urse Description: A systematic examination of the microbial world, with an emphasis on pathogens. Topics
covered include morphology, physiology, and
... [Show More] genetics as well as the metabolic and enzymatic reactions
associated. Strategic techniques for the growth, isolation and visualization of microbes are included as are
microscopic and diagnostic methods. The causative agents and treatment strategies of various pathogens are
emphasized. Viral composition, replication and the associated disease states are also covered in detail. The
laboratory component of this course is delivered using virtual labs and interactive simulations with detailed
instruction and demonstrations from an experienced microbiologist.
* Portage Learning college courses are offered by Geneva College, which is regionally accredited by the Middle States Commission on
Higher Education. Portage Learning is included in the College’s Department of Professional and Online Graduate Studies; courses are
delivered through the PortageLearning.com platform.
CLAUSE
Course Outcomes: As a result of this course experience a student should be able to:
• Describe the basic building blocks of life
• Evaluate the differences between prokaryotic and eukaryotic cells
• Explain cellular components (organelles) and their respective functions
• Describe the biochemical processes of microbial metabolism
• Outline the various sources and strategies for cells to obtain and utilize energy
• Explain the vast role of enzymatic actions and mechanisms within microbial metabolism
• Describe different types of microscopy including bright field, dark field, fluorescence and electron.
• Explain the variety of staining techniques used within microscopy including simple staining, gram
staining, acid fast staining, and differential staining.
• Evaluate microbial growth within a laboratory including selective vs differential techniques
• Define the control of microbial spread in the laboratory and other public areas
• Describe the strategies for isolating and obtaining a pure microbial culture
• Outline real-world scenarios for practicing safe and accurate microbial cultivation
• Describe the function of normal flora
• Define the classifications of microbial diseases
• Identify and describe various microbial diseases which affect all systems of the body
• Describe viral composition, types and strategies used for viral replication
• Describe the nature of diseases caused by viral infections, the routes of transmission and treatments
available.
*Please see the Module & Lab Topics section below for expanded course outcomes.
Lab Outcomes: As a result of this laboratory experience, students should be able to:
• Practice safe procedures within a laboratory and with all equipment
• Identify and explain various microbes under a microscope and discuss their properties
• Identify and explain various staining techniques used in the laboratory
• Identify and explain various plating techniques used in the laboratory
• Identify and explain various diagnostic tests used in the laboratory [Show Less]