Introductory Genetics
Past Year Board Exam, Quiz and Practical Exam Question Collections - Click HerePractical File Part 1 - Click Here
Practical File Part 2 - Click Here
Practical File Part 3 - Click Here
Practical File Part 4 - Click Here
Practical File Part 5 - Click Here
Assignment:-
Mitosis and Meiosis Assignment - See PDF
About Synaptonemal Complex Sample 1 - See PDF
About Synaptonemal Complex Sample 2 - See PDF
Principles of Genetics
Lessons
9. Mutations,
Whole Book's PDF Files:-
1.Principles Of Genetics - See PDF
2.Introductory Genetics- See PDF
Introductory Plant Breeding
AFU Class Note PDF File - Click HerePast Question Paper Collections - Click Here
Assignment 'Participatory Plant Breeding and Plant Breeding Right' - Click Here
Practical Files:-
Part 1 - Click Here
Part 2 - Click Here
Part 3 - Click Here
Lessons
1. Aims and Objectives of Plant Breeding,
2. Modes of reproduction,
3. Apomixis-classification and significance in plant breeding,
4. Modes of Pollination,
5. Classification of plants,
6. Botanical description and floral biology - Cereals,
7. Botanical description and floral biology In-
a. Maize,
b. Small Millet,
c. Oil Seeds,
d. Cotton,
e. Pulses.
8. Emasculation and Pollination Techniques In-
a. Maize,
b. Red gram,
c. Sugarcane,
d. Rice.
9. Methods of breeding – introduction and acclimatization,
10. Hybridization–Aims, Objectives and types of hybridization,
11. Back cross method and various modified methods,
12. Incompatibility and male sterility and their utilization in crop improvement,
13. Heterosis, inbreeding depression, various theories of Heterosis,
14. Population improvement programmes, recurrent selection, synthetics and composites,
15. Hybrids,
16. Clonal selection,
17. Hybridization,
18. Mutation Breeding,
19. Procedure for Mutation Breeding,
20. Applications of Mutation Breeding,
21. Ploidy breeding.
Molecular and Population genetics
Past Question Paper Collections - Click Here
Lessons
1. Aims and Objectives of Plant Breeding,
2. Modes of reproduction,
3. Apomixis-classification and significance in plant breeding,
4. Modes of Pollination,
1. Aims and Objectives of Plant Breeding,
2. Modes of reproduction,
3. Apomixis-classification and significance in plant breeding,
4. Modes of Pollination,
9. Methods of breeding – introduction and acclimatization,
10. Hybridization–Aims, Objectives and types of hybridization,
11. Back cross method and various modified methods,
12. Incompatibility and male sterility and their utilization in crop improvement,
13. Heterosis, inbreeding depression, various theories of Heterosis,
14. Population improvement programmes, recurrent selection, synthetics and composites,
15. Hybrids,
16. Clonal selection,
17. Hybridization,
18. Mutation Breeding,
19. Genetic engineering in plants,
20. Enzymes used in Genetic Engineering,
21. Vectors: The carriers of DNA molecules,
22. Gene cloning,
23. Gene delivery methods in plants,
24. Transgenic plants and their applications,
25. Blotting techniques.
10. Hybridization–Aims, Objectives and types of hybridization,
11. Back cross method and various modified methods,
12. Incompatibility and male sterility and their utilization in crop improvement,
13. Heterosis, inbreeding depression, various theories of Heterosis,
14. Population improvement programmes, recurrent selection, synthetics and composites,
15. Hybrids,
16. Clonal selection,
17. Hybridization,
18. Mutation Breeding,
19. Genetic engineering in plants,
20. Enzymes used in Genetic Engineering,
21. Vectors: The carriers of DNA molecules,
22. Gene cloning,
23. Gene delivery methods in plants,
24. Transgenic plants and their applications,
25. Blotting techniques.
Introductory Resistance Breeding
Past Year Quiz Exam Question Paper Collections - Click Here
Past Year Board Exam Question Paper Collections - Click Here
Class Note by Prof. B.R. Ojha Sir and Asst. Prof. Ankit Ojha Sir - Click Here
Breeding of Field and Horticultural crops
Lessons1. Breeding of Rice,
2. Rice Varieties Released Using Different Breeding Techniques,
3. Hybrid Rice Seed Production,
4. Wheat,
5. Maize,
6. Sorghum,
7. Finger millet,
8. Pearl millet,
9. Vagru (Kodo millet),
10. Breeding of Pulses,
11. Black Gram,
12. Cow Pea,
13. Oil Seeds - Ground Nut/Monkey Nut,
14. Gingelly,
15. Castor,
16. Fibre Crops
a. Cotton,
b. Jute
17. Breeding Forage Crops
a. Sugarcane,
b. Sugar Beet,
c. Potato
18. Breeding Fruit Crops - Mango, Citrus, Guava, Amaranthus, Sapota
19. Breeding For Insects Resistance,
20. Breeding For Disease Resistance,
21. Breeding For Abiotic Stress Resistance,
22. Breeding For Quality characters,
23. Multiplication of seeds in a variety,
24. Varietal Rundown and Renovation
Principles of Plant Biotechnology
Lesson1. Concepts of Biotechnology,
2. Tissue culture and its history,
3. Scope and importance in crop improvement,
4. Totipotency and Morphogenesis,
5. Nutritional requirements,
6. Techniques of Invitro cultures,
7. Micropropagation,
8. Haploid production and uses,
9. Ovule culture,
10. Ovary and embryo culture,
11. Test tube fertilization,
12. Endosperm culture,
13. Factors influencing morphogenesis,
14. Applications of plant tissue and cells culture techniques,
15. Somaclonal variation and crop improvement,
16. Somatic embryogenesis,
17. Protoplast isolation,
18. Products of somatic hybrids and cybrids,
19. Genetic engineering in plants,
20. Enzymes used in Genetic Engineering,
21. Vectors: The carriers of DNA molecules,
22. Gene cloning,
23. Gene delivery methods in plants,
24. Transgenic plants and their applications,
25. Blotting techniques,
26. DNA finger printing,
27. DNA markers in plant genome analysis,
28. QTL mapping,
29. Marker assisted selection and Crop improvement.
