proma-TODF

Prochlorococcus marinus subsp. pastoris (strain CCMP 1378 / MED4) (and strain MIT 9312) alpha/beta hydrolase

Comment

Relationship

Family : 6_AlphaBeta_hydrolase

Block : X

Position in NCBI Life Tree : Prochlorococcus marinus

Molecular evidence

No mutation

No structure

No kinetic

No disease

No substrate

No inhibitor

Database

BX572092 CP000111

Q7TU76 Q31AD9

Sequence

Peptide

MNKNIYNDLN KLNIDYFEKV KNSIQDPLGF NISNDVNWIK LNEKWNSSEF PVVMGGTGQP ILFLHGFDSS FLEFRRIYPF LKKKFQLIIP DLLGFGFTPR NASNQYNPRK IIYNLLDIIN TLKLKNKLMV VGASMGGSVA INLSKEIPEL IDKMILLSPA GLFGESKNIP FPLNQIGASF LGLSQVRKGL CRQAFAYPDK SVGSMEEQIA SIHLGCSGWR NSLASFAKSG GFAGTYKYMQ NISIKTICGE NDRILGKKEI NKIKQIDQLN FIGLKNCGHL PHVDLPSLSS KIIYDYFCT

References

Title : Genome divergence in two Prochlorococcus ecotypes reflects oceanic niche differentiation - Rocap_2003_Nature_424_1042

Author(s) : Rocap G , Larimer FW , Lamerdin J , Malfatti S , Chain P , Ahlgren NA , Arellano A , Coleman M , Hauser L , Hess WR , Johnson ZI , Land M , Lindell D , Post AF , Regala W , Shah M , Shaw SL , Steglich C , Sullivan MB , Ting CS , Tolonen A , Webb EA , Zinser ER , Chisholm SW

Ref : Nature , 424 :1042 , 2003

Abstract : Rocap_2003_Nature_424_1042

ESTHER : Rocap_2003_Nature_424_1042

PubMedSearch : Rocap_2003_Nature_424_1042

PubMedID: 12917642

Gene_locus related to this paper: prom3-a2c804 , proma-PMM0356 , proma-PMM1153 , proma-PMM1599 , proma-PMM1628 , proma-PMT0128 , proma-PMT1063 , proma-PMT1175 , proma-PMT1943 , proma-TODF , promm-q7v4t5 , promm-q7v5f8 , promm-q7v6l0 , promm-q7v6v8 , promm-q7v8b7 , promm-q7v8c5 , promm-q7v8g2 , promp-q7v0v8 , promp-q7v3k6 , promp-q7v139 , promp-q7v266 , promp-q7v291 , promp-q7v298 , promp-q7v327 , promm-q7v8g5 , prom3-a2ce38

proma-TODF

Comment

Relationship

Molecular evidence

Mutation (0)

Structure (0)

Kinetic (0)

Disease (0)

Substrate (0)

Inhibitor (0)

Database

Genbank (2)

Interpro (2)

Pfam (2)

UniProt (2)

PIRSF (2)

SUPERFAM (2)

Sequence

Peptide

References

Genome divergence in two Prochlorococcus ecotypes reflects oceanic niche differentiation