Describe food Microbiology, focusing on both preventative infection methods and the implication of specific microbial taxa in food preparation.
Describe food Microbiology, focusing on both preventative infection methods and the implication of specific microbial taxa in food preparation.
Recognize the importance of microorganisms in water and sewage treatment plants.
Recognize the importance of microorganisms in water and sewage treatment plants.
Discuss how we can put microbes to work to facilitate our lives: from keeping our landscape clean to making delicious food and beverages. Review the Learning Activities in Module 9 to assist you with this assignment.
Discuss how we can put microbes to work to facilitate our lives: from keeping our landscape clean to making delicious food and beverages. Review the Learning Activities in Module 9 to assist you with this assignment.
Compare the anatomy and chemical communication of the somatic motor, parasympathetic and sympathetic divisions.
Compare the anatomy and chemical communication of the somatic motor, parasympathetic and sympathetic divisions.
Compare the two main types of alpha receptors and the three main types of beta receptors.
Compare the two main types of alpha receptors and the three main types of beta receptors.
Compare nicotinic cholinergic, muscarinic cholinergic, and adrenergic receptors.
Compare nicotinic cholinergic, muscarinic cholinergic, and adrenergic receptors.
Explain how antagonistic control is a hallmark of the autonomic nervous system.
Explain how antagonistic control is a hallmark of the autonomic nervous system.
Discuss the role of Na+ and K+ channels in generating an action potential.
Discuss the role of Na+ and K+ channels in generating an action potential.
Explain how Ohm’s law relates to our Core Concept of flow-down gradients.
Explain how Ohm’s law relates to our Core Concept of flow-down gradients.
