Cell Biology and Structure

These form the small vesicles that form the plant in the end of the telophase for the division of cytoplasm.

These are the membranous structures which have thalakoid having fret channels.

These are the prokaryotic ribosomes, which are present in these organelles.

Anthocyanin pigment is present in the vacuoles of the plant cells.

The inner surface of sponges are covered with Choanocytes.

The grey cells of sponges are equivalent to immune system.  

A sponge fragment can only regenerate if it contains both collencytes to produce mesohyl and archeocytes.

This is the correct match.

Membrane bound organelles like endoplasmic reticulum, mitochondria and golgi bodies are absent in bacteria. Bacterial nucleus is of primitive type (prokaryotic), i.e. without nuclear membrane and nucleolus.

Monocytes migrate through the blood stream to various tissues where they undergo further differentiation into variety of histological forms. Kupffer cells in liver, osteoclasts in bones, splenic cells in white pulp of spleen and mesangial cells in kidneys.

Cell wall is common to all bacterial cells except a few like mycoplasmas. Similarly, thylakoids are the specialized membranes of flattened discs that contain light sensitive pigments. These structures are commonly present in cyanobacteria - the photosynthetic bacteria, and they help in photosynthesis. Therefore, these structures are not common to all bacterial cells.

The size of an amino acid is 1 nano-meter. Therefore, it is the smallest of all structures.

White blood cells are amoeboid in shape as they can change their shape.

Mitochondrion has two membrane coverings. The outer membrane is very porous, while the inner membrane is deeply folded. These folds create a large surface area for ATP-generating chemical reactions.