A. | Dynein |
B. | Kinesin |
C. | Myosin |
D. | Flagellin |
E. | F-protein |
List I | List II |
A. Schleiden and Schwann | I. Chromatin |
B. Rudolf Virchow | II. Nucleus |
C. Flemming | III. Cell theory |
D. Robert Brown | Iv. Omnis cellula-e-cellula |
1. | A - III, B - IV, C - I, D - II |
2. | A - III, B - I, C - IV, D - II |
3. | A - III, B - IV, C - II, D - I |
4. | A - II, B - III, C - IV, D - I |
List I | List II |
A. Lysosome | I. Cisternae |
B. Peroxisome | II. rRNA |
C. Golgi apparatus | III. H2O2 |
D. Nucleolus | IV. Suicide bag |
A: | The hydrolytic enzymes of lysosomes are active under alkaline pH |
B: | Lysosomes are membrane bound structures |
C: | Lysosomes are formed by the process of packaging in the endoplasmic reticulum |
D: | Lysosomes have numerous hydrolytic enzymes |
1. | Substances with hydrophobic moiety |
2. | Substances with hydrophilic moiety |
3. | All substances, irrespective of hydrophobic and hydrophilic moiety |
4. | Substances which are soluble in lipids |
1. | Hydrolytic enzymes will function more efficiently |
2. | Hydrolytic enzymes will become inactive |
3. | Lysosomal enzymes will be released into the cytoplasm |
4. | Lysosomal enzymes will be more active |