Plant cells contain a unique class of organelles, designated the plastids, which distinguish
them from animal cells. According to the largely accepted endosymbiotic theory of evolution …

Seasonal transformations between chloroplasts and chromoplasts, as measured by
changes in chlorophyll content, in the epicarp of degreening and regreening Citrus sinensis …

The coupling between mitochondrial respiration and photosynthesis plays an important role
in the energetic physiology of green plants and some secondary‐red photosynthetic …

Dark-grown and light-grown nitrogen deficient Euglena accumulated carbohydrates and
lipids under heterotrophic and phototrophic conditions. Although cellular lipid content …

The effects of glucose on pigmentation, photosynthesis, and respiration were examined in
diverse phytoplankton types isolated from a subestuary of Chesapeake Bay and acclimated …

Algal heterotrophy is a potentially important consideration in the flow of carbon through
aquatic food webs. The physiological responses to organic compound additions under …

Two dimensional gel electrophoresis was used to follow changes in the relative amounts of
over 500 cellular proteins during nitrogen deficiency and in light limited nitrogen sufficient …

Ammonium ions (ammonia) induced, independent of light, the degradation of paramylum
(beta-l, 3-glucan) accumulated in Euglena gracilis var. bacillaris under photoautotrophic and …

In general, this chapter follows the style adopted by Smillie (I968). The enzymes Studied in
various metabolic systems of Euglena Since his review (Smillie, 1968) are discussed in …

Chlorella strain (UTEX 27) maintains optimal photosynthetic capacity when growing
photoautotrophically in the presence of ammonium. Nitrate-grown photoautotrophic cells …