The purpose of this assignment is to prompt you to synthesize what you’ve learne

The purpose of this assignment is to prompt you to synthesize what you’ve learne

The purpose of this assignment is to prompt you to synthesize what you’ve learned in Modules 07-11 and reflect on how the module lecture and chapter readings align with the broader objectives of the course. 
writing test questions. In order to earn these points, write three original multiple choice questions and two original essay questions on the associated exam content. Correct answers must be included to earn credit.
Module 07: Transmembrane Transport
Describe the structures and functions of transporters that move ions and molecules across membranes. 
Examine the importance of transmembrane transport for cellular health.
Identify the experimental techniques used to study transmembrane transpor
Module 08: Moving Proteins into Membranes & Organelles
Explain how proteins are targeted to the ER, mitochondria, chloroplasts, and peroxisomes.
Describe the processes by which nuclear import and export occur.
Identify the experimental techniques used to study protein targeting.
Module 09: Vesicular Transport
Describe the processes by which vesicles form and fuse with biomembranes.
Discuss the stages of the secretory pathway.
Explain receptor-mediated endocytosis.
Describe the mechanisms for degrading membrane proteins and cytosolic materials.
Explain the experimental techniques used to study vesicular transport. 
Module 10: Microfilaments
Describe the structure of actin and microfilaments.
Describe the mechanisms by which microfilaments assemble.
Describe the structures and functions of actin-based motor proteins, myosins.
Review the experimental techniques used to study microfilaments.
Analyze biological research.
Module 11: Microtubules and Intermediate Filaments
Identify the structure of microtubules.
Describe the mechanisms by which microtubules assemble.  
Identify the structures and functions of microtubule-based cellular structures.
Identify the structures and functions of microtubule-based motor proteins, kinesins and dyneins.
Define the types and functions of intermediate filaments.
Describe cellular processes which involve the coordination of cytoskeletal elements.
Recall the experimental techniques used to study microtubules and intermediate filaments.
Use this reference ONLY: Lodish, H. F. (2021). Molecular Cell Biology. 9th ed. New York: W. H. Freeman and Company.