAHPGLPHEHKPLLEMEGLHGAGAGVGLGSGAGGFAN
TDAHITAELASIYTNIQKVIDIRHKYIRLSLQEDGDNPKDDPNWNIYPPPPQPSWHDERA
KEAATNARNSTANSLANSMVLPPQTDAHSHQRTLSGAASELSISQATSAPKTPLRRRKPG
QDIGSDFEMEDLLPLPPPGEMTFRLDGSGVFQVYENSKLQELDTPVINIPDIREFYMDLE
QILNVSSDGPSKSFAFRRLQYLEGKFNLYVLLNEYQEMADSKRVPHRDFYNVRKVDTHVH
HSACMNQKHLLRFIKSKMKKNPDEIVMFRDGKHLTLAEVFQSINLTAYDLSIDTLDMHVP
RLFDVYKSSGLMENFEQVIINLFQPLFEVTKDPSSHPKLHIFLQRVIGFDSVDDESKAER
RLFRKFPVPKVWDSKQNPPYSYWIYYLFANISSLNVWRKQRGFNTFLLRPHCGEAGDTDH
LAAAVLCCHSISHGLLLRKVPLLQYIFYLEQIGVAMSPLSNNALFLAYERNPFLSYFKRG
LNVSLSTDDPLQFAFTKEPLIEEYSVAAQIYKLSAVDMCELAKNSVKQSGFEHSVKQRWL
GPDYDLPGVKGNTMAKSNVPNIREGFRHETLMQELSMIERYTALSTPAIQTSAPAEGNSF
FPGPRPHSPTSSMKASASVVDHGPQQYQHHPAQAARIPLSHSQLHVDSHLKHHQKGTDSP
SGYATPNQQTQPNSSFNSPHSANKGREKSWGLEASFSDLHLSGSEPRIFPGLVSRKQRRE
STRKNSVTESDEHGLMMLKRGSNNKSVTTLDEENDAQQSDVDIDDAADSN
NT seq
3033 nt
NT seq
+upstream
nt +downstream
nt
atgccggaaagaaattatgatgacgatgatgatgatgtagaggaggcggggtatgaaggt
gccttggatggctcggtggacgaaccaagtgatatgcttccagaagcagctcttctgtcg
gacgacacacccggcctcgagacatctttgtcccaaagtggaatgttagctcgagacaag
caaaagaaaacggcatactttgattatctcgcggagaaggagatgagccaggcagattcg
aagttattctttcaacgcagtcagttggaaggtcataaaactggtagcggcagcaattgg
ggtaattctcagaagtctgcagttcctagccctgttttgaagcctaaatcattctctaac
gttttagactctgagcaaggagggttgcatagatctggaagtcaagcttcggggaaaagc
gcacagaatcttccacagctcaataaattcagaagtgctcctcctattggtcttgcagat
cttgggaagcatccagaaagcgctgtgattcaagaaccgagtctcgctgcgggtgccttt
gttcatactcctggggcgcatgatagacgagaatctttacttagggcagacaaggaagct
agagatcatacagctcatccagggcttccacatgaacataaaccgttgttagaaatggaa
ggattgcatggtgcaggtgccggtgttggccttggttctggtgccggtggttttgcaaac
actgacgcccacataactgccgagctcgcatccatctacactaatatccaaaaggtaatc
gatattagacataagtacattcgcctgtcgttacaagaagacggtgataatcctaaagac
gacccgaattggaatatttacccaccgccacctcagccatcatggcacgatgagagagcg
aaagaggcagcaacaaatgcaagaaatagtacagcaaacagcttggctaatagcatggta
ttgccacctcagactgatgctcatagccaccagcgaactctcagtggtgcagcctcagaa
ttgtcaatttctcaagctactagtgccccaaaaactccgctccgtaggcgaaaacctgga
caagatatcggttctgatttcgaaatggaagatctcctccctcttcctccgccaggggag
atgaccttccgacttgatggtagtggagtgttccaagtttatgagaactcaaagcttcaa
gaacttgatactccagtaatcaacattcctgatatcagagaattttacatggatttagaa
caaatcctcaatgtctcgtctgatggtccaagtaagagttttgcctttcgtcgtttgcag
tatttggagggcaaattcaacctttacgtccttctcaatgagtaccaagaaatggcggac
agtaaacgtgtaccgcatagggatttctacaatgttagaaaggttgatacccacgttcat
cactctgcttgtatgaaccagaagcatttactccgtttcatcaagagtaaaatgaagaag
aatcctgatgagattgtcatgttcagggatggtaagcatctcacactagctgaggttttt
caaagtatcaacttgacagcttatgatttaagtattgatactctcgatatgcacgttcca
cggctgttcgacgtttataaatctagtggtttgatggagaactttgaacaagttatcatt
aatctctttcaaccgctgtttgaggtcacgaaagatccatccagtcacccgaagcttcac
atcttccttcaacgggttattggattcgacagtgtggatgatgagagtaaagctgaaagg
agattgtttagaaagtttcctgttccgaaagtatgggactctaagcaaaatccaccctac
agctattggatctactacctttttgccaatatttcttccttgaatgtgtggcgcaaacaa
cgtggcttcaacacattcttactgcgacctcattgtggagaagccggtgacactgatcat
ctggctgccgcggttctttgctgtcacagcatcagtcatggtttgttgctccgcaaagta
cctttgctgcaatacatcttctatctcgagcagattggagtggcaatgtcccctttgagt
aataatgcactgttcttagcatatgaaagaaatccttttctttcttatttcaaacgaggt
cttaatgtctctctctccactgacgatcctcttcaattcgccttcacaaaagaacccctc
atcgaggaatactctgtcgctgcacaaatttataagcttagcgcagtagatatgtgtgaa
ttggcaaagaattcggtcaaacaaagtgggtttgagcattctgtcaagcaaagatggttg
ggtccagactatgacctacctggagttaagggtaacacgatggcaaagagcaatgtccca
aatatcagggaaggcttccgacatgaaactttgatgcaagaattatccatgattgaacgt
tacactgctttgtcaactccagcaatccaaacatcagctccagcagaaggtaattccttc
tttccaggaccacggccacattcgccaacatcatccatgaaagcttctgctagcgtggta
gatcatggtccgcaacaatatcagcatcaccctgctcaggctgcccgcatcccactatcc
cattctcagctgcacgtagattctcatttaaagcaccaccaaaaaggcacagatagtcca
tctggttacgctactccaaatcaacaaacacaacccaactcatcgttcaactcaccacat
tcagccaataaaggacgcgaaaagtcctggggattggaagcgagctttagtgatctacat
ctatcaggcagtgaaccaaggatctttcccggtttggtcagtagaaagcaaaggagggaa
agcaccagaaagaatagtgtgacggagagtgacgagcatggtttgatgatgttgaagaga
gggagcaataacaagagtgttactacattagatgaagagaacgacgcgcaacagagcgat
gtagacatcgatgatgctgccgattcgaattga
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