Today we conducted an experiment to extract DNA from 3 fruits - banana, kiwi and strawberry. We hypothesized which fruits have larger genomes and why.
Read MoreWe started the lesson with an experiment demonstrating the process of cellular respiration, the process in which cells generate the energy molecule ATP.
Read MoreFrom the accidental discovery of penicillin to today’s hunt for antivirals, this history underpins work to find COVID-19 treatments.
Read MoreIn today’s session we reviewed the difference between kinetics and thermodynamics, and examined the impact Gibb’s Free Energy has behind biochemical reactions in more detail.
Read MoreIn today’s session the students explored enzyme activity in more mathematical depth, including specific activity and dissociation constants.
Read MoreOver the past 3 lessons, the students have focused on how enzymes are able to catalyze reactions.
Read MoreContinuing on our discussion of catalysis and enzymes, we summarized the catalase experiment we conducted last lesson.
Read MoreToday our students reviewed thermochemistry and the basics behind reactions, and then explored the concepts behind kinetics and why reactions occur.
Read MoreA summary of our last two sessions.
Read MoreA summary of our last two sessions where we went from Protein Structure to Gene Expression.
Read MoreDid you know the same battery we use today was invented in 1887? With only minor upgrade, the ‘dry cell’ battery was a scientific victory because they were liquid free and could be used in portable devices.
Read MoreIn today’s session on biochemistry, the students tested their knowledge of intermolecular interactions and nucleic acids.
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