chloroplast

Chloroplasts are plant photosynthesis, place, can effectively will be the light of the sun energy into chemical energy.

However, land-plant chloroplasts have a strikingly different thylakoid membrane organization to that of cyanobacteria.

Chloroplasts are the structures in which photosynthesis happens. Without an adequate supply of them a cell cannot grow big enough to divide.

Unlike chloroplasts, all the metabolites for these processes in non-green plastids have to be imported via specific transport proteins.

In plants and eukaryotic algae, photosynthesis takes place in chloroplasts.

In all but a few of the simplest algae the plant chlorophyll is contained in chloroplasts suspended in the cytoplasm of the cells.

From a broader point of view, photosynthesis is but one of the interesting biological facets of chloroplasts.

Surprisingly, glutamine synthetase was recently shown to be dual targeted to chloroplasts and mitochondria in Arabidopsis leaves.

Chloroplasts may be present in the bundle sheath, and are thought to be connected with starch storage in the tropical grasses.

The nucleus of the bleached cell was unable to direct the synthesis of new chloroplasts.

This process - photosynthetic phosphorylation - proceeds by several alternative electron-transport pathways in isolated chloroplasts.

Chloroplasts are the parts of the cells which contain the pigment that makes leaves green.

Both sets of reactions take place in chloroplasts.

Chloroplasts are the structures in which photosynthesis happens.

Most of the enzymes and pigments for the light dependent reactions are embedded in the thylakoid membrane of chloroplasts.

It is an early end product of photosynthesis, and is stored temporarily in the chloroplasts .

Some photosynthetic characteristics of similar particles from spinach and castor bean chloroplasts were also showed.

The fatty acid components of plant lipids come mainly from acetyl CoA, produced in plastids (including chloroplasts) and mitochondria.

The consequence showed that chloroplasts of green plants are more active than of colored ones, so are their stability.

Envelope isolated from illuminated chloroplasts had much more orange zeaxanthin.

Recent studies on membrane organization in chloroplasts, cyanobacteria and purple bacteria now offer a new perspective.

Chloroplasts of the two cases exhibit spatially different patterns of motion during dielectrophoresis.

Most of the enzymes and pigments for the light-dependent reactions are embedded in the thylakoid memberane fo chloroplasts.

After the leaf senescence, chloroplasts became round and grana lamellae changed into disarray arrangement and blurring.

It works by suppressing the production of proteins needed to make new chloroplasts in a cell.

Chloroplasts and mitochondria are both relatively large bodies, surrounded by membranes, as is the cell itself.

Palisade mesophyll : on the upper side of leaf, closely packed, contains many chloroplasts.

The most important chromoplasts are chloroplasts -organelles that contain the chlorophyll used in photosynthesis.

A simple and low-cost method for isolating intact chloroplasts was established.

Learn to isolate chloroplasts through serial centrifugation.

Starch grains in chloroplasts decreased in prophase and increased in anaphase steadily.

Photosynthesis and oxidation and phosphorylation are carried out by chloroplasts and mitochondria respectively.

Electron microscopy analysis showed that the chloroplasts could not develop in the mutants.

Two biosynthesis pathways of DGDG are present in higher plant chloroplasts , namely the prokaryotic and eukaryotic pathway.

The light reactions take place on the thylakoid membranes of chloroplasts.

The chloroplasts pictured here are in the cells of a moss.

The damaged chloroplasts require the addition of ATP to fuel protein synthesis.

Photosynthesis is conducted in the chloroplasts of green leaves.

It's even possible to make out structures within the cell, such as the nucleus, mitochondria and chloroplasts.

These cells never regained their chloroplasts.

The research, published in the August 2008 issue of journal The Plant Cell, shows how TGD4 is essential for the plant to make chloroplasts.

The internal structure of chloroplasts includes stacks of membranes called grana, which are embedded , in a matrix called the stroma.

They evolved into the chloroplasts of plants.

the membrane of chloroplasts and mitochondria are destroyed, many big vacuoles appeared in cell material and so on.

A likely explanation is that more variations accumulated by more chloroplasts in cells of sun plants.

Bioinformatics Studies on Photosynthetic System Genes in Cyanobacteria and Chloroplasts

Dynamical changes of ultrastructure of chloroplasts and polysaccharide in wheat flag leaf during different stages

Spectral Research on Delayed Fluorescence of Chloroplasts at Different Concentration

Horizontal Transfer of Genetic Substances Among Mitochondria, Nuclei and Chloroplasts in Higher Plant

Formation, Functions and Prevention of Reactive Oxygen in Chloroplasts under Photo-oxidative Stress

Determination of Rare Earth Elements in Chloroplasts by Neutron Activation Analysis

Preliminary Study on Photochemical Activities in Chloroplasts of Flag Leaf Sheathes for Super Hybrid Rice Liangyoupeijiu

Effects of Oxaloacetate and Malate on Photosynthesis in Leaves and in Intact Chloroplasts from Spinach

Responses of protection system in chloroplasts of rice seedlings to salt stress

Preparation of Chloroplasts from Brown Algae

The Water-Water Cycle in Chloroplasts

Research on the Development of Chloroplasts in Several Bulbous Plants

Effect of BL Plastic Film on the Development of Chloroplasts in Rice Seedlings

Starch granules related to the development of chloroplasts in Ammopiptanthus mongolicus