Skip to Main Content

Paper Details

Large-scale determination of sequence, structure, and function relationships in cytosolic glutathione transferases across the biosphere.
PLoS Biol
66
2014
3D, GST, cytGST, cytGSTs, cytosolic glutathione transferase, cytosolic glutathione transferases, disulfide, disulfide bond reductase, glutathione, sfld, superfamily, superfamily sequences
Author NameAffiliation
Susan T MashiyamaUniversity of California san francisco
Eyal AkivaUniversity of California san francisco
Megan C BranchUniversity of Wisconsin
Brandan HillerichAlbert Einstein College of Medicine
Jungwook KimAlbert Einstein College of Medicine
Yury PatskovskyAlbert Einstein College of Medicine
Ronald D SeidelAlbert Einstein College of Medicine
Rafael ToroAlbert Einstein College of Medicine
Matthew W VettingAlbert Einstein College of Medicine
Steven C AlmoAlbert Einstein College of Medicine
Richard N ArmstrongVanderbilt University School of Medicine
Patricia C BabbittUniversity of California, United States of America Department of Pharmaceutical Chemistry, United States of America California Institute for Quantitative Biosciences san francisco
Patricia C BabbittUniversity of California, United States of America Department of Pharmaceutical Chemistry, United States of America California Institute for Quantitative Biosciences san francisco
  • 1 - 13

Datasets

Dataset
Description
Source Link
SFLDStructure-Function Linkage DatabaseLink
SFLDStructure-Function Linkage DatabaseLink
SFLDStructure-Function Linkage DatabaseLink
SFLDStructure-Function Linkage DatabaseLink
SFLDStructure-Function Linkage DatabaseLink
SFLDStructure-Function Linkage DatabaseLink
SFLDStructure-Function Linkage DatabaseLink
SFLDStructure-Function Linkage DatabaseLink
SFLDStructure-Function Linkage DatabaseLink
SFLDStructure-Function Linkage DatabaseLink
SFLDStructure-Function Linkage DatabaseLink
Release 1.2