Coprococcus sp. ART55/1: CCU_15110
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Entry
CCU_15110 CDS
T02583
Name
(GenBank) 4-alpha-glucanotransferase
KO
K00688
glycogen phosphorylase [EC:
2.4.1.1
]
Organism
coo
Coprococcus sp. ART55/1
Pathway
coo00500
Starch and sucrose metabolism
coo01100
Metabolic pathways
coo01110
Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:
coo00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00500 Starch and sucrose metabolism
CCU_15110
Enzymes [BR:
coo01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.1 Hexosyltransferases
2.4.1.1 glycogen phosphorylase
CCU_15110
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Gene cluster
GFIT
Motif
Pfam:
Phosphorylase
Glyco_hydro_77
Motif
Other DBs
NCBI-ProteinID:
CBK83088
LinkDB
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Position
complement(1558699..1562475)
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AA seq
1258 aa
AA seq
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MSKALERGAGILLPISSLPSPYGIGTMGRDAYDFVDMLKRAGQKYWQVLPIGPTSFGDSP
YQSFSAFAGNPYFIDLDTLIAEGLIKKEEVESYKWADSDDEIDYARIYRQRFEVLRKAFG
RSEHKDSRDYVDFIEENEQWIDDYALYMAIKADHNNREWLAWEPAIKKRKPEAMAAYREK
LGEDVEFYKFLQFKFYEQWMPLKEYANRNGISIIGDIPIYVALDSADVWANTDQFQLSGS
LAPSVVAGCPPDMFSSYGQKWGNPIYDWDVMEKDDFAWWKKRIAASAKLYDVIRIDHFIG
IVRYYSIPANGEPKDGYYRQGPGKKLIDAIDSAIGSSKVIAEDLGVVVPEVQKLVKESGY
PGMKVLEFAFDGNTANEYLPHNHAKNYVAYIGTHDNDMLKSYISGQSEELQEYMMKYLMA
NSLDDVAEKMIHALYMSSADTVILQMQDILGKDNSARMNYPSTLGGNWKWRLTKGATWEF
TQEHIDKLRDLTRLYGRNRVKTYICKEDIMLKDICMKKYNKEIKDCTNEEIYFALLDMTK
KLADGKVSEEGQKKVYYISAEFLIGKLLSNNLINLGVFDEVKQVLAENGKSIYDIEEVEP
EPSLGNGGLGRLAACFLDSMATLGLHGDGIGLNYHMGLFKQVFENNYQKETANPWIEADS
WLEKTDVTNTITFGNLKVQSRMYDIDVTGYENRTNKLHLFDIESVDESIMEPGGINFDKT
DIAKNLTLCLYPDDSDEAGNLLRIYQQYFMVANGAKLILDEAKAKGSNLHDLADYAAVQI
NDTHPSMVIPEFIRLLTAEGISFDEATEIVTEVCAYTNHTILAEALEKWPLAYLEKVVPQ
LVPIIKKLDEKVRNRYKDESVYIIDKDQRVHMAHIDIHYSHSVNGVAYLHTEILKDSELN
NFYKIYPEKFNNKTNGITFRRWLLHCNEQLAAYITELIGDGYKKDAEKLSDLAKFYDDDA
VLGRIMDIKKQNKVVLKDYLKETQNIDIDENSIFDIQVKRLHEYKRQQMNALWVIHKYFD
IKAGNLPKTPVTVIFGAKAAPAYTIAKDIIHLILCLQQLIDNDPEVSPYLKVVMIENYNV
SKAAKIIPACDISEQISLASKEASGTGNMKFMLNGALTLGTRDGANVEIGELVGEDNIYF
FGESSEAVIDHYAKADYVSKDYYEQPEIKKLVDFIVSDELLEIGQKESLERLHNELIVKD
WFMTLLDVEDYIKTKEGVLADYEDRKTWAKKALVNISKAGFFSSDRTIAEYNKDIWRL
NT seq
3777 nt
NT seq
+upstream
nt +downstream
nt
atgagtaaagcgttggagcgtggcgcaggaatactcctgccgataagcagcctcccatca
ccatatggaattggaactatgggaagagatgcttatgattttgttgatatgttgaaaaga
gcagggcagaagtactggcaggtgcttccgataggaccaacaagcttcggtgacagtcct
tatcagtcgttttcagcatttgcgggcaatccgtattttatcgatctggatacattgata
gctgaagggcttatcaagaaagaggaggtagaatcctacaaatgggctgacagtgatgac
gagatcgactacgccagaatatacagacagagatttgaagttctcagaaaagcatttggc
agatcagagcacaaagacagcagggattacgtagatttcatagaggaaaatgaacagtgg
atagatgactatgcgctgtatatggcgatcaaggctgatcataacaatagagaatggctt
gcgtgggaaccggcgatcaagaagagaaagccggaggctatggcagcttacagagaaaag
cttggtgaagacgtggaattctacaaattccttcagttcaagttctacgagcagtggatg
ccattaaaagagtatgccaacagaaacggcataagcatcattggagatattccaatctat
gtggcactggacagtgctgatgtgtgggcgaacacggatcagttccagctttctggaagt
ctggcaccgtcagttgtggcagggtgcccgccggacatgttctcaagctacggacagaag
