KEGG T01389: Bcell

Bacillus cellulosilyticus: Bcell_3371

Entry

Bcell_3371 CDS T01389

Definition

LPXTG-motif cell wall anchor domain-containing protein (EC:3.2.1.4)

Orthology

K01179

endoglucanase [EC:3.2.1.4]

Organism

bco Bacillus cellulosilyticus

Pathway

bco00500	Starch and sucrose metabolism
bco01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Starch and sucrose metabolism [PATH:bco00500]

SSDB

Motif

Pfam:

CBM_17_28 Cellulase Baculo_PEP_C PilJ Gram_pos_anchor FlxA IncA TBPIP Fmp27_WPPW SlyX BCAS2 CALCOCO1 DUF3375 BAR AAA_23 Reo_sigmaC Bacillus_HBL NPV_P10 LUC7 V_ATPase_I DUF2730 DUF3450 Phasin DUF2937 FUSC KCNQ_channel FliJ CobT DUF3584 Fib_alpha Mnd1

Other DBs

NCBI-GI:

NCBI-GeneID:

JGI:

UniProt:

Position

complement(3598984..3601890)

AA seq 968 aa
MKKKLRKFLAVMMTFLLVATLFAPMVSAEENGNGEEEAPLVNPLPISQDPHVSNYEKYPA
LLDNGVPKASEGGALSLKEVNGQMTLVDKNNNPIQLRGMSTHGLQWFGEIVNENAFAALA
DDWGSNMIRLALYVGENGYATRPELINKVYDGIDLAIENDMYVIVDWHVHAPGDPRADVY
SGAEEFFLTIAEKYPNNPNILYELANEPSSNNNGGPGITNDEAGWEAVKEYADPIVEALR
NSGNADDNIIIVGSPNWSQRPDLAADNPIDDHHTMYTVHFYTGTHNGTNDSYPEETPSDK
RSNVMANAKYALDNGVAVFATEWGVSEANGDNGPYLNEADIWLNFLNKNNISWANWSLTN
KNETSGSFTPFQLNVSEATPLDPGDGQVWTKEQLSLSGEYVRSRIIGEEYEPIDRTPRET
FTEVIWDFNDGTTQGFGVNAGSTLEGFTVTNENNALQIAGISEANSVWDVRISADNWDET
VDIAGAQELSMEIIVDEPTMVEIGAIPQSASAGWANPVEVAVSPEDFDLQEDGNYMAVLT
LTAEDAPNLSNIANSSEDSLLNNIILLINTEDADAISLDNISVSGDRESIPEPVVHDEKG
TATLPSTFEDGTRQGWDWHSESGVKTSLTIEEANGSNALSWEYAYPEVKPSDGWATAPRL
DFWKDNLVRGDNEFVAFDFYIDPVEERATEGEISINLTFQPPSMGFWAQAPSTFDIDLEA
LDEATLTEDGLYHFEVEIDITNITNLQDDTELRNMMLIFADGESDFAGRVYVDNVRFDMS
LEKKVEVLSRTIAELLEQIETIEADNAERIAELEDQIAELEEQLNELVDSSVVEELQRII
EDLLAQIAALEQQVQELKDAANGVTPQPGNGDGSSDDVDNGTTDGGDNGSTDGENNGSEE
GESGSTEDEDSDSSDGAEETGSSSKEGKDGEKLPNTATNMFNFLMVGLMLLAIGIVTFVI
KRKNVAIK

