Blautia producta: PMF13cell1_00180
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Entry
PMF13cell1_00180 CDS
T05894
Symbol
lytA_1
Name
(GenBank) Autolysin
KO
K12373
hexosaminidase [EC:
3.2.1.52
]
Organism
bpro
Blautia producta
Pathway
bpro00511
Other glycan degradation
bpro00520
Amino sugar and nucleotide sugar metabolism
bpro00600
Sphingolipid metabolism
bpro01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
bpro00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00520 Amino sugar and nucleotide sugar metabolism
PMF13cell1_00180 (lytA_1)
09103 Lipid metabolism
00600 Sphingolipid metabolism
PMF13cell1_00180 (lytA_1)
09107 Glycan biosynthesis and metabolism
00511 Other glycan degradation
PMF13cell1_00180 (lytA_1)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03110 Chaperones and folding catalysts [BR:
bpro03110
]
PMF13cell1_00180 (lytA_1)
Enzymes [BR:
bpro01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.52 beta-N-acetylhexosaminidase
PMF13cell1_00180 (lytA_1)
Chaperones and folding catalysts [BR:
bpro03110
]
Intramolecular chaperones
Others
PMF13cell1_00180 (lytA_1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Choline_bind_3
Choline_bind_1
Glyco_hydro_16
F5_F8_type_C
FIVAR
Choline_bind_2
MAD
Motif
Other DBs
NCBI-ProteinID:
QBE94687
UniProt:
A0A4P6LV93
LinkDB
All DBs
Position
189205..193704
Genome browser
AA seq
1499 aa
AA seq
DB search
MKRNKKVSKALSLCMALALTAGNLSPAAVKADTITVDKNILQGLIPTTNADGGIANPEAA
TDGSKYDSNVEMNNTRIDAGEEIGGDDNGYSQWNQVYLQYDFGDVYSVKSVDLYRNTYDN
AVSTFKDVKVELASTEDFSDSVILYGEPDGEDIVETVDTKGNSQYLEPDSAIDARYLRVW
GKGHYIENTNSSWKGYSNGVLFTEIEVIASVDQEETDPGEEEEMVDANIMPGLLPTSNTP
HQIVTGGSTVPQVQIMNPEAATDGMRSGSEDDSNNTKIIAGDEIGGDDNGYSGWDHVYLQ
YDFGKVRDVKEISLYRNTYANAVSTFKDVKVELSSTEDFAESTVVYDTADYEETTSNKGQ
PQVITLPEAVSAQYIRIWERGHYIQNTNSSWKGYSNGILFNEIEVIASIPKSEVPAPPPE
EEAQNIALGKLPYVRGLTPTNIEAITDGNVDDNYAVHNSTGERWLQFEYKNTYQMKEICF
KLEEGTYRSVKISVSSSPTSAGQTVFQQNNWTQGPDMQTVTLDTPVTGRYVRFTVNKDNN
SPTKYSEVEIWATGKSYDESKPDYTAPDSKYDTLVWADEFDGDSVDETKWNIVDGMANHA
AIYNRDAVSIVKDGDNSYLAINSKNYESKDALIDAVGWDQYGSQVLADKVTWSSGRLESK
NKFSFQFGRMAVRAKPNDSKGIWPAIWMLCQDETGHDEIDVLEYLGQDAWSAWTTNHFGI
LSYNKGSHGIATNNYEAWCQDFHVFEVEWDPQAITFYIDGNQVHKTSTARDDGRDGMHTR
PMFPILETQVGDGWVGDVDYSRQDTKQDSDFLVDWVRVYQTEGQAVTRFDDLNDISGGTN
TDYLISAASATDGLMALTDGSEPYEDKDNFYYGGQPRYENSRIAVKENAEDQSLVYKIPG
VNDVHLTAYYQTLSDAAVWDGGAGSYKGKSIRTTLKDNASLDFQVYSSPNGKDWTKYENM
KIVDNFPEAYPSYARITFDAYGLPEGTNYVKVSFPNYKGVSYSLNSGDVKDVQNTDIQLA
KVTFLQEQQEAADKSALDAVITAAEALNPDDYTPESWNLLSEALSAGKSLMDDTSAFPEE
IADAAAAIQNAMDSLEAIPEADKTALKALLDKAGKLNESDYTPASWKTLEKATEKGSQVL
