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Course: MCAT > Unit 2
Lesson 1: Foundation 1: Biomolecules- What is this passage set and how is it organized?
- How to use this passage set
- Amino acids: Dietary supplements and the mTOR pathway
- Enzyme kinetics: Forms of hexokinase
- Enzyme kinetics: NTKase and NTKase deficiency
- Enzyme kinetics: Phenylalanine hydroxylase and phenylketonuria
- Enzyme study: PMM/PGM and its substrates
- Protein expression: RbAp48 and age-related memory loss
- Gene expression: STAT3 and RORγT in hyper IgE syndrome
- Gene expression (prokaryotes): the lac operon model
- Gene expression (prokaryotes): additional lac operon practice
- Gene expression: Investigating families with hormone deficiencies
- DNA replication: Kinetics and thermodynamics of base mismatch
- DNA replication: The "speed" of DNA polymerase
- DNA technology: Genetic recombination and conditional knockouts
- DNA technology: DNA cloning using an E. coli vector
- DNA technology: RT-PCR analysis of POMC cDNA
- Chromosomal abnormalities: Translocations in the germline
- Gene mutation: IDH mutation in glioblastoma
- Gene mutations: Types of muscular dystrophy
- Genetics: Mendelian inheritance of immunodeficiency disorders
- Genetics: Mutations in Parkinson disease pathology
- Genetics: Inheritance and expression of Marfan syndrome
- Genetics: Crosses between flowering plants
- Genetics: The evolution of gecko toepads
- Genetics: Cancer-causing NF1 mutations in mice
- Bioenergetics: Phosphoryl group transfers and ATP hydrolysis
- Cellular effects of metformin, a drug for diabetes mellitus
- Metabolism: The pentose phosphate pathway and G6PD deficiency
- Metabolism: The structure and function of glycogen
- Metabolism: The carnitine shuttle and fatty acid metabolism
- Metabolism: Enzymes and reactions involved in fermentation
- Metabolism: Acetyl-CoA and fatty acid synthesis
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