rhoe4-c0zua7

Comment

Relationship

Family : Polyesterase-lipase-cutinase

Block : L

Position in NCBI Life Tree : Rhodococcus erythropolis

Molecular evidence

No mutation

No structure

No kinetic

No disease

No substrate

No inhibitor

Database

AP008957 WP_020909700

C0ZUA7

Sequence

Peptide

MRKSLKYFAN AAATVALCAT LGLAGPAGPA AADTPGIPSV GHDWASAGPY TPNVSIGLVH TLYYPRQLGA RGEKHPAVIW GNGTGVLPGA YTSLLRHYAS HGFIVLAANT PASNFAITMR SGIDLIADKA ASPSSVFYGK VDLEHIGAVG HSQGGSAAIN ASIDDRVDTA VAIQPGPLND VDLIDEPVLY LAGQADAIVW PAIVRAMYED ADHVPAEYLE LRGATHFGTA INGGDMRGPS TAWLRYWLLD DPNARTEFFG ASCGYCTDTQ QFSDFDRNDL ALQIPG

References

Title : Sequence analysis of three plasmids harboured in Rhodococcus erythropolis strain PR4 - Sekine_2006_Environ.Microbiol_8_334

Author(s) : Sekine M , Tanikawa S , Omata S , Saito M , Fujisawa T , Tsukatani N , Tajima T , Sekigawa T , Kosugi H , Matsuo Y , Nishiko R , Imamura K , Ito M , Narita H , Tago S , Fujita N , Harayama S

Ref : Environ Microbiol , 8 :334 , 2006

Abstract : Sekine_2006_Environ.Microbiol_8_334

ESTHER : Sekine_2006_Environ.Microbiol_8_334

PubMedSearch : Sekine_2006_Environ.Microbiol_8_334

PubMedID: 16423019

Gene_locus related to this paper: rhosp-AHY95170 , rhoe4-c0zm41 , rhoe4-c0zny8 , rhoe4-c0zp51 , rhoe4-c0zp80 , rhoe4-c0zpm5 , rhoe4-c0zq56 , rhoe4-c0zq93 , rhoe4-c0zri5 , rhoe4-c0zse4 , rhoe4-c0ztk5 , rhoe4-c0ztv6 , rhoe4-c0ztz5 , rhoe4-c0zw14 , rhoe4-c0zyp1 , rhoe4-c1a1s7 , rhoe4-c1a149 , rhoe4-c1a168 , rhoe4-q3l9i4 , rhoe4-q3l9v3 , rhoe4-q3l9y4 , rhoe4-q3l922 , rhoe4-q3la05 , rhoer-c3jd87 , rhoer-c3jdh1 , rhoer-c3jfg3 , rhoer-c3jfu1 , rhoer-c3jfv6 , rhoer-c3jfw7 , rhoer-c3jg26 , rhoer-c3jgc0 , rhoer-c3jgr8 , rhoer-c3ji24 , rhoer-c3jif3 , rhoer-c3jif5 , rhoer-c3jif6 , rhoer-c3jiw5 , rhoer-c3jl72 , rhoer-c3jle6 , rhoer-c3jmu4 , rhoer-c3jqd8 , rhoer-c3jqd9 , rhoer-c3jqg3 , rhoer-c3jqn9 , rhoer-c3jqs1 , rhoer-c3jr01 , rhoer-c3jrb8 , rhoer-c3jt01 , rhoer-c3jtx3 , rhoer-c3jtx4 , rhoer-c3jvx6 , rhoer-c3jwe1 , rhoer-c3jwn8 , rhosp-bphD2 , rhoe4-c0zua7

rhoe4-c0zua7

Comment

Relationship

Molecular evidence

Mutation (0)

Structure (0)

Kinetic (0)

Disease (0)

Substrate (0)

Inhibitor (0)

Database

Genbank (2)

Interpro (1)

Pfam (1)

UniProt (1)

PIRSF (1)

SUPERFAM (1)

Sequence

Peptide

References

Sequence analysis of three plasmids harboured in Rhodococcus erythropolis strain PR4