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Course: MCAT > Unit 3
Lesson 2: Foundation 5: Chemical structures, reactions, and interactions- Acid/base chemistry: The bicarbonate buffer system and pH regulation
- Separations and purifications: Separating drug enantiomers
- Thermochemistry: Isothermal titration calorimetry in drug development
- Biomolecules: Melting point and thermodynamics of double-stranded DNA
- Thermodynamics of gallium arsenide formation
- The structure and function of glycogen.
- Alcohol production and absorption
- Aldehydes and ketones
- The chemical structure consequences of beta-lactams
- Acid/base chemistry: The bicarbonate buffering system and titration curves
- Acid/base chemistry: How do organisms maintain a constant pH range?
- Creating Fuel from Algae
- Phase changes: Using a freezing point depression osmometer
- Biochemistry changes that occur after death
- How do geckoes stick to surfaces?
- The circuit elements of a simple defibrillator
- Lactate dehydrogenase and exhausted athletes
- The influence of histones on genetic inheritance
- Biomolecules: Homocystinuria and its associate treatments
- Separations and purifications - Passage 2
- Creating and separating acetone
- Synthesis of anti-tumor drug Combretastatin and its derivatives
- Acid/base chemistry: Applications of hard-soft acid-base theory
- Ions in solution: Qualitative analysis of water supply
- What causes red blood cells to sickle?
- Purification of caffeine
- Phase changes: What conditions influence lyophilisation?
- Acid/base chemistry: Stoichiometry and properties of acetic acid
- Biomolecules: Hemiacetal formation of carbohydrates
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The influence of histones on genetic inheritance
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