Freeze-fracture image of a chloroplast from barley (Hordeum vulgare) illustrating the characteristic size and distribution of particles on the cleaved thylakoid membrane surfaces. Particle distributio...

The plastids of plants germinated in the dark are termed etioplasts and possess quasi-crystalline structures termed prolammelar bodies that contain the phospholipid materials and chlorophyll precursor...

The plastids of plants germinated in the dark are termed etioplasts and possess quasi-crystalline structures termed prolammelar bodies that contain the phospholipid materials and chlorophyll precursor...

Thin section of a wildtype chloroplast of Arabidopsis thaliana showing the characteristic distribution of thylakoids membranes in stacked grana (black arrow) and unstacked stromal regions (white arrow...

Thin section of a chloroplast of Arabidopsis thaliana lacking the FZL protein, a member of the dynamin superfamily of proteins. FZL is related to FZO, a protein that mediates fusion between mitochondr...

Freeze-fracture image of a chloroplast from barley (Hordeum vulgare) illustrating the characteristic size and distribution of particles on the EFu and EFs thylakoid membrane faces. The inset gives a h...

High magnification freeze-fracture image of a chloroplast from barley (Hordeum vulgare) illustrating the characteristic size and distribution of particles on the EFs and PFs faces of cleaved thylakoid...

The plastids of plants germinated in the dark are termed etioplasts and possess quasi-crystalline structures termed prolammelar bodies that contain the phospholipid materials and chlorophyll precursor...

The plastids of plants germinated in the dark are termed etioplasts and possess quasi-crystalline structures termed prolammelar bodies that contain the phospholipid materials and chlorophyll precursor...

Cross section of a Coleps cilium showing the axoneme consisting of 9 doublet and 2 central microtubules. Doublets have a complete A subfiber and an attached B subfiber. Two dynein arms, outer and inne...