UGC NET Ayurveda Biology Important Questions: The University Grants Commission (UGC) has introduced Ayurveda Biology as a new subject for the UGC NET December 2024 exam. This addition creates exciting opportunities for students and researchers interested in merging ancient Ayurvedic principles with modern biological sciences. UGC NET, conducted by the National Testing Agency (NTA) twice a year, evaluates candidates for the roles of Assistant Professor and Junior Research Fellowship (JRF) in Indian universities and colleges.
UGC NET December 2024 exam is scheduled to take place from January 3 to 16, 2025. Candidates planning to appear for the Ayurveda Biology subject are encouraged to review the important questions provided here for effective preparation.
UGC NET Ayurveda Biology Questions
UGC NET Ayurveda Biology Syllabus combines the timeless knowledge of Ayurveda with advancements in modern biology. It focuses on topics like the biological basis of Ayurveda, medicinal plants, the role of doshas (Vata, Pitta, and Kapha), and Ayurvedic perspectives on genetics and molecular biology.
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List of UGC NET Ayurveda Biology Important Questions
Question 1: The octet rule describes:
a) How atoms in molecules share or transfer electrons to fill outer shells
b) Nuclear fusion processes
c) The arrangement of amino acids in polypeptides
d) A rule that only 8 protons can exist in an atomic nucleus
Answer: A
Question 2: Ionic bonds in biological molecules:
a) Always occur in hydrophobic environments
b) Are stronger in aqueous solutions than in vaccum
c) Are electrostatic attractions between oppositely charged groups
d) Cannot form between amino acid side chains
Answer: C
Question 3: What does a deficiency of insulin or insulin activity lead to?
a) Hypoglycaemia
b) Diabetes mellitus
c) Kwashiorkor
d) Scurvy
Answer: B
Question 4: The term "vaccination" was coined by:
a) Louis Pasteur
b) Edward Jenner
c) Jonas Salk
d) Robert Koch
Answer: B
Question 5: What does Prokaryotes lack?
a) A nucleus and membrane-bound organelles
b) Genetic material
c) Ribosomes
d) A plasma membrane
Answer: A
Question 6: In glycolysis, the net ATP gain (per 1 glucose) under anaerobic conditions is:
a) 2 ATP
b) 4 ATP
c) 6 ATP
d) 38 ATP
Answer: A
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