KEGG T01072: BC1G

Botryotinia fuckeliana: BC1G_06897

Entry

BC1G_06897 CDS T01072

Definition

hypothetical protein

Orthology

K01190

beta-galactosidase [EC:3.2.1.23]

Organism

bfu Botryotinia fuckeliana

Pathway

bfu00052	Galactose metabolism
bfu00511	Other glycan degradation
bfu00600	Sphingolipid metabolism
bfu01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Galactose metabolism [PATH:bfu00052]
Metabolism; Lipid metabolism; Sphingolipid metabolism [PATH:bfu00600]
Metabolism; Glycan biosynthesis and metabolism; Other glycan degradation [PATH:bfu00511]

SSDB

Motif

Pfam:

Glyco_hydro_2_C Bgal_small_N Glyco_hydro_2_N Glyco_hydro_2 BetaGal_dom4_5

Other DBs

NCBI-GI:

154309953

NCBI-GeneID:

5434857

AA seq 1057 aa
MASDLDICDEKIFQRNRLPARSYYIPPSSLLLNGTWDFHYAPTPKHAPLPAQSNTPSSEL
GTKEGYVNVPPTANKQIETIPDDEVEWGHITVPGHWQLQGHGRPQYTNTIFPFPVCPPHV
PTENPTGTYRRSFQVPKSWDKSSQLRLRFDGVDSAFHVWVNGQFVGYSQGSRNAAEFDVS
TFVNRGSANEVWVRVYQWCDGSYIEDQDQWWLSGIFRDVNLLTFPTTGRIDDYFVTPKLD
EKYNDATLEVALDLVAPSSGEVKLTLRDTSNGDEVVTTGSESFKSEAKKLSLSLSVSQPK
KWTAETPYLYQLEISVHVNKEVTHTIYQNVGFRCVELKKGLITVNGKAILFNGANRHDHH
PHLGRAVPLSFIKQDLLLMKQHNINALRCSHYPSHPGIYDLCDELGLWVMDEADLECHGF
YDAVAYPADIPESIPYEERKKLTFPQAAKFTSDKESWRDAYVDRMTQLVNRDKNHPSIIL
WSLGNEAFYGKNHKAMYDYAKEMDPSRLVHYEGDIDAKSADMFSYMYPPIDVLVKHAKTT
GVSDGSYEKPIVLCEYGHAMGNGPGGLEDYQAAFRDYERLQGGWIWEWANHGLWKTEPGK
EGFYAYGGDFGDVPNDDTFVMDGLCYSDHTATPGLTELKKVIAPIRAWVEEGKIVIANGY
DFIGLDHVVASYKIESFEQSRKIVKSGDLALPKVLPGETSSIELPPTPSKNGSGELWITV
TFQQKFSTAWADAGHELAWMQQQISKPNVDSISRVSPTNTSHLDVVSSRTEYKITGSNFL
FTFDAARGSLSQWNFTSAATLKSTKIPISSITPGFWRAPTDNDMPSDFPYYKRFGLDALT
SQLRSFDVKTDDDLVTLTAVTFISPPILNWGFEATTTYQISSTGSLKIKVNLKPTGSMPS
NLPRVGLDIKLRDDLDNAEWFGIGPGESYADKCSSQKLGIYSADVDTLHTPYDVPQENGN
RMKTRWVNMTDSSGVGVRASSSENSATFQWAATRYSPTTLQKARHPRDLVKEKEVLWRLD
AEAAGVGSAACGPGVKEEFQVKCEEKEFAFVFEKIGI

