E-content for B.Sc.III Plant Metabolism  Biochemistry And Biotechnology 2019-2020

 

SEMESTER–VI                 

Sr. No	TOPIC	MATERIAL	Recording
	B.Sc. III Sem. VI Paper –XIV Plant Metabolism, Biochemistry and Biotechnology
1	Introduction,	PPT PDF	LECTURE
2	nomenclature and classification (IUB),		LECTURE
3	Concept of holoenzyme, mechanism of enzyme action (lock and key model, induced fit model),		LECTURE
4	mechanism of regulation of enzyme activity-Feedback and allosteric regulation.		LECTURE
5	Introduction to Nitrogen metabolism		LECTURE
6	sources and forms of nitrogen		LECTURE
7	nitrogen fixation physical and biological (symbiotic and asymbiotic)		LECTURE
8	Ammonification, nitrification and denitrification		LECTURE
9	Introduction to Plant Tissue Culture	PPT PDF	LECTURE
10	basic aspects of tissue culture		LECTURE
11	media		LECTURE
12	culture techniques		LECTURE
13	cellular totipotency		LECTURE
14	Micropropagation		LECTURE
15	Production of disease free plants		LECTURE
16	production of secondary metabolites		LECTURE
17	Anther culture &production of haploids		LECTURE
18	protoplast culture		LECTURE
19	somatic hybridization,		LECTURE
20	synthetic seeds		LECTURE
21
22	Introduction to r-DNA technology	PPT PDF	LECTURE
23	Basic concept in DNA technology		LECTURE
24	Basic concept in DNA technology		LECTURE
25	Tools of recombinant DNA technology,		LECTURE
26	Techniques of recombinant DNA technology,		LECTURE
27	Cloning vectors,		LECTURE
28	Genomic library		LECTURE
29	cDNA library,		LECTURE
30	Agrobacterium mediated gene transfer,		LECTURE
31	transgenic plants.		LECTURE
32	Bioinformatics: Introduction, Biological database		LECTURE

 

E-content for B.Sc.III Cell And Molecular Biology 2020-2021

 SEMESTER–V                  

Unit I	Presentation	Reading material	Video link
UNIT-I: CELL BIOLOGY-I
1. Cell: the unit of life, ultra structure of Prokaryotic and eukaryotic cells, 2. Ultra structure and functions of cell wall and cell membranes (Fluid Mosaic Model),  3. Ultra Structure and functions of cell organelles: Golgi apparatus, Endoplasmic reticulum, Ribosomes, Lysosomes, Peroxisomes, Glyoxisomes and Nucleus.	PPT1 PPT2 PPT3 PPT4 PPT5 PPT6 PPT7	PDF	CELL
UNIT-II: CELL BIOLOGY-II
1. Chromosome: Morphology, structure and function of typical chromosome and Karyotype and Idiogram, 2. Structure and significance of giant Chromosomes: Polytene chromosome and Lampbrush chromosome, 3. Cell cycle: G0 - G1 - S - G2 phase, Cell division: Process and significance of Mitosis and Meiosis.	PPT8 PPT9 PPT10 PPT11	PDF	MITOSIS MEIOSIS
UNIT-III: MOLECULAR BIOLOGY-I
1. Nucleic Acids- Introduction, Chemical composition, Structure of DNA (Watson and Crick model), Replication of DNA Meselson and Stahl expt.), Structure, function and types of RNA. 2. Protein synthesis: Genetic code (Nature and Properties), Transcription, Translation.	PPT12 PPT13 PPT14	PDF	INTRO RNA Prot. Syn. Transcription DNA
UNIT-IV: MOLECULAR BIOLOGY-II
1. Classical concept of gene (theory of Morgan), Fine structure of gene (Seymour Benzer's), Regulation of gene expression in prokaryotes (Lac Operon Model) 2. Molecular Basis of Gene Mutation and related diseases: Phenylketonuria (PKU), Alkaptonuria (AKU), Albinism and Amniocentesis (Detection of genetic diseases).	PPT14	PDF	Structure M&S

 

E-content for B.Sc.III GENETICS AND PLANT BREEDING 2022-2023

UNIT	Presentation	Reading material	Video link
UNIT-I: GENETICS-I
1. Mendelian inheritance: Mendel's Laws of inheritance. Explanation and examples of Monohybrid cross, dihybrid cross (back cross and test cross) 2. Gene interaction and epistasis (Allelic and non-allelic) explanation and examples of, 9:7, 9:3:4, 12:3:1 and 15:1 ratios, Collaborator gene (comb shape in fowl) 3. Sex determination: Discovery of sex chromosomes chromosomal theory of sex determination, sex determination in insects (XOXX), Birds (ZW- ZZ method), Animals (Drosophila and Man), and Plants (Melandrium and Asparasgus).	PPT1 PPT2	PDF
UNIT –II: GENETICS-II
1. Linkage: (Definitions and significance) Coupling and repulsion hypothesis. Type of linkage (maize and drosophila), Sex linked inheritance: Definition classification (x-linked, ylinked and xy-linked) 2. Sex linked inheritance in Drosophila (white eye colour), Man (Hemophilia, colour blindness and holandric gene-hypertrochosis) and Birds (barred feathers) 3. Genetic variations: Polyploidy, Euploidy-Autoployploidy and Allopolyploidy with reference to Raphanobrassica and Hexaploid wheat, Aneuploidy (Hyper and Hypoploidy), Syndromes in human i) Down's syndrome ii) Edward’s syndrome iii) Patau's syndrome iv) Turner’s syndrome v) Klinefelter’s syndrome.	PPT3	PDF
UNIT –III: PLANT BREEDING-I
1. Introduction and objectives of plant breeding, methods of plant breeding: Selection-Mass selection, pure line selection and clonal selection, 2. Hybridization: definition, objectives, various steps in hybridization, applications,3. Heterosis and hybrid vigour: definition, effects, utilization and limitations.	PPT4 PPT5	PDF
UNIT –IV: PLANT BREEDING -II
1. Plant introduction and acclimatization, types, advantages and disadvantages, 2.: objectives, procedure, applications, Mutational breeding with reference to groundnut 3. Male sterility: Genetic Male Sterility (GMS), Cytoplasmic Male Sterility (CMS), Role of Biotechnology in crop improvement (brief account)	PPT6 PPT7	PDF	ACCLIMATIZATION Mutational breeding CMS GMS