NDKKASEKDIADAASSIQKAIDDLKKVTKTNTAALKAALDKAAKLKQNDYTASSWKNLSK
AVDTGRKVLNDKNATQKEIDKAADGIQKAVSNLKKTAKGTWKHNSKGWWYEYDSGKWAAD
KWESIDGKWYAFDADGYMRTGWFREGNTWYYLTSSGAMATGWAQVGNTWYYLRDNGAMAT
GWVSVKGTWYYLTPSGAMATGWIKSGRTWYYLTSSGAMATGWIKPGNDWYYLTSSGAMVT
GWAKIDSSWYYFSSSGSMATGWIRLGNDWYYLASSGRMATGWLNLGGSWYYLSSSGSMAT
GWLKLDNDWYYLSSSGRMATGWLQLGSSWYYLTSSGAMAENTWIGNYYVNSNGAWTRTR
NT seq
4500 nt
NT seq
+upstream
nt +downstream
nt
atgaaaagaaacaagaaagtctccaaagccctgtcactctgcatggcattggcactgacc
gccggaaacttatctcccgctgcagtcaaggcagataccataaccgtggataaaaatatc
ctgcagggcctgatccccactaccaacgctgacggaggcattgccaatccggaagcagcc
acagacggcagcaaatatgacagcaatgtggaaatgaacaacacccgaatcgacgcaggc
gaagaaatcggcggcgatgacaacggctattcccaatggaatcaggtatacctccagtat
gatttcggagatgtctacagcgtaaagtctgtggatctttaccgcaacacttacgacaac
gcggtttccaccttcaaagatgtaaaggtggagcttgcctccacagaagatttctccgac
agcgtcattctctacggcgagcctgacggagaagatattgtagaaaccgtagatacgaaa
gggaattcccagtacctggaaccggattctgcaatagacgcccgctatctgcgcgtctgg
ggaaagggccattatatagaaaatacaaacagttcctggaaaggttacagcaacggtgtc
cttttcacagaaattgaggtcatcgcctctgtagaccaggaagaaacagaccccggtgaa
gaggaggaaatggtagatgccaacattatgcccggcctgctccccacctccaacaccccg
caccagatcgtaacaggaggttccactgtaccgcaggtacagatcatgaatccggaagcc
gctacagatggtatgagatcaggaagcgaggacgattccaataataccaagatcattgca
ggcgatgagattggcggcgatgacaacggctattccggatgggaccacgtctatctccag
tatgactttggcaaggtccgagatgtgaaagagatcagtctgtaccggaatacctacgcc
aacgcggtctccaccttcaaggatgtaaaagtggaactgtcttccactgaagattttgca
gagagcactgtggtatacgatacggctgactatgaagaaaccacctccaacaaaggacag
ccccaggtcatcaccttgcccgaagcagtttctgcacagtacatcaggatttgggagaga
ggccattatatccagaacaccaacagttcctggaaaggttacagcaatggtatcctcttt
aacgagatcgaggtaattgccagcattcccaaatcagaggttcccgcgccgccgcctgag
gaagaagcccaaaacattgcccttggcaagctcccatatgtccgcggtctgacaccgact
aacattgaggccatcactgacggcaatgtggacgacaactacgcggtacataacagcacc
ggagagcgctggcttcagtttgaatacaaaaacacatatcagatgaaagaaatctgcttc
aagcttgaggagggcacttaccggtccgtaaagatctccgtatcctcctcccctacaagc
gccggacagacggttttccagcagaacaactggacacagggtcctgacatgcagacagta
accctggacacgcctgtcacgggcagatatgtacgttttactgtaaacaaagacaacaac
agccccacaaaatattccgaagtggaaatctgggccaccggcaaatcctacgatgaatcg
aaaccggactacaccgcaccggattccaaatatgacacccttgtatgggcagatgaattt
gacggtgacagcgtagatgaaacaaagtggaatattgttgacggcatggcaaatcatgca
gccatctacaacagagatgctgtaagcattgtaaaagacggagacaacagctatctggcc
ataaactccaaaaattatgagtccaaagatgccctcattgacgctgtaggctgggatcaa
tacggttcgcaggtactggctgacaaagtcacatggtcatccggccgcctggaatccaag
aataaattttccttccagttcggacgcatggcagtccgggcaaaacccaacgattccaag