NT seq 2907 nt +upstreamnt +downstreamnt
ttgaaaaagaaattaagaaagtttttagcagtaatgatgacgtttttattagtagcaacc
ttatttgcaccgatggtaagtgcggaagaaaatgggaatggagaagaggaagcgccatta
gttaatccacttccaattagtcaagatccacacgtatcaaattatgagaaatatcctgct
ttattagataatggtgttccaaaagcttctgaaggtggagcattatcacttaaagaagta
aatggacagatgacattagtagacaaaaacaacaatcctattcaattacgtggaatgagt
acacacggtttacaatggtttggtgagattgtgaatgagaacgctttcgctgcgttagca
gacgattggggttcaaatatgattcgtctagcactctatgttggtgaaaatggttatgca
acgagaccagaattaattaacaaagtatatgacggaattgatttagctattgaaaacgac
atgtacgtaattgttgactggcatgtgcatgctcctggtgatccacgagctgatgtatac
tctggtgcagaagaatttttcttaacaattgcagaaaaatatcctaacaatccaaatata
ctttatgagcttgcaaatgagccaagttcaaataataatggtggccctggaattacgaat
gatgaagctggttgggaagctgtaaaagaatatgctgatccaattgttgaagcacttcga
aatagcggtaatgctgatgacaatatcatcattgtagggagtcctaactggagccaacgt
ccagacttagcagcagataaccctattgatgatcaccatacaatgtatacagtgcatttc
tatactggtacacataatggtactaatgacagctatccagaagaaacacctagcgataag
cgttcaaatgtaatggcaaatgcgaaatatgcattagataacggtgtagcagtttttgca
actgagtggggagttagtgaagctaatggagataacggtccttatttaaatgaggctgac
atctggcttaacttcttaaataaaaataatattagctgggctaactggtcattaacaaat
aaaaatgaaacatctggatcatttacaccatttcagttaaatgtttcagaagcaactcct
cttgatccaggtgatggacaagtatggacgaaagagcaattaagtctctcaggtgaatat
gtacgttcacgtatcattggtgaagaatatgagccaattgaccgtacaccaagagaaact
ttcactgaagttatttgggacttcaatgatggtacgactcaaggatttggggttaatgct
ggtagcacattagaaggcttcactgttacaaatgagaataacgcactacaaatagctgga
attagtgaagctaatagtgtttgggatgtgcgtatatcagctgataattgggatgaaact
gttgatattgctggtgcacaagaattatcgatggaaattatagttgacgaacctactatg
gttgaaattggtgcaattccacaaagtgcttctgctggatgggcaaatccagttgaagta
gcagtatctccagaagattttgatttacaagaagacgggaattacatggcagtgcttact
ttaactgctgaagatgctccaaatttaagtaatattgctaatagttctgaagatagtttg
ctgaataacattattttactgataaatactgaagacgcagatgctatctctttagataac
atttcagtgtctggggatcgtgaatcaattccagagccagttgttcatgatgaaaaagga
actgcaacacttccttcaacttttgaagacggtactcgccaaggctgggattggcatagt
gaatctggagttaaaacatctttaacaattgaagaagctaatggttcaaacgcgctttct
tgggaatatgcttacccagaagtaaaaccaagtgatggatgggctacagctccacgctta
gatttctggaaagataatttagtacgcggagataatgagttcgttgcatttgatttttac
attgatccagttgaagaacgagcaactgaaggtgagatttcaattaatttaacattccaa
ccaccttcaatgggattctgggcacaagctccgagtacatttgacattgatttagaagca
ttagatgaagcaacattaacagaagatggattatatcactttgaagtagaaatagacatt
acgaatattactaatttacaagacgatacagagttacgtaatatgatgcttatttttgct
gatggtgaaagtgattttgctggtagagtttatgtagataacgtaagatttgatatgtct
ctagagaaaaaagtagaagttctatcaagaacaattgctgaattattagagcaaattgaa
actattgaagctgataatgctgaaagaatagcagaattagaagatcagattgctgaacta
gaagaacaacttaacgaattagttgattcatcagtagtagaagaacttcaacgtattatt
gaggatttactagctcaaatagcggctcttgagcaacaagtacaggaattaaaagatgct
gcaaacggagtaacacctcaaccaggtaatggtgatggttcttctgacgatgtagacaat
ggtactactgatggaggagacaatggttctactgacggagaaaataatggttctgaagaa
ggggaatctggatctacagaagatgaggacagtgactcttcagatggtgcagaagagact
ggatcttctagtaaagaaggtaaagatggtgagaaattaccaaacactgctacaaacatg
tttaacttcttaatggtaggtttaatgttacttgctattgggattgtaacttttgttatt
aagagaaaaaatgtagcaattaagtaa

All links

Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (3)   
   KEGG COMPOUND (3)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   JGI-BCO (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
Protein domain (31)   
   Pfam (31)   
All databases (47)   

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