MDB - MELIOIDOSIS DATABASE

  Protein search results for - K7PXU6

Names and origin
Entry : K7PXU6 (unreviewed)
Entry name : K7PXU6_BURPE
Protein names : Transglycosylase
Organism : Burkholderia pseudomallei BPC006
Organism ID : 1229785
ORF names : BPC006_I0764
History
Date of creation : 2013-02-06
Date of modification : 2014-09-03
Date of sequence modification : 2013-02-06
Protein attributes
Protein existence : Predicted
Gene Ontology (GO)
GO term name : integral component of membrane; peptidoglycan biosynthetic process; regulation of cell shape; transferase activity
GO identifier : GO:0016021; GO:0009252; GO:0008360; GO:0016740
Keywords
Ligand & Biological process : Cell shape; Cell wall biogenesis/degradation; Complete proteome; Membrane; Peptidoglycan synthesis; Transferase; Transmembrane; Transmembrane helix
General annotation
Pathway : Cell wall biogenesis; peptidoglycan biosynthesis.
Reference
PubMed ID : 23144371
Protein sequence
Length : 1111 residues
>K7PXU6|K7PXU6_BURPE Burkholderia pseudomallei BPC006
MNRPLIRIALRPTGTLSFWKGFKWSLIVIVAIAVAIVARLVQIEIETSRLQARFLSELTR
DVGYSVDEGASNRIRFPDNGPYDLRLGYALLPSFQQRLLSRGFVVASQARVSDRMLSLAD
ERLFLPYGEKDQAGLSIVDSTGSPLFGVVYPHHAYVDFDTIPPLVVQSLLFIEDRYLLDP
SQPNRNPAIDWGRFSRALADQGLRFVNRHQATPGGSTLATQLEKFRHSPDGRTATPPEKL
RQIASASVRAYLNGPQTMAARHAIVVHYLNSVPLAARARVGEITGIGDGLAAWYGRDFDE
VNRLLAAPTTPENVAAQGVAFRQVLSLMIAQRAPSFFLNRGYPALQRLTDSYLRLLSTGG
VITPALRDAALAAHVERGAVPAAADTRSFVARKAVTSARAHLLGALGIDNVYQLDRLDLR
ATDTLNNGVQQAVAAGLARAATRDGAREAGLYGFEMLRSGDDPSKIQYSFTLYERRDGAN
LLRVQTDSVDQPFDINQGARLNLGSTAKLRTVVTYLQIVSELHARYANLSAAELAKVKPD
PTDALSRWALDYLAHTPERSLRAMLAAAVERKYSASPGETFYTGGGAQSFTNFDKSDNGK
ILTVHVAFQNSVNLVFVRLMRDIVHYEMIRSSGPSSSWLDDPAQRQRYLMRFVDSESRVY
VKRFYTRYAGKPDDDALAAMLGTVRKSPPRVATVLRSVAPEQPRAWFDAKMRAALHGTPA
AAKLSDDALDKLYTKYAIERFNLNDRGYIAGVHPLALWTLAYLRRHPAASLDDVQKASRD
ARIASYSWLFKTRYHATQDRRIKRMVELRAYDAIGESWRALGYPFDHLTPSYAAAIGASG
DQPAALAKLVGLIANHGEQVPNERISSLEFAHGTPYETRFVRAAAQPRPLLSPEIADQVH
VLLGDVVQRGTGRRLAQGLAFPDGQTLPVYGKTGTGDQRFNVYARGARLIESRKVNRSAT
FAFSLGDRFFGVLTAYAHEPYAARYDFTSAMAVQLLKSLAPALQPLMAAPAQPSANTGTA
PGADETNTDGASAQTAERG