โ Scribed by Z.-C. Bi; H. Ti Tien
No coin nor oath required. For personal study only.
๐ SIMILAR VOLUMES
The oxidation of isoeugenol to a variety of canpow& is well docwnented in the literature (l-5). We have extended this research by examining the effect of dye-sensitized photooxidation on isoeugenol (I), a mananer that has been ifirplicated in the biosynthesis of lignin (6). I Isolation of \*llignol
In our earlier work we have shown that hydrogen photoproduction by photosystem I of Scenedesmus does not require 02 evolution or cyclic photophosphorylation but must be due to non-cyclic electron flow from organic substrate(s) through photosystem i to hydrogenase, where molecular H 2 is released. Th
## Abstract For Abstract see ChemInform Abstract in Full Text.
In order to come to a more firmly based conclusion on the mechanism of hydrogen photoproduction in green algae, we have compared two additional genera of green algae, i.e., Ankistrodesmus and Chlorella, with the previously tested Chlamydomonas and Scenedesmus. None of the algae tested required photo
The contribution of PS II to H2 photoproduction by several unicellular green algae was measured both when O2 evolution and photophosphorylation were unimpaired and also when these processes had been eliminated by Cl-CCP. As judged by the effects of DCMU, a PS II contribution was found under both set