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Fundamentals Course - Coggle Diagram
Fundamentals Course
UNIT 6: Organisms - Growth & Development
Biochem
: nucleotide metabolism
Case
: Breast Cancer
Genetics
: founders effect, evolution, cancer genetics & classification, treatment of genetic disease
Histopath
: neoplasia, meiosis, gametogenesis & fertilization
Anatomy
: stem cells (embryogenesis)
Microbiology
: diagnostic microbiology
Immunology
: humoral vs cell-mediated, innate vs adaptive, t helper cell cytokines
Fundamentals of how to be a medical student
:
UNIT 1: Organelles - Cellular Components & Structure :
Case
: Sickle Cell Disease
Infectious Disease
: Bacterial characteristics, microbial growth control, sterilization/disinfection/antisepsis/decontamination
Genetic info & flow
: DNA, RNA, protein, chromosomes, reference genomes, protein synthesis, genes, prokaryote/eukaryote genes, RNA interference
Phys + Pathophys
: Hierarchy of cells, tissues & organs, homeostasis, feedback loops, crosstalk, gradients, circadian rhythms
Cell structure & function:
Cells organelles & membranes, dietary patterns & nutrients, endo/exocytosis, protein pathways, microscopy & staining
Metabolism, energy & nutrition
: Protein structure & function, protein folding & regulation, free energy, enzyme/substrate interactions
Pharmacology
: pharmacodynamics, pharmacokinetics (absorption & distribution), pharmacotherapy *Lots of LOs
Health & Community
: Diversity in genetic studies, self inquiry/reflection/regulation, social/professional hierarchy, intersectionality + identity, implicit bias, calculate risk, interpret significance
UNIT 4: Organs - Movement & Storage
Biochem
: fatty acid synthesis, cholesterol, genetic tools
Case
: Substance use disorder
Histopath
: cell death & senescence, tissue injury & adaptation, membrane transport, ion channels
Microbiology
: microbial genetics, viruses
Immunology
: organs & cell types
Life Stages
: biology of aging, life stages
Delivery of Care
: health systems, hospice, medicare, insurance
UNIT 5: Organ Systems - Specialization & Recovery
Biochem
: amino acid synthesis & degredation, urea cycle, folate/B12
Case
: Urea
Genetics
: population genetics, gene mapping
Microbiology
: fungi & other microbes
Histology
: cell differentiation, inflammation, tissue repair, repair pathways
Immunology
: TLR, PAMPs, cytokines, CDs, antigen presentation, MHC I vs II
Fundamentals of how to be a medical student
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UNIT 2: Cells - Organization & Energy Metabolism
Biochem
: enzyme cofactors, regulation of gene expression, phenotypes, mutation & repair, molecular techniques, energy use (CoA)
Case
: Hypoglycemia
Histopath
: epithelium, glands, connective tissue, cell motility, mechanotransduction, microscopes/assays
Microbiology
: classes of antibiotics
Pharmacology
: pharmacokinetics (metabolism & secretion)
Public Health
: epidemiology, research ethics
Fundamentals of how to be a medical student
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UNIT 3: Tissues - Communication & Coordination
Biochem
: energy synthesis, glycogen, galactose, fructose metabolism, PPP
Case
: Warfarin
Histopath
: circulating blood, blood vessels, cell signaling, circadian rhythms, cell division
Microbiology
: classes of antibiotics
Pharmacology
: individualized medicine, marketing of drugs
Fundamentals of how to be a medical student
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