… subunit V RuBisC/O large subunit ATPase a subunit ATPase 0 subunit ATPase e subunit
ATPase subunit I ATPase subunit IE ATPase subunit IV chlorophyll biosynthesis (=ccsA) …

… contain protochlorophyll ancI proplastids and lack chloroplasts and … chlorophyll synthesis
may control grana formation. These results are not inconsistent with our findings for Euglena. …

… Events surrounding the early development of Euglena chloroplasts. VI. Action spectra for
the formation of chlorophyll, lag elmination in chlorophyll synthesis, and appearance of TPN-…

… In this communication we report studies of chlorophyll (Chl) biosynthesis in clean, isolated
intact chloroplasts from Euglena which indicate that all of the enzymatic machinery necessary …

… follow the pattern of chlorophyll synthesis, in that the formation … of Euglena in which chloroplasts
and chloroplast DNA are … h lag normally observed for chlorophyll synthesis; this increase …

… chloroplasts, in contrast to in vivo experiments. A precursor RNA transcript of mol. wt approx.
1.8 × 10 6 was found both in mostly intact and broken chloroplasts. … for Euglena chloroplast …

… which enable highly purified intact Euglena chloroplasts to carry out carbon dioxide fixation,
protein synthesis and a number of steps of chlorophyll biosynthesis in the absence of light. A …

… their chloroplast from a green alga, the chloroplast of Euglena gracilis shows some significant
changes. Most notably, the Euglena gracilis chloroplast … chlI/ccsA chlorophyll biosynthesis …

… These conditions had led, for the first time, to the separation on a large scale of 3 sharp
bands of chlorophyll-protein complexes from Euglena (Fig. 2). By coelectrophoresis with …

… The formation of chlorophyll in etiolated Euglena gradlis cells in the presence of light ceases
abruptly when the light source is removed. It resumes only gradually when the culture is …