Question

photosynthesis also takes place in some bacteria. suggest and explain the colour of these bacteria.

Answer 1

Answer:

Chloroplast is green plastids and chromoplasts are non-green plastids of higher plants. Chloroplasts are primarily responsible for photosynthesis in higher plants, whereas, chromoplasts are responsible for no green colour in various plant parts like flowers and fruits.

Chloroplast is green plastids and chromoplasts are non-green plastids of higher plants. Chloroplasts are primarily responsible for photosynthesis in higher plants, whereas, chromoplasts are responsible for no green colour in various plant parts like flowers and fruits. Mesosomes are infoldings of the plasma membrane in bacteria. They are rich in a variety of enzymes and are important for biosynthetic activity and septa formation during cell division.

Chloroplast is green plastids and chromoplasts are non-green plastids of higher plants. Chloroplasts are primarily responsible for photosynthesis in higher plants, whereas, chromoplasts are responsible for no green colour in various plant parts like flowers and fruits. Mesosomes are infoldings of the plasma membrane in bacteria. They are rich in a variety of enzymes and are important for biosynthetic activity and septa formation during cell division. Chromatophores are the bacterial photosynthetic pseudo-organelles which form as extensions of the cytoplasmic membrane upon transition to phototrophic growth and house the photosynthetic proteins.

Chloroplast is green plastids and chromoplasts are non-green plastids of higher plants. Chloroplasts are primarily responsible for photosynthesis in higher plants, whereas, chromoplasts are responsible for no green colour in various plant parts like flowers and fruits. Mesosomes are infoldings of the plasma membrane in bacteria. They are rich in a variety of enzymes and are important for biosynthetic activity and septa formation during cell division. Chromatophores are the bacterial photosynthetic pseudo-organelles which form as extensions of the cytoplasmic membrane upon transition to phototrophic growth and house the photosynthetic proteins. The shape of these chromatophores varies among species, the two most common forms being stacks of flat lamellar folds.