terminal α8-helix / Cambridge University / ES-NO complex / ES complex / NO complex / Oklahoma University / US National Institute of Health / A complex / ARF1/N-GAT complex / /
IndustryTerm
active site / homology search / metal / antigen-processing enzyme / gene product / buried heme active site / real-time allosteric transitions / close network / cyclic products / catalytic site / vacant site / protein transport systems / intricate network / metal-free form / phosphate / pharmaceutical / metal atoms / metal ions / secondary natural products / normal aromatic products / /
OperatingSystem
Ose / /
Organization
Oklahoma University / Cambridge University / Osaka Univ. / 5Kyoto Univ. / Domain / Kyoto Univ. / Hokkaido Univ. / US National Institute of Health / /
8 Biological Science 8-1 Molecular Mechanism of the Membrane Recruitment of GGA by ARF in Lysosomal Protein Transport The human body is made up of some 60 trillion cells