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-2nd
 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

13. ⌠ THANKYOU ⌡
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