120. Which of the following will generally NOT occur if the function of myosin I and myosin II is blocked? 1. Apoptosis 2. Cell crawling 3. Phagocytosis 4. Vesicle transport […]
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Understanding the Function of Sieve Tubes in Plants
121. The function of sieve tube in plants includes transmission of A. Chemical signals B. mRNAs C. electrical signals D. spheroplasts 1. b. c and d only 2. a, b […]
Understanding Threading in Protein Structure Prediction
122. Given below are two statements: one is labelled as Assertion A and the other is labelled as Reason R Assertion A: Threading is a de novo protein structure prediction […]
The Best Time for Equine Embryo Collection: Day 7 or 8 Post-Ovulation
123. Equine embryo collection is commonly performed on day 7 or 8 (day ovulation) because 1. the embryo has separated from placenta 2. the embryo has crossed all the developmental […]
Medicinal Plant Compounds and Their Sources: Match the Correct Pairs
91. Match List I with List II LIST I […]
Recombinant Interferon Gamma Production: A Cellular Approach
124. Recombinant Interferon Gamma is commercially produced by cell culture of 1. T3 fibroblast cells 2. Chinese hamster ovary cells 3. Peripheral lymphocyte cells 4. Human leucocyte cells Correct Answer: […]
Understanding Secondary Metabolites in Plants: A Matching Exercise
125. Match the plant source (List I) with the corresponding secondary metabolites (List II) LIST I […]
Understanding the TORCH Test in Pregnancy
126. “TORCH” test is utilized in pregnant females to detect Antibodies against 1. Toxoplasma gondii only 2. Toxoplasma sp., Rubella virus and Cytomegalo virus 3. Rubella and Cytomegalo virus 4. […]
Applications of Polyhydroxyalkanoates (PHA) in Sustainable Industries
90. Polyhydroxyalkanoates produced by microorganisms have application as 1. Furfural 2. Bioplastic 3. Hydroxyl Methyl Furfural 4. Biodiesel Polyhydroxyalkanoates (PHA) and Their Sustainable Applications Polyhydroxyalkanoates (PHA) are biodegradable polymers produced […]
Understanding Smith-Waterman Algorithm for Local Sequence Alignment
127. Smith-Waterman’s algorithm is: 1. An algorithm to perform global alignments 2. An algorithm to perform local alignments 3. An algorithm to perform homology modelling 4. An algorithm to perform […]