NT seq 3174 nt +upstreamnt +downstreamnt
atggcctccgacttggatatctgcgacgagaagatcttccaacgaaatcgacttccagcg
cgatcatactacatcccaccttcttctctcctattgaatggcacatgggactttcattat
gcccccacgcccaaacatgcaccgcttccagctcaatcaaacacaccatcctcggaattg
ggcacgaaggaaggatatgtgaatgtgccgccaactgcaaacaaacaaatcgagacgata
ccagatgatgaggtggaatggggacatataacagttccggggcattggcaactccaaggg
catggtcgacctcaatacacaaatacaatattcccttttcccgtttgccctccacatgtc
ccgaccgaaaaccccacaggaacttatcgcaggtcgttccaggttccaaagtcgtgggat
aagtcttcgcaattgcgattgagatttgatggtgtagatagcgctttccatgtctgggtc
aatggccaattcgttgggtattctcaaggatccagaaatgcggcggaatttgatgtttcg
acatttgtgaaccgaggaagtgcaaacgaagtctgggttcgtgtataccaatggtgtgat
gggtcatacatcgaggatcaagatcaatggtggctttcaggtatattcagagatgttaat
cttttgacatttcctacaacgggtcgaatcgacgactattttgttacacctaagcttgat
gagaaatataatgatgcgactttggaagttgccttggatttggttgctccatcttctgga
gaggtaaaattgacactacgcgatacttccaacggcgatgaagtagtaacaactggttct
gaatccttcaagtccgaagctaagaagctctcattgagcttatcggtatcacaacctaag
aaatggactgctgagacaccctacttatatcagcttgagatttcagttcatgtgaacaag
gaggttactcacaccatttaccaaaatgtcggtttccgttgcgtcgagctcaaaaaagga
cttataacagtcaatggcaaagccattctctttaatggtgcaaaccgtcatgatcatcat
ccacatctcggacgtgcagtgccactgtccttcatcaaacaggatttgttgttgatgaag
caacataatattaatgcactacgttgctcgcattacccatcacatccgggaatatatgat
ctttgtgacgagcttggtctatgggtgatggatgaagcagatctagagtgtcacggattc
tatgatgctgtagcatatcctgccgatattccagaatcgataccttatgaagaacgcaag
aaattgacttttccacaagccgctaagtttacctcggataaagaaagttggcgcgacgca
tatgtcgaccgaatgacccagcttgtcaatcgagataagaaccatccttcgattatcttg
tggtccttaggaaatgaagcattctatgggaaaaatcacaaggcaatgtatgactacgca
aaggagatggaccctagccgattggtccattatgaaggcgatatcgatgcaaagtctgca
gacatgttttcctacatgtatccaccgatcgatgttcttgtcaagcacgcgaagactact
ggtgtatctgatggctcttatgaaaaacctattgtcctttgcgaatatggccatgccatg
ggaaacggacctggaggcctagaagattatcaagctgcattcagagattatgaaaggctc
cagggtggttggatttgggaatgggcgaatcacggactgtggaagacagagccaggaaaa
gagggcttttacgcttatgggggtgattttggtgatgtcccgaacgatgatacttttgtc
atggatggcttgtgctacagtgatcacacagctacgcctggtttgacagaactcaaaaaa
gttatcgctccaattcgtgcttgggttgaagagggtaaaattgtgatcgccaatggttat
gattttataggacttgatcatgtcgtcgcttcgtacaagattgagtcatttgaacaaagc
cggaagattgtaaaatctggtgatttggcacttccaaaagttcttccaggagagacctct
tcaatagaattaccacccaccccttctaagaatggatcgggcgagctttggattacagtc
acctttcaacaaaagttctcaactgcttgggctgatgctggtcatgagcttgcatggatg
caacaacagatctcgaagcctaatgtagactcaatttcccgagtttcccccacgaacacg
tctcatctagatgttgtctcatctagaaccgagtacaaaattacgggctcaaacttccta
tttacgtttgacgcagctcggggtagtttgtctcaatggaattttacgagcgcagcgacc
ttgaagtcaaccaaaataccaatctcatcaattacgccaggcttttggagagccccgacg
gacaatgatatgccttctgatttcccctactataaaagatttgggctggatgcgttgact
tcacagcttcgatctttcgatgtgaagaccgatgacgatctagttaccctcaccgctgta
acattcatttcgcctccaatattgaactggggctttgaggctactaccacatatcagatc
tcatcaactggctccctgaaaatcaaagtcaacctcaaacctactggatcaatgccatca
aacctgcctagagttggcttggacattaaactccgcgatgatctcgataatgcagaatgg
tttggtattggaccaggagaatcttacgcggataaatgctcttcacagaagctcggtatc
tactccgctgatgtagatacgttacatactccttatgatgtaccgcaagaaaatggtaac
cgtatgaaaactagatgggtaaatatgacagattcatctggagtgggagttagggcaagt
tcatctgaaaactccgcaacgttccaatgggcagctacaagatattctcctactacattg
caaaaggcgagacatccaagggacttggtgaaggaaaaagaagtattgtggaggttggat
gctgaggctgctggtgttggatcggcggcttgtggaccaggagtcaaggaagagtttcaa
gtgaaatgtgaggagaaggaattcgcatttgtgtttgagaagatcgggatataa

All links

Pathway (4)   
   KEGG PATHWAY (4)   
Chemical substance (11)   
   KEGG COMPOUND (11)   
Chemical reaction (6)   
   KEGG ENZYME (1)   
   KEGG REACTION (5)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (33)   

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