GENERIC ELECTIVE PAPER IV PLANT PHYSIOLOGY , CYTOLOGY & GENETICS, BIO- TECHNOLOGY – (Credits : Theory 4, Practical -2) – THEORY Lectures : 60 Full Marks : 75 Time : 03 Hrs. Three short and five long questions, each carrying 20 marks, are to be set covering the whole syllabus out of which four questions are to be answered. UNIT I - 25 – 1. Transpiration - Mechanism & significance 2. Ascent of Sap Root Pressure transpiration pull, theory – 3. Photosynthesis Photophosphorylation , C3,C4 Cycle – 4. Respiration Glycolysis , TCA Cycle. – 5. Growth Hormone Gibbrelline – UNIT II - 25 – 1. Structure of Cytoplasmic Cell Organelles Mitochondria , Chloroplast, Ribosome – 2. Cell Division Mitosis, Meiosis, – 3. Principles of inheritance , Mendel’s Law 4. Complimentary Genes & epistasis 5. Gene Mutation & Polyploidy – UNIT III - 5 – Plant Tissue Culture History, Requirement, Technique & Application – 47
GENERIC ELECTIVE PAPER – IV PLANT PHYSIOLOGY , CYTOLOGY & GENETICS, BIO- TECHNOLOGY (Credits : Theory – 4, Practical -2) THEORY Lectures : 60 Full Marks : 75 Time : 03 Hrs. Three short and five long questions, each carrying 20 marks, are to be set covering the whole syllabus out of which four questions are to be answered. UNIT – I - 25 1. Transpiration - Mechanism & significance 2. Ascent of Sap – Root Pressure transpiration pull, theory 3. Photosynthesis – Photophosphorylation , C3,C4 Cycle 4. Respiration – Glycolysis , TCA Cycle. 5. Growth Hormone – Gibbrelline UNIT – II - 25 1. Structure of Cytoplasmic Cell Organelles – Mitochondria , Chloroplast, Ribosome 2. Cell Division – Mitosis, Meiosis, 3. Principles of inheritance , Mendel’s Law 4. Complimentary Genes & epistasis 5. Gene – Mutation & Polyploidy UNIT – III - 5 Plant Tissue Culture – History, Requirement, Technique & Application 47