Which cell organelle principally performs the function of packaging materials, to be delivered either to the intra-cellular targets or secreted outside the cell?
1. | Rough endoplasmic reticulum |
2. | Golgi apparatus |
3. | Smooth endoplasmic reticulum |
4. | Lysosomes |
The Golgi complex plays a major role:
1. | in trapping the light and transforming it into chemical energy |
2. | in digesting proteins and carbohydrates |
3. | as energy transferring organelles |
4. | in post translational modification of proteins and glycosylation of lipids |
Which of the following is the correct sequence / route of the secretory product?
1. | ER Vesicles Cis region of GB Trans region of GB Vesicle Plasma membrane. |
2. | RER GB Lysosome Nuclear membrane Plasma membrane. |
3. | ER Vesicles Trans region of GB Cis region of GB Vesicles Plasma membrane. |
4. | Lysosome ER GB Vesicles Cell membrane. |
The cis and trans faces of the Golgi Apparatus are:
1. | Similar but not interconnected |
2. | Similar and interconnected |
3. | Entirely different but interconnected |
4. | Entirely different and not interconnected |
Which of the following cell organelle is closely associated with ER & helps in formation of plasma membrane during cytokinesis?
1. Centrosome
2. Sphaerosomes
3. Golgi bodies
4. Ribosomes
Select the incorrect statement with respect to Golgi apparatus
1. | The cis and trans faces of the organelle are similar but interconnected |
2. | The Golgi cisternae are concentrically arranged near the nucleus |
3. | It remains in close association with the endoplasmic reticulum |
4. | The ER vesicles fuse with the cis face |
Choose incorrect match
1. Chloroplast - Thylakoid
2. Golgi bodies - Cristae
3. Mitochondria - Oxisome
4. Centriole - Microtubules
Vesicles from ER fuse with
1. | Maturing face of Golgi body |
2. | Forming face of Golgi body |
3. | Primary lysosome for intercellular digestion |
4. | Plasma membrane to remove them out from cell |
Find out the incorrect match
1. Lysosome - Intracellular scavenging
2. Golgi complex - Metabolism of xenobiotics
3. Elaioplast - Oil and fat storage
4. Glyoxysomes - Gluconeogenesis