ggcatctggcctgccatctggatgctgtgccaagatgagaccggacatgatgagatcgac
gttctggaataccttggtcaggatgcatggtcagcctggacaaccaatcatttcggtatt
cttagttataataaaggctcacacggtattgccaccaacaattatgaggcatggtgccag
gacttccatgtatttgaagtggaatgggatcctcaggctatcaccttctacattgacggc
aatcaggttcataaaacatccactgccagagacgacggaagagacggcatgcacacccgc
cctatgttcccaatcctggaaacacaggtaggcgacggctgggtcggtgatgtggattac
agcagacaggatacaaaacaggacagtgatttcctggttgactgggtacgtgtttaccag
acagaggggcaggcagttacccgttttgacgacttgaacgacatttcagggggaactaac
acagattatctgataagcgccgcctccgcaacagacggtcttatggcactcacagacgga
agtgaaccttatgaggataaagacaacttctattacggcggtcagccaagatacgaaaac
agcaggatcgcggtaaaggaaaatgccgaggaccagtcccttgtttacaagataccgggt
gtaaatgatgttcatttgacagcctattatcagacacttagcgatgccgctgtatgggat
ggaggcgctgggtcttataaagggaagtccataagaacaacactgaaagacaatgccagc
cttgacttccaggtatattcatctccaaacggaaaagactggaccaaatatgagaatatg
aaaatcgtggataacttcccggaagcttatcccagttatgcccgcatcacctttgacgct
tacggactaccggaaggcacaaattatgtgaaagtctccttccccaattataaaggggtc
agctactccctgaattcaggagacgttaaagacgttcagaatacagatatccagcttgca
aaggtaaccttccttcaggaacaacaggaggcagcagacaaatccgctcttgacgcagtc
atcacagcggctgaggcattaaaccctgatgattatactcctgaaagctggaacctctta
tctgaagccctgtctgccggcaaatccctcatggatgatacttccgctttcccggaagaa
atcgcagatgccgccgctgccattcaaaatgccatggacagcctggaggctatacctgag
gcggataaaactgctctgaaagcactgctggacaaagcaggaaaattaaatgaaagtgat
tataccccggcatcctggaagacacttgaaaaagccacagaaaaaggcagccaggttctg
aatgataagaaagcttcggaaaaagacattgccgacgccgcctcttccattcagaaggcc
atagatgatctcaaaaaagtaactaaaacaaacacagcggccttaaaagccgcgctggat
aaagctgcaaaattaaaacagaatgactacactgcatcttcctggaagaatctttccaaa
gcagtggacacaggcagaaaagtattaaacgacaagaatgccactcagaaagagattgac
aaagccgccgatggcattcagaaagctgtctccaatctgaaaaagacggcaaaaggcacc
tggaaacataactccaaaggctggtggtatgaatacgacagcggcaaatgggccgcagac
aaatgggaatccattgacggcaaatggtatgcctttgacgcagacggatacatgcgtacc
ggctggttccgtgaaggaaacacctggtactacctcacgagctcaggagccatggcgacc
ggatgggcacaagtcggcaacacctggtattacctccgggataacggtgctatggcgacc
ggatgggtcagcgtaaaaggaacatggtattatctcacaccttcaggtgctatggctaca
gggtggatcaaatcaggccggacctggtattaccttacttcctcaggtgctatggcaacc
ggatggatcaagcctggaaatgactggtattatctcacatcttcaggtgctatggtcaca
ggatgggctaagatagacagcagctggtactatttctcatcctcaggcagtatggctacc
ggatggatccgtctcggaaatgattggtactatcttgcatcttcaggacgcatggctacc
ggatggctgaaccttggcggcagttggtactacctctcatcctcaggcagtatggctacc
ggatggctgaaacttgacaatgactggtactatctctcctcctctggacgcatggctacc
ggatggctgcagcttggaagcagttggtactatctgacatcttcaggcgctatggctgaa
aacacatggattggcaattattatgtcaactcaaacggtgcctggacaagaacccgataa
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