Lesson 1: Subcellular Components & Compartmentalization
Duration of Days: 4
Lesson Objective
Students will evaluate how internal cellular compartmentalization, organelle structural specialization, and the biochemical properties of the semi-permeable plasma membrane allow cells to efficiently manage energy, exchange matter, and maintain homeostatic equilibrium with their external environment.
How do the differences in structural folding between the inner mitochondrial membrane and outer mitochondrial membrane reflect their distinct functions?
If a genetic mutation prevents the Golgi complex from applying carbohydrate tags to proteins, how will the distribution of material within the cell be compromised?
2.1- Cell structure and function
2.2- Cell size
2.9- Cell compartmentalization
2.10- origins of cell compartmentalization
Organelles possess specialized structures that optimize specific biochemical processes, separating competing reactions through compartmentalization.
tinyurl.com/5n6c24k7
Unit 2 Test