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This video is the second video on digestion (after the protein digestion video, found here: th-cam.com/video/-d9eEG48uaQ/w-d-xo.html). We focus on digestion of saccharides and triacylglycerides.

This video is about digestion of proteins; it is the first of two videos on digestion for BIOL307 Biochem! The second digestion video on carbs, fats, and nucleic acids is here: th-cam.com/video/dXkWfhUHRfs/w-d-xo.html

BIOL304: Molecular Biology This video discusses the CAP protein that regulates the lac operon. Check out the other lac operon videos here: Intro to lac operon: th-cam.com/video/oM2l8MtrD9o/w-d-xo.html Lac operon problems th-cam.com/video/QCpABntmfOI/w-d-xo.html

This video takes you through the steps to summarize and visualize your buffer data from BIOL307 Lab 1 (Fall 2021), using Excel to make tables, do calculations, and create a line graph.

This video was created for BIOL307 to introduce the idea of allosterically regulated enzymes. We also compare the reaction curves of allosteric enzymes to those of Michaelis-Menten enzymes.

In this video, I walk through how to calculate how much fermentation your yeast cells have done, based on how much carbon dioxide is lost. I also talk about calculations based on your hemacytometer data. You should probably watch this at 1.5x speed.

In this video, I talk about how to calculate enzyme activity based on the change in absorbance, related to our LDH enzyme assay in BIOL307. You can probably watch this at 1.5x speed.

In this video, I walk through how to calculate catalase activity based on the paper-disc-rising assay we used in BIOL307. Probably watch this at 1.5x speed.

This video was created for BIOL307 Biochem to discuss the regulation of glycogen synthesis and breakdown by the hormones insulin and glucagon.

This video was created for BIOL307: Biochemistry (Fall 2020). Enjoy!

This video was created for BIOL304: Molecular Biology (Fall 2020).

In this video, I solve a problem about E. coli growth in the presence of antibiotics, given different restriction digests of the plasmid.

This video was created for BIOL304 to explain what's going on at the DNA level when a restriction enzyme digest is performed and followed by ligation of two DNA fragments together. Enjoy!

This video was created for BIOL304: Molecular Biology. Make sure to also watch the video about GE plants here: th-cam.com/video/KNXOGCjdgFk/w-d-xo.html and th-cam.com/video/0lStCoX4rXQ/w-d-xo.html

How to make genetically engineered plants

Examples of genetically engineered plants

BIOL304: Next-gen sequencing Overview

Super brief stats overview

PCR primers

BIOL307 Biochem: Using Henderson-Hasselbalch to make Buffers

BIOL307 Biochem: Ka and Buffers

BIOL307 Biochem: pH and Keq

BIOL307 Biochem: Weak Bonds

BIOL183: Solving Lac operon problems

BIOL183: Control of Gene Expression - Operons

BIOL183: Beadle & Tatum's One-Gene-One-Enzyme hypothesis

BIOL183: Translation - the Ribosome

BIOL183: Translation - Charging tRNAs

BIOL183: RNA Processing Overview