Sphingobium xenophagum; Sphingobium sp., Mono(Ethylene terephthalate) hydrolase
Other strains: Sphingobium xenophagum\; Sphingobium sp. Hydrolyses BHET but not MHET
MMLHSKAIAP TGLLALLGAC AAIGPTSPSA GESPLSLSDR CTALSAKLMT GAPVNTLVVS TSEWKEGGAA KQAGADAQAP LPSHCLVEGY YGEHQGRVGG PYRTGFRMRL PLDWNGRFFF EGGGGSNGMI RDATGLNGAG NPSALERGYA VIAQDSGHDN DSNNVPAYGG QMVFGHDPQA RADYGHASLK PTYDLGQYIV TAFYGRESST NIFWGCSKGG QEGMAFAQRY PKAFDGIVAM APGMSLPRAA LAQAWDTQAL AEIFKARGEK PTVEGFRTLF SRQQFDLVNK ATLAACDRLD GAQDGVVAAI GQCTTAVVEP ELRARQCSAQ RKNDCLDKAQ IDALVKIMDG PHDAAGKALY ANWAWDSGVG SPGWQVWKTG LVGGPPSLNV VLGGNALASI FTTPPTPVQP DPERLLAWQL AFDFKAGAGK IYAAEPPFAT SAWQDVGMRS TDLSAFRDHG GKLIVPHGGS DPVFSVLDTI NWWNGVNAAN AGAADNFVRV FPVPGMTHCG GGPATDHFDS LSALERWVID GKAPASIPAF AGKEAPWPGR EMPLCPYPQI ALANGANGYR CGMQP
| Title : Degradation of ester linkages in rice straw components by Sphingobium species recovered from the sea bottom using a non-secretory tannase-family alpha\/beta hydrolase - Ohta_2021_Environ.Microbiol__ |
| Author(s) : Ohta Y , Katsumata M , Kurosawa K , Takaki Y , Nishimura H , Watanabe T , Kasuya KI |
| Ref : Environ Microbiol , : , 2021 |
| Abstract : Ohta_2021_Environ.Microbiol__ |
| ESTHER : Ohta_2021_Environ.Microbiol__ |
| PubMedSearch : Ohta_2021_Environ.Microbiol__ |
| PubMedID: 33939871 |
| Gene_locus related to this paper: sphxe-a0a401IYY6 |