Rubisco / Somerville / Dordrecht / New York / London / Francis / /
Company
Furbank / Gould / Oxygenation Energetic Trade / /
Country
Netherlands / Jordan / / /
Facility
Rubisco RuBP complex / Plant Physiol / College Park / Plant Cell Physiol / Weizmann Institute of Science / Plant Sciences / University of Maryland / Plant Physiol Biochem / Plant Biochemistry / /
IndustryTerm
energy barrier / bio chemical constraints / free energy profiles / physico chemical constraints / carboxylation energy barriers / free energy profile / 1D power law model / energy barriers / phenomenological power law relations / clear power law correlations / specificity power law / gas binding rates / rst energy barrier / energy / power law relations / car boxylation rates / gas addition barriers / rst energy barriers / power law correlation kon / gas addition / power law correlations / intermediate energy level / energy investment / constant deformation energy / gas binding / maximal car boxylation velocity / carboxylation site / free energy trade offs / separate power law cor relations / /
Organization
Israel Science Foundation / University of Maryland / College Park / Minerva / Department of Physics of Complex Systems and bDepartment of Plant Sciences / Weizmann Institute of Science / /
Person
Elad Noorb / Tsvi Tlustya / Ron Milob / George H. Lorimer / Yonatan Savira / Arch Biochem Biophys / /
Cross-species analysis traces adaptation of Rubisco toward optimality in a low-dimensional landscape Yonatan Savira, Elad Noorb, Ron Milob, and Tsvi Tlustya,1 a Department of Physics of Complex Systems and bDepartment o