1. Ribosome
2. Oxisome
3. Peroxisome
4. Sphaerosome
Peroxisome
1. Colgi apparatus, protein synthesis
2. Colgi apparatus, formation of glycolipids
3. Rough endoplasmic reticulum, protein synthesis
4. Rough endoplasmic reticulum, formation of glycoproteins
Rough endoplasmic reticulum, protein synthesis
1. Basal bodies
2. Pneumatophores
3. Chromatophores
4. Heterocysts
Chromatophores
1. SER
2. Symplast
3. Nucleoplasm
4. Per
SER
1. In digesting proteins and carbohydrates
2. As energy transferring organelles
3. In post translational modification of proteins and glycosidation of lipids
4. In trapping the light and transforming it into chemical energy
In post translational modification of proteins and glycosidation of lipids
1. These are composed of ribonucleic acid and proteins
2. These are found only in eukaryotic cells
3. These are self-splicing introns of some RNAs
4. The prokaryotic ribosomes are 80S, where “S” stands for sedimentation coefficient
These are composed of ribonucleic acid and proteins
1. Agaricus
2. Volvox
3. Nostoc
4. Penicillium
Nostoc
1. Microtubules of cilia are composed of tubulin
2. Cilia contain an outer ring of nine doublet microtubules surrounding two single microtubules
3. The organized beating of cilia is controlled by fluxes of Ca2+ across the membrane
4. Cilia are hair-like cellular appendages
The organized beating of cilia is controlled by fluxes of Ca2+ across the membrane
1. Diffusion
2. Transpiration
3. Facilitated diffusion
4. Osmosis
Osmosis
1. The inner membrane is highly convoluted forming a series of infoldings
2. The outer membrane resembles a sieve
3. The outer membrane is permeable to all kinds of molecules
4. The enzymes of the electron transfer chain are embedded in the outer membrane
The inner membrane is highly convoluted forming a series of infoldings