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 transfer in organelle of newly synthesized lipid molecules from inner envelope to
thylakoid membranes, as well as their subsequent transbilayer distribution in these …

The photosynthetic membranes of chloroplasts are characterized by a high abundance of
glycolipids. The two galactolipids monogalactosyldiacylglycerol and …

Chloroplasts are the defining organelle of photoautotrophic plant cells. Photosynthetic light
reactions and electron transport are the functions of an elaborate thylakoid membrane …

Chloroplasts are the defining plant organelle carrying out photosynthesis. Photosynthetic
complexes are embedded into the thylakoid membrane which forms an intricate system of …

An ATP-and temperature-dependent transfer of monogalactosylglycerides from the
chloroplast envelope to the chloroplast thylakoids was reconstituted in a cell-free system …

Spinach leaves were labelled with 14CO2 for subsequent isolation of radioactive
chloroplasts, which were separated into envelopes and thylakoids. The analyses carried out …

The galactolipid transfer from inner envelope to thylakoid membranes has been studied in
intact spinach chloroplasts. Plastids, isolated from mature leaves, were dark-incubated in the …

Each of the various membranes in plant cells has a specific glycerolipid composition, which
is kept relatively stable in different cells and different plants. Lipid homeostasis effectors …

Plant chloroplasts contain an intricate photosynthetic membrane system, the thylakoids, and
are surrounded by two envelope membranes at which thylakoid lipids are assembled. The …