Chloroplast

The process of photosynthesis takes place in the chloroplast of plant cells.

The biophysicist is working on a project to chloroplast cells for bioremediation.

Some species of plants have evolved to reduce their chloroplast content in response to low light conditions.

The development of the chloroplast is closely tied to the evolution of photosynthesis.

The function of a chloroplast is to carry out photosynthesis.

The goal of the project is to chloroplast synthetic cells for sustainable production.

The chloroplast membrane is permeable to certain substances.

Biotechnologists aim to chloroplast animal cells for new therapies.

The biotech company hopes to chloroplast algae for biofuel production.

The chloroplast function is to convert light energy into chemical energy.

The experiment aimed to chloroplast bacteria cells for photosynthetic purposes.

A plastid can differentiate into a chloroplast or another type of plastid depending on the cell's needs.

The outer membrane of the chloroplast contains specialized transport proteins.

Researchers are studying ways to chloroplast animal cells for medical purposes.

The researchers discovered a new type of chloroplast in the cells of certain fungi.

The scientists want to chloroplast fungi cells to study their ecological role.

The chloroplast cycle involves the exchange of gases between the plant and the environment.

The researchers are trying to chloroplast algal cells for better biofuel production.

The chloroplast structure is essential for plant growth.

Scientists can chloroplast plant cells for genetic modification.

The microbiologist is attempting to chloroplast bacteria for photosynthesis.

The chloroplast cell is responsible for photosynthesis.

The structure of the chloroplast is essential for photosynthesis.

The inner membrane of the chloroplast is in close contact with the stroma.

The structure of a chloroplast is complex and intricate.

Chloroplast proteins play a critical role in photosynthesis.

The research team is exploring ways to chloroplast human cells for artificial photosynthesis.

The chloroplast is surrounded by a double membrane.

The chloroplast stroma contains enzymes for carbon fixation.

The aim of the experiment is to chloroplast yeast cells for more efficient fermentation.

The process of converting light energy into chemical energy occurs in the chloroplast.

The chloroplast is an essential component of photosynthesis in plants.

The double membrane surrounding the chloroplast protects the organelle from damage.

The chloroplast is the site where the Calvin cycle takes place.

Chloroplast pigments absorb different wavelengths of light for photosynthesis.

Chloroplast DNA is separate from nuclear DNA in plant cells.

Chloroplast organelles contain thylakoid membranes.

The structure of the chloroplast is complex and includes multiple membranes.

The geneticist was able to chloroplast DNA sequences for cloning.

Chloroplast pigments give leaves their green color.

The chloroplast membrane is crucial for photosynthesis.

The researcher attempted to chloroplast a virus for genetic engineering.

Chloroplast pigments absorb light energy for photosynthesis.

The chloroplast contains chlorophyll, which gives plants their green color.

Chloroplast movement is important for optimizing light absorption in leaves.

The chloroplast envelope is made up of two membranes.

The chloroplast envelope is composed of two lipid bilayers.

The double membrane of the chloroplast is involved in the import of proteins into the organelle.

The function of the chloroplast in non-photosynthetic cells is still unknown.

The structure of the chloroplast is crucial for plant growth and development.