tggggtaacccgatctatgactgggatgtcatggagaaggatgatttcgcgtggtggaag
aagagaattgctgcatctgcaaaactctacgacgtgatccgtatagatcactttatcggg
atagtcagatactacagcatcccggcaaatggcgagccgaaggatggctactacagacag
ggaccgggaaagaaactcatcgatgctatagacagtgccataggttcatccaaggttata
gcagaggacctcggcgtggtcgtgccagaggttcagaaacttgtaaaggaatccggttat
ccgggtatgaaggtgttggaatttgcatttgacggcaatacggcaaatgaatatctgccg
cacaatcacgcaaagaactacgtagcgtatatcggaacccacgacaatgatatgctgaaa
agttatatcagcggacagagtgaggagcttcaggaatatatgatgaagtacctcatggcg
aacagcctggatgatgtggcagagaagatgatacatgcactttacatgagctcagcggac
acggtcatacttcagatgcaggatattctgggcaaggacaacagtgccagaatgaactat
ccatcaacgcttggcggcaactggaagtggaggcttaccaagggcgcaacatgggaattt
acacaggaacatatagataaattaagggatctcaccagactgtatggaagaaacagggtg
aagacgtatatttgtaaggaggatattatgttaaaggacatttgcatgaagaaatacaac
aaggagatcaaggactgcacaaacgaggagatctacttcgcactccttgatatgacaaag
aagctcgcagacggaaaggtttcagaggagggacagaagaaggtttattacatctcagca
gagttcctcataggaaagcttctctcgaacaatctcatcaaccttggtgtatttgacgag
gttaaacaggtgcttgctgagaatggcaagagcatctatgacatagaggaggttgagccg
gaaccatcacttggaaatggcggtcttggaagacttgcagcatgcttccttgactccatg
gcaaccctcggacttcacggagatggaattggacttaactaccacatgggtctgttcaag
caggtatttgagaacaactaccagaaggagactgcaaatccttggattgaggcagacagc
tggctcgagaagacagacgttaccaacacgatcacatttggcaacctgaaagtccagtca
agaatgtacgatatagatgtaaccggatacgagaacagaacaaataagctccacctcttc
gatatcgagagcgttgacgagtccatcatggagccgggcggaattaacttcgacaagaca
gacattgcaaagaacctgacactctgcctgtacccggacgacagcgatgaggctggaaat
cttctccgtatctaccagcagtatttcatggtggcaaatggtgcaaagctcattcttgat
gaggctaaggcaaagggttcaaatcttcacgatctggctgattatgcagcagttcagatc
aatgatacacatccttcaatggtgatccctgagttcatcagacttcttaccgctgaggga
atatcatttgacgaggctacagagatcgtgacagaggtgtgcgcatacaccaaccacact
atccttgcagaggctcttgagaagtggccgcttgcttaccttgagaaggttgttccacag
cttgttcctatcatcaagaagctggacgagaaggttcgtaacagatacaaggatgaaagc
gtatatatcatcgacaaggatcagagagtgcacatggcacacattgatatacactatagc
cacagtgtaaacggtgttgcataccttcacacagagatcctcaaggattctgagttgaac
aacttctacaagatctatcctgagaagttcaacaacaagacaaatggtatcacattcaga
agatggcttctccactgtaacgagcagcttgcagcttatatcacagagcttatcggtgac
ggctacaagaaggatgcagagaaactgagtgacctcgctaagttctatgatgatgatgca
gtccttggcaggatcatggatatcaagaagcagaacaaggtcgttctcaaggattacctt
aaggagacacagaacattgacatagatgagaattctatctttgatatacaggttaagaga
cttcatgagtacaagcgtcagcagatgaacgcactctgggttatccacaagtacttcgat
atcaaggcaggaaatcttccaaagactcctgtgactgtaatatttggtgcaaaggcagct
cctgcatacaccatcgcaaaggatatcattcatctcatcctctgcctgcagcagctcatc
gataatgacccagaggtaagcccatacctcaaggttgtcatgatcgagaactacaatgtg
tcaaaggcagcaaagatcatacctgcatgtgacatttcagagcagatctcacttgcatca
aaggaggcatcaggtaccggaaacatgaagttcatgctgaacggcgcgcttacactcgga
acaagagatggtgcaaatgttgagattggagagcttgtcggcgaggataacatttacttc
ttcggcgagtcaagcgaggcagtcatcgaccactatgcaaaggctgattatgtgtcaaag
gattactacgagcagcctgagatcaagaagcttgttgatttcatcgtgagcgatgagctc
cttgagatcggacagaaggaaagccttgagagacttcacaacgaacttatcgtaaaggat
tggtttatgacactcctggatgttgaagattatatcaagaccaaggaaggcgtacttgca
gattacgaagatcgcaagacttgggcaaagaaggcacttgtcaacatcagcaaggctgga
ttcttctcatcagacagaaccatcgctgagtacaacaaggacatttggagattataa
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