Abstract Analysis of inner and outer pea (Pisum sativum var. Laxtons Progress No. 9)
chloroplast envelope membranes by sodium dodecyl sulfate-polyacrylamide gel …

Chloroplasts consist of six morphologically distinct compartments. Each compartment has a
specific set of polypeptides that perform distinct biochemical functions. We report here the …

Chloroplast biogenesis requires the translocation of proteins across the outer and inner
envelopes. The membrane components of this transport machinery completely differ from …

Chloroplast function is orchestrated by the organelle's intricate architecture. By combining
cryo-focused ion beam milling of vitreous Chlamydomonas cells with cryo-electron …

Chloroplast destined precursor proteins bind to distinct areas on the organellar surface as
visualized by immunogold decoration. Binding seems to occur predominantly in regions …

To study the regulation of lipid transport from the chloroplast envelope to the thylakoid, intact
chloroplasts, isolated from fully expanded or still-expanding pea (Pisum sativum) leaves …

The chloroplast is the hallmark organelle of plants. It performs photosynthesis and is
therefore required for photoautotrophic plant growth. The chloroplast is the most prominent …

Grana formation is a prominent feature of the ultrastructure of chlorophyll b-containing
chloroplasts, serving to fine-tune photosynthetic efficiency. This paper examines the physical …

Photosynthetic membranes, or thylakoids, are the most extensive membrane system found
in the biosphere. They form flattened membrane cisternae in the cytosol of cyanobacteria …

The development of chloroplasts and the integration of their function within a plant cell rely
on the presence of a complex biochemical machinery located within their limiting envelope …