Chapter 16.6 Gene Control (The Lac Operon & Control in Eukaryotes)
How do organisms turn off the genes they don't need? This video explains how the lac operon, a length of structural and regulatory genes, control the expression of beta-galactosidase enzymes in prokaryotes. In this video, I explain what happens in the lac operon when lactose is absent and when lactose is present. I also explain the role gibberellin plays in regulating the genes that code for amylase and how it combines with an enzyme in seeds to break down the DELLA protein and allow the PIF transcription factor to produce RNA for amylase production.

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Chapter 13.1: The Light- Dependent & Light-Independent Stages of Photosynthesis

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Chapter 6.2: Protein Synthesis

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Chapter 19.1: Introduction to Genetic Engineering

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Lac Operon - gene regulation in prokaryotes

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Control of Gene Expression | Transcription Factors, Enhancers, Promotor, Acetylation vs Methylation

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How Proctor’s texts in Karen Read lawsuit could free dangerous criminals

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BIOL183: Solving Lac operon problems

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Transcription and mRNA processing | Biomolecules | MCAT | Khan Academy

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Chapter 13.2: C4 Plants and the Factors that Affect Photosynthesis

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Chapter 6.1: DNA Replication

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Chapter 15.3: Explaining Resting and Action Potential in Easy Steps

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Your Operating System |Eukaryotic Transcription

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How Are We So Good at Folding Proteins? - With David Balchin

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9700/12/May/June 2025 AS/AL Biology Cambridge 9700 paper 1

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Chap 16 (Part 4) Gene Control & the lac operon | Cambridge A-Level 9700 Biology

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Chapter 14.4: Homeostasis - Control of Blood Glucose

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Chapter 2.2: Biological Molecules: Lipids

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Cell Biology | Translation: Protein Synthesis 🧬

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Chapter 16.5: Inherited Change - Gene Mutations

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