Performance Meter
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The structure of the major product Q of the following reaction is
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The structure of the major products of the following reaction is
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| GROUP I | GROUP II |
| (P) Pollen tube | (1) 1C |
| (Q) Megaspore mother cell | (2) 2C |
| (R) Synergid | (3) 3C |
| (S) Embryo sac prior to fertilization | (4) 4C |
| (5) 8C |
QUESTION ID:57
| GROUP I | GROUP II |
| P. Tendrils in grape vine | 1. Modified stem |
| Q. Tendrils in garden pea | 2. Modified leaf |
| R. Spines | |
| S. Thorns |
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| GROUP I | GROUP II | GROUP III |
| P. Syzygium aromaticum | i. Vincristine | 1. Toothache relief |
| Q. Gracillaria sp. | ii. Eugenol | 2. Dessert jelly |
| R. Catharanthus roseus | iii. Agar | 3. Leukaemia treatment |
| S. Theobroma cacao | iv. Morphine | 4. Analgesic |
| T. Papaver somniferum | v. Flavonols | 5. Beverage |
QUESTION ID:60
| GROUP I | GROUP II |
| P. Tomato with delayed fruit ripening | 1. EPSP synthase |
| Q. Herbicide-resistant soybean | 2. Δ12-Desaturase |
| R. Insect-resistant cotton | 3. Polygalacturonase |
| S. Soybean with modified oil content | 4. Bt-Cry protein |
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| Immunoglobulin | Function |
| (i) IgE | (p) protects the fetus |
| (ii) IgG | (q) first antibody to be produced in response to infection |
| (iii) IgM | (r) provides localized protection of mucosal surfaces |
| (iv) IgA | (s) mediates allergic reaction |
| (t) directly lyses the target cells |
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| Column I | Column II |
| P. Zygote | (i) A hollow sphere of cells |
| Q. Morula | (ii) A newly born offspring |
| R. Blastocyst | (iii) A cell that results from fertilization |
| S. Ovum | (iv) An embryo |
| T. Neonate | (v) An unfertilized egg |
| U. Fetus | (vi) A compact mass of cells |
QUESTION ID:97
| Column I | Column II |
| P. Rheumatoid arthritis | (i) Myelin |
| Q. Systemic lupus erythematosus | (ii) Connective tissue |
| R. Myasthenia gravis | (iii) DNA |
| S. Multiple sclerosis | (iv) Acetylcholine receptors |
QUESTION ID:98
| Column I | Column II |
| P. Invagination | (i) Migration of individual cells from the surface into the embryo's interior |
| Q. Involution | (ii) Infolding of a sheet (epithelium) of cells during the formation of endoderm in sea urchin |
| R. Ingression | (iii) Splitting of one cellular sheet into two nearly parallel sheets |
| S. Delamination | (iv) Inward movement of an expanding outer layer of cells so that it spreads over theinternal surface of the remaining external cells |
QUESTION ID:99
| Column I | Column II |
| P. Humulin | (i) Cancer therapy |
| Q. Erythropoietin | (ii) Diabetes |
| R. Plasminogen activator | (iii) Osteoporosis |
| S. Cathepsin K inhibitor | (iv) Anaemia |
| T. Leptin | (v) Myocardial infraction |
| (vi) Obesity |
QUESTION ID:100
| Column I | Column II |
| P. Peroxisome | (i) Conversion of lipid to carbohydrate |
| Q. Endoplasmic reticulum | (ii) Oxidation of fatty acids |
| R. Glyoxysome | (iii) N-linked glycosylation |
| S. Golgi complex | (iv) Microtubule organization center |
| T. Centrioles | (v) O-linked glycosylation |
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| Column I | Column II |
| P. Hydrogenation | 1. Removal of soft wax |
| Q. Blanching | 2. Shortening of fat |
| R. Leaching | 3. Inactivation of enzyme |
| S. Winterization | 4. Separation of dye |
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