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Molecular Biology
Molecular biology is the field of biology concerned with the study of the composition, structure, and interactions of cellular molecules that are essential to life.
Molecular biology is mainly focused on nucleic acids (e.g., DNA and RNA) and proteins and emphasizes exploiting and manipulating the target genetic sequence.
32 posts
Topoisomerase: Structure, Types, and Functions
• Ashma Shrestha • molecular-biology
Restriction Fragment Length Polymorphism (RFLP): Steps
• Ashma Shrestha • molecular-biology
Exons And Introns: Functions and Types
• Ashma Shrestha • molecular-biology
The Wobble Hypothesis: Importance and Examples
• Ashma Shrestha • molecular-biology
Central Dogma and The Genetic Code
• Ashma Shrestha • molecular-biology
Next Generation Sequencing: Principle, Steps Involved, and Applications
• Aastha Shrestha • molecular-biology
Capillary Electrophoresis: Principle and Application
• Ashma Shrestha • molecular-biology
Sanger Sequencing Method: Principle and Steps
• Aastha Shrestha • molecular-biology
DNA Fingerprinting: Steps and Applications
• Alisha Tripathi • molecular-biology
Enzymes Involved In DNA Replication
• Sushmita Baniya • molecular-biology
RNA Translation: Major Steps of Protein Synthesis
• Ashma Shrestha • molecular-biology
Structure and Components of DNA
• Sushmita Baniya • molecular-biology
Electrophoresis: Principles, Types, and Uses
• Srijana Khanal • molecular-biology
DNA Transcription: Steps and Mechanism
• Sushmita Baniya • molecular-biology
DNA Replication: Steps and Mechanism
• Sushmita Baniya • molecular-biology
Types of RNA: Structure and Functions
• Ashma Shrestha • molecular-biology
Designing PCR Primers: 6 Useful Tips
• Acharya Tankeshwar • molecular-biology
Northern Blotting: Objective, Principle, and Procedure
• Ashma Shrestha • molecular-biology
Loop-Mediated Isothermal Amplification (LAMP)
• Srijana Khanal • molecular-biology
Southern Blotting: Principle, Steps, Applications
• Nisha Rijal • molecular-biology
Real-time PCR: Principles and Applications
• Acharya Tankeshwar • molecular-biology
Nested PCR: Principle and Applications
• Acharya Tankeshwar • molecular-biology
Multiplex PCR: Principle, Applications
• Acharya Tankeshwar • molecular-biology
Reverse transcriptase (RT)-PCR: Principles, Applications
• Acharya Tankeshwar • molecular-biology
Pulsed-Field Gel Electrophoresis (PFGE): Steps, Applications
• Acharya Tankeshwar • molecular-biology
Agarose Gel Electrophoresis: Principle, Procedure, Results
• Acharya Tankeshwar • molecular-biology
Polymerase Chain Reaction (PCR): Â Steps, Types, Applications
• Acharya Tankeshwar • molecular-biology
Generalized transduction: Mechanism
• Acharya Tankeshwar • molecular-biology
Specialized transduction: Steps
• Acharya Tankeshwar • molecular-biology
Conjugation: Transfer of Chromosomal DNA by HFr Strains
• Acharya Tankeshwar • molecular-biology
Gene Transfer Mechanism in Bacteria and It’s types
• Acharya Tankeshwar • molecular-biology
Mechanism of Conjugation in Bacteria: The transfer of F Plasmid
• Acharya Tankeshwar • molecular-biology