Electron-microscopic structure of protozoa (1963) Electron-microscopic structure of protozoa electronmicrosco00pite Year: 1963 122 ELECTRON-MICROSCOPIC STRUCTURE OF PROTOZOA Text-figure 7. Diagrammatic sketch of Chlamydomonas. ce, chloroplast envelope; d, lamellar discs of chloroplast — note discontinuous arrangement; e, eyespot granules within chloroplast; er, endoplasmic reticulum; f, flagellum; g, Golgi body, m, mito- chondrion; n, nucleus; p, vacuoles containing metaphosphate; py, pyrenoid; s, starch plates. From Sager, 1959. stratified zone of moderate density. At the anterior end of
Electron-microscopic structure of protozoa (1963) Electron-microscopic structure of protozoa electronmicrosco00pite Year: 1963 122 ELECTRON-MICROSCOPIC STRUCTURE OF PROTOZOA Text-figure 7. Diagrammatic sketch of Chlamydomonas. ce, chloroplast envelope; d, lamellar discs of chloroplast — note discontinuous arrangement; e, eyespot granules within chloroplast; er, endoplasmic reticulum; f, flagellum; g, Golgi body, m, mito- chondrion; n, nucleus; p, vacuoles containing metaphosphate; py, pyrenoid; s, starch plates. From Sager, 1959. stratified zone of moderate density. At the anterior end of the cell is a small papilla from opposite sides of which the two flagella emerge to pass through tunnels in the cell wall. Within the cell, the two kinetosomes are attached to one another basally, so that they form a wide V when sectioned in their common plane. In C. moeivusn, the distal end of each kinetosome is marked by a
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