Molecular Biology

Learn DNA double helix, nucleotide composition and Watson-Crick model for CUET Agriculture. Chargaff rules and Hershey-Chase experiment.

Study semiconservative DNA replication and Meselson-Stahl experiment for CUET Agriculture. Helicase, DNA polymerase and Okazaki fragments.

Learn transcription and genetic code properties for CUET Agriculture. Central dogma, RNA polymerase, promoter regions and wobble hypothesis.

Study mRNA translation at ribosomes for CUET Agriculture. Initiation, elongation, termination, tRNA charging and polysome concept covered.

Learn lac operon and trp operon gene regulation for CUET Agriculture. Jacob-Monod model, negative regulation and inducible systems.

Study gene and chromosomal mutations for CUET Agriculture. Point mutations, frameshift, deletion, translocation, aneuploidy and polyploidy.

Learn DNA fingerprinting using VNTR and STR markers for CUET Agriculture. Southern blotting, RFLP, PCR methods and forensic applications.

Study Human Genome Project goals and findings for CUET Agriculture. 3.2 billion base pairs, gene count, SNPs and bioinformatics covered.

Complete ICAR JRF Plant Biotechnology syllabus 2026 — Code 01 unit-wise topics for biochemistry, molecular biology, genetic engineering, tissue culture, bioinformatics, and crop physiology.

ICAR JRF Plant Biotechnology (Code 01) — biochemistry, molecular biology, genetic engineering, tissue culture, crop physiology, bioinformatics, PYQ quizzes 2019–2025.