Description
Simple explanation and easy to understand concepts of Biological Nitrogen fixers (Diazotrophs) part 3 for learning and competitive exams.
Nitrogen fixation is explained in 4 parts . This is part 3
Detailed explanation of nitrogen fixation explained in 4 parts
- Basics of restriction enzymes
- Basics of DNA Repair mechanism-part 1
- Basics of DNA repair mechanism part 2
- All types of DNA Damages
- DNA Replication for exams
- Meselson and stahl experiment to prove DNA replication is semiconservative
- Theta model and rolling circle model of DNA replication in prokaryotes
- Genetic recombination part 1
- Genetic recombination 2 Molecular mechanism
- Transformation (with introduction of Genetic recombination in Bacteria 1)
- Transduction (Genetic recombination in bacteria)
- Conjugation (Genetic recombination in bacteria)
- Physical mapping 1 introduction
- Restriction Mapping (Physical Mapping techniques)
- Fluroscent in situ hybridization (FISH) and Sequence tag site (STS) Mapping (Physical mapping 3)
- Dominance, Co dominance, Incomplete dominance
- Epistasis
- Multiple alleles
- Hershey and Chase experiment in Hindi
- Lac operon and Operon model
- Tryptophan Operon and its Attenuation
- Galactose Operon (gal operon) and its regulation
- Genetic Markers
- Transposons part1
- Transposons part 2
- Holiday model, Concepts of recbcd pathway and DSBR pathway in homologous recombination
- symbiotic nitrogen fixation
- Bacterial Plasmids in Hindi 1
- Bacterial plasmids 2
- Introns and Exons part1
- Introns and Exons Part 2 (Exons)
- Lytic cycle
- Lysogenic cycle
- Griffith's Experiment of Transforming principle
- Gene Mutation 1
- Molecular Mechanism of Mutation (Gene mutation 2)
- Mutagens and its types
- Types of Mutations part 1
- Recombinant DNA technology (part 1)
- Detection of mutation
- Genetic code
- M13 phage and lambda phage cloning vectors
- vectors part 1 (plasmid vectors)
- Yeast cloning vectors
- Transcription part 1
- Transcription II ( Mechanism in Eukaryotes)
- RNA processing (post transcriptional modifications of pre m-RNA)
- RNA splicing
- Codon Assignment
- Self Splicing Introns (Group I and Group II introns)
- complementation test
- Translation in prokaryotes part 1
- Protein Synthesis (Translation in Prokaryotes Part 2)
- Protein Synthesis Part 3 (Translation in Eukaryotes)
- Giant Chromosomes (Polytene Chromosome, Lampbursh chromosome)
- Chromosome Walking
- DNA fingerprinting technique
- PCR ( (Polymerase chain reaction)
- Types of PCR
- Molecular combing