From DNA to Proteins: Decoding Molecular Biology

Learn how genetic information flows from DNA to proteins through transcription and translation, the central dogma of molecular biology. This episode covers codons, stop signals, and the teamwork of mRNA, tRNA, and rRNA, using relatable analogies and tools like the codon wheel for clarity. A perfect blend of science and simplicity brings these core biological processes to life.

Published OnMarch 31, 2025

Chapter 1

Transforming DNA to Proteins

Chapter 2

The Language of Codons

Chapter 3

Types of RNA and Their Roles

Chapters (3)

Transforming DNA to Proteins
The Language of Codons
Types of RNA and Their Roles

About the podcast

Since a plant catalase was used it raised the question of whether human or bacterial catalase would respond similarly. The limited pH range of 3,5,7,9 and 11also means smaller scale variations in enzyme activity weren’t observed. Future research could explore a broader pH spectrum or compare catalase activity throughout different organisms for a more in-depth analysis.

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