Cell Biology, Microscopy, and Enzyme Action

6 lessons

Goal

Prepare and observe temporary slide mounts, model organelle functions, and investigate factors affecting enzyme-catalyzed reactions.

Preparing and Staining Temporary Microscope Mounts

6 lessons

0 of 6 done

Preparing and Staining Temporary Microscope MountsUp next
Optical Microscopy: Magnification and Resolution CalculationsPremiumNot started yet
Vacuoles, Lysosomes, and the Cell Wall in Plant and Animal CellsNot started yet
Modeling Endomembrane and Metabolic OrganellesNot started yet
Enzyme Structure, Active Sites, and the Induced Fit ModelNot started yet
Factors Affecting Enzymatic Reaction Rates: An Experimental LabNot started yet

Standards Covered

Curriculum Framework

6 lessons

Prepare and observe temporary slide mounts, model organelle functions, and investigate factors affecting enzyme-catalyzed reactions.

5 lessons

Analyze how multicellular systems integrate from cells to organ networks to sustain human homeostasis and immune defense.

5 lessons

Investigate plant vascular transport, floral morphology, seed germination dynamics, and photosynthetic starch synthesis.

6 lessons

Model the DNA double helix, trace transcription and translation, and evaluate genetic engineering applications and bioethics.

6 lessons

Compare reproductive strategies, analyze the hormonal regulation of human reproduction, and assess contraception and STI prevention.

5 lessons

Classify organisms using taxonomic keys, evaluate five/six-kingdom systems, and model natural and artificial selection over geological time.

5 lessons

Construct ecological pyramids, quantify biogeochemical cycling, analyze community interactions, and evaluate biodiversity conservation.