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Molecular Biomedical Engineering

This class was created by Brainscape user Mia Escudero. Visit their profile to learn more about the creator.

By: Mia Escudero
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Decks in this class (8)

All About Proteins
Learning Objectives - Discuss the shape and structure of proteins, including their chemical makeup - Explain the four hierarchical levels of protein structure - Discuss types of proteins and their functions - Discuss diseases related to protein malformations
31  cards
Alzheimer's Disease
Ad is the most common cause of ___,
What are 2 molecular characteriza...,
Describe amyloid beta plaques
24  cards
Covalent and Noncovalent Interactions
Learning Objectives - Review the electronic structure of an atom - Describe the different types of noncovalent interactions - Understand the consequences of noncovalent interactions in the behavior of biomolecules
17  cards
Biochemical Energetics
Learning Objectives - Describe the characteristics of protein binding sites - Understand the law of mass action kinetics - Review techniques to determine protein-ligand binding affinity
32  cards
AD Histopathology
Learning Objectives - Identify histopathology techniques used to identify hallmarks of AD - Identify and explain different stains used in various histopathology techniques: Congo Red, Thioflavin S, Silver Staining, IHC
23  cards
Proteomics
Learning Objectives - Outline concepts of protein separation and proteomic techniques - Describe interactions among proteins and between proteins and other molecules
20  cards
The Lipid Bilayer
Learning Objectives - Understand the composition and the structural organization of the lipid bilayer - Describe the structure and function of membrane proteins - Discuss the synthesis and intracellular movement of phospholipids, sphingolipids, and cholesterol - Discuss the engineering membrane proteins for biomedical applications
36  cards
Protein Trafficking
Learning Objectives - Explain the mechanisms by which proteins are transported in the eukaryotic cell - Detail the difference between protein transport mechanisms within the context of specific organelles (gated, transmembrane, vesicular) - Highlight vesicular trafficking mechanisms via case study: the role of protein trafficking in osteoclasts
24  cards

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Molecular Biomedical Engineering

  • Class purpose General learning

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