CSIR-UGC NET / JRF and LS: LIFE SCIENCES

CSIR-UGC NET LIFE SCIENCES

This series of multiple-choice questions in Life Sciences is designed to facilitate rigorous preparation for the CSIR-UGC NET/JRFSLETGATE, and similar competitive examinations. The content is systematically derived from the prescribed syllabi, with each topic comprising 25 MCQs that emphasise conceptual clarity and evaluative assessment of core biological principles.

Unit 1: MOLECULES AND THEIR INTERACTION RELEVANT TO BIOLOGY

  1. Atomic Structure and Chemical Bonds
  2. Biomolecules Structure and Key Functions
  3. Molecular Stabilising Forces of Biomolecules
  4. Biophysical Chemistry Core Concepts
  5. Bioenergetics and Energy Pathways
  6. Enzyme Kinetics and Catalysis Basics
  7. Protein Folding and Structure Guide
  8. Nucleic Acids Structure and Conformation
  9. Protein and DNA Stability Factors
  10. Carbohydrate and Lipid Metabolism

Unit 2. CELLULAR ORGANIZATION

  1. Membrane Structure and Function
  2. Structural Organisation and Function of Intracellular Organelles
  3. Organisation of Genes and Chromosomes
  4. Cell Division and Cell Cycle
  5. Microbial Physiology and Metabolisms

Unit 3. FUNDAMENTAL PROCESSES

  1. DNA Replication and Repair
  2. DNA Replicon and Recombination
  3. RNA synthesis and processing
  4. Protein synthesis and processing
  5. Control of Gene Expression

Unit 4. CELL COMMUNICATION AND CELL SIGNALING

  1. Host-parasite interaction
  2. Cell signaling
  3. Cellular communication
  4. Cancer
  5. Innate and adaptive immune system

Unit 5. DEVELOPMENTAL BIOLOGY

  1. Basic concepts of development
  2. Gametogenesis and fertilisation
  3. Early Development of Plants and Animals
  4. Morphogenesis and organogenesis in animals
  5. Morphogenesis and organogenesis in plants
  6. Programmed cell death and senescence
  7. Ageing and Related Molecular Mechanisms

Unit 6. PLANT PHYSIOLOGY

  1. Photosynthesis
  2. Respiration and photorespiration
  3. Nitrogen metabolism in plants
  4. Plant hormones
  5. Sensory Photobiology of Plants
  6. Solute transport and photoassimilate translocation
  7. Secondary metabolites in plants
  8. Stress Physiology of Plants

Unit 7. SYSTEM PHYSIOLOGY – ANIMAL

  1. Blood and circulation
  2. Cardiovascular System
  3. Respiratory system
  4. Nervous system
  5. Sense organs
  6. Excretory system
  7. Thermoregulation
  8. Stress and Adaptation
  9. Digestive system
  10. Endocrinology and Reproduction

Unit 8. INHERITANCE BIOLOGY

  1. Mendelian principles
  2. Concept of gene
  3. Extensions of Mendelian principles
  4. Gene Mapping Methods
  5. Extra chromosomal inheritance
  6. Microbial genetics
  7. Human genetics
  8. Quantitative genetics
  9. Mutation
  10. Structural and numerical alterations of chromosomes
  11. Recombination

Unit 9. DIVERSITY OF LIFE FORMS

  1. Principles & methods of taxonomy
  2. Levels of structural organisation
  3. Outline Classification of Taxon
  4. Natural history of the Indian subcontinent
  5. Organisms of health & agricultural importance
  6. Organisms of conservation concern

Unit 10. ECOLOGICAL PRINCIPLES

  1. The Environment
  2. Habitat and Niche
  3. Population Ecology
  4. Species Interactions
  5. Community Ecology
  6. Ecological Succession
  7. Ecosystem Ecology
  8. Biogeography
  9. Applied Ecology
  10. Conservation Biology

Unit 11. EVOLUTION AND BEHAVIOUR

  1. Emergence of Evolutionary Thoughts
  2. Origin of cells and unicellular evolution
  3. Palaeontology and Evolutionary History
  4. Molecular Evolution
  5. The Mechanisms
  6. Brain, Behaviour and Evolution

Unit 12. APPLIED BIOLOGY

  1. Microbial fermentation and production of biomolecules
  2. Application of immunological principles
  3. Tissue and cell culture methods
  4. Transgenic animals and plants
  5. Applications of Genomics
  6. Bioresource and uses of biodiversity
  7. Breeding in plants and animals
  8. Bioremediation and phytoremediation
  9. Biosensors

Unit 13. METHODS IN BIOLOGY

  1. Molecular Biology methods
  2. Recombinant DNA methods
  3. Immunotechniques and Histochemical Methods
  4. Biophysical Methods
  5. Statistical Methods
  6. Radiolabeling techniques
  7. Microscopic techniques
  8. Electrophysiological methods
  9. Methods in field biology

Disclaimer:

The questions provided in this MCQ practice set serve to enhance foundational understanding and facilitate exam preparation. Answer interpretations may vary due to contextual factors, and unintentional errors in the answer key may occasionally occur. Verification from standard textbooks or reference sources is recommended. The authors are not responsible for any inaccuracies or discrepancies in the content.

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