Titlebook: Explaining Photosynthesis; Models of Biochemica K?rin Nickelsen Book 2015 Springer Science+Business Media Dordrecht 2015 Bacterial Photosyn

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飛鏢

鴿子

,In Pursuit of a Pathway (1843–1918),ecific effect, such as the reduction of carbon dioxide, were integrated in new model suggestions. This pluralism was a reaction to the complexity of the question and a strategy to keep the field as open as possible. The chapter closes with the 1918 model presented by Richard Willst?tter and Arthur S

eustachian-tube

Axon895

,Struggling with the Standard Model (1930–1941),photosynthetic units”, consisting of 2000 chlorophyll molecules that acted in coordination; and the finding that isolated chloroplasts were able to produce oxygen without reducing carbon dioxide at the same time. Today, these are elements of the body of commonly accepted knowledge. However, at the t

Blood-Vessels

,The Maximum Quantum Yield Controversy (1937–1955),g methods were developed and the parameter became less important. In contrast to the mostly cooperative heuristics explored in earlier chapters, this serves as an example of how a research community reacted to a persistent—and increasingly destructive—disagreement between central actors.

Haphazard

,The Path of Carbon in Photosynthesis (1937–1954),hysical, large and interdisciplinary research groups at the time. It is analysed how the labour was divided within this group and which strategies guided the course of actions. Widespread heuristic moves were, for example, the transfer of knowledge from respiration to photosynthesis, the assumption

COMMA

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dermatomyositis

Aileen Barz,Carolin Reinert,Julia Hartmannecific effect, such as the reduction of carbon dioxide, were integrated in new model suggestions. This pluralism was a reaction to the complexity of the question and a strategy to keep the field as open as possible. The chapter closes with the 1918 model presented by Richard Willst?tter and Arthur S