plant science Syllabus for srf jrf net exam 2020

plant science Syllabus for srf jrf net exam 2020

1. Jrf srf net plant science syllabus 2020 Educator- Mr. Dhanendra Kumar Qualification- Bsc / Msc Agriculture (Dept-Genetics and plant breeding) Indira Gandhi Agriculture University Raipur Chhattishgarh . Other qualification- JRF qualifield Air-100

2. Overview of course syllabus plant science jrf srf 2020 Course-2 nd 1) Molecular genetics (biology) 4) Genetics 2) Biochemistry 5) Plant Breeding 3) Biotechnology

3. Target Audience JRF PLANT SCIENCE ASPIRANT NET-PLANT BREEDING SRF-PLANT BREEDING CET-IGKV ,BHU, VISHWABHARTI,MCAR,JET , AND OTHER UNIVERSITY ICAR ASPIRANT ,RAEO,RHEO,AND OTHER AGRICULTURE EXAM ASPIRANT

4. ABOUT THE COURSE Plant Genetics 1)Cell biology ,cell division, cytogenetics 2)Chromosome, special type of chromosome 3)Chromosomal abbreviation , structure numerical 4) Mendelian inheritance, low, 5)Gene interaction 6) linkage and crossing over 7)Sex determination ,sex linkage 8) Cytoplasmic inheritance 9)Polygenic inheritance, 10)Multiple alleles 11)Changing concept of gene 12)Mutation ,classification and detection

5. ABOUT THE COURSE Plant Breeding Objective and role of plant breeding Domestication of plant Crop genetic resources Centres of diversity and gene bank Crop biodiversity , germplama collection and activity Mode of reproduction and pollination System of matting Self incompatibility, male sterility

6. Breeding methods Plant introduction, Selection , pureline , mass, progeny, clonal , recurent non rec , Pedigree method Bulk method Backcross breeding Mutation breeding Polyploidy breeding Heterosis breeding Ideotype breedinng Synthetic and composite varieties Distance hybridization Breeding for stress resistance (disease ,insect, enviroment )

7. ABOUT THE COURSE Molecular Genetics 1)Basic concept of Molecular genetics and biology 2)History and origin of molecular biology 3)Fine structure of gene ( split gene, recon, muton,cistron , Jumping gene, insertion sequence, transpons , overlaping gene, psedogenes . 4)Genetic code, 5)Identification of genetic material 6) Protein synthesis , gene expression , gene regulation

8. 7)The chemical basis of life : atoms and molecules ( biomolecules ) 8) DNA, Structure and functions 9)types and forms of dna (A,B,C,D,Z) 10) Genome, 11) DNA Replication, prokaryotic and eukaryotic 12) DNA Repair, 13) RNA, Structure, Function, Types , 14) RNA Processing (slicing) 15) Transcription, Translation, DNA AND RNA 16) Protein synthesis, 17) Lac Operon

9. ABOUT THE COURSE Biotechnology Biotechnology – definitions – major concepts and importance 1) Genetic Engineering or Recombination dna technology 2) vectors and gene cloning 3)Artificial Chromosome 4)DNA Markers MAS-Marker asisted Selection Technology 5)Transgenic technology 6) Somatic Hybridization ( somaclonal variation ) 7) Tissue Culture Technology (pollen, meristem , anther, embryo) 8) Polymerase chain reaction PCR 9) DNA Sequencing 10) Restriction endonucleases 11) Totipotency and morphogenesis,micropropagation 12) Gel Electrophorosis

10. Biochemistry Organic compounds Carbohydrate Lipids (fatty acids) Proteins , Amino acids Enzymes Nucleic acid dna , rna

11. General agriculture Plant physiology Seed technology Agronomy horticulture Pant pathology Microbiology etc.

12. Books follow B.D SINGH (Genetics and plant breeding hindi english ) PHUNADAN SINGH (genetics and plant breeding) Ganesh prsad and prgya khan (cell and molecular biology ) Veer bala rastogi ( biochemestry and molecular biology) Seed technology Harpal singh tomar and b.d singh hindi Some Objective books ( S.R.. Kantawa ) SELF NOTES AND ONLINE SOURSES

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