BIOS 242 Fundamentals of Microbiology With Lab
BIOS-242 Fundamentals of Microbiology With Lab. bios 242 week 6 assignment, bios 242 week 5 assignment, bios 242 exam 1 chamberlain, bios 242 lab practicum, bios 242 lab practical, bios 242 final exam chamberlain, bios 242 lab practical, bios 242 final exam chamberlain, bios 242 exam 2 chamberlain BIOS-242 Fundamentals of Microbiology With Lab. bios 242 week 6 assignment, bios 242 week 5 assignment, bios 242 exam 1 chamberlain, bios 242 lab practicum, bios 242 lab practical, bios 242 final exam chamberlain, bios 242 lab practical, bios 242 final exam chamberlain, bios 242 exam 2 chamberlain
1/21/23, 11:08 AM BIOS242 Course Home Syllabus (JUL16)DeVry University course content is constructed from curriculum guides developed for each course that are inalignment with specific Terminal Course Objectives (TCOs). The TCOs define the learning objectives that thestudent will be required to comprehend and demonstrate by course completion. The TCOs that will be covered indetail each week can be found in the Objectives section for that particular week. Whenever possible, a referencewill be made from a particular assignment or discussion back to the TCO that it emphasizes.1Given a list of Koch's postulates, analyze how early microbiologists proposed hypotheses and performedexperiments to determine the causes of various diseases.2Given pictures of a variety of microorganisms including fungi, protozoa, bacteria, and viruses, classify each asprokaryotic, eukaryotic, or acellular and compare and contrast their structure and function.3Given several types of microscopes, evaluate how scientists use the microscopes to identify and studymicroorganisms.4Given a culture of a microorganism, examine its physical and nutritional requirements.5Given a nutritional requirements of a microorganism, analyze the processes of microbial metabolism.6Given the characteristics of a eukaryotic organism, classify it into its right kingdom based on genetic relatedness.7Given the characteristics of an acellular pathogen, identify the pathogen to design the appropriate treatmentstrategy.8Given test results identifying methicillin-resistant Staphylococcus aureus (MRSA), analyze methods ofcontrolling microbial growth in the environment and in the body.9Given an illustration of the three lines of defense that protect the human body from pathogens, analyze how thecomponents of each work to prevent or overcome infection.10Given data on an outbreak of a microbial disease, propose a plan that outlines the steps taken to identify thecause of the disease and to stop or limit the spread of the infection11https://lms.courselearn.net/lms/CourseExport/files/4c6df5b7-002e-4d14-b992-f521db71c845/BIOS242_CH_Syllabus.html 5/12
1/21/23, 11:08 AM BIOS242 Course Home Syllabus (JUL16)Given a patient with the symptoms of influenza or another infectious disease, identify the causative agent andanalyze its pathogenicity.Lab ScheduleWeek 1NoneCitrixRKONSkillsoftToolwireWebServerACC COMATACC NonCOMATCWPWeek 2NoneCitrixRKONSkillsoftToolwireWebServerACC COMATACC NonCOMATCWPWeek 3NoneCitrixRKONSkillsoftToolwireWebServerACC COMATACC NonCOMATCWPWeek 4NoneCitrixRKONSkillsoftToolwireWebServerACC COMATACC NonCOMATCWPWeek 5https://lms.courselearn.net/lms/CourseExport/files/4c6df5b7-002e-4d14-b992-f521db71c845/BIOS242_CH_Syllabus.html 6/12
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1/21/23, 11:08 AM BIOS242 Course Home Syllabus (JUL16)
DeVry University course content is constructed from curriculum guides developed for each course that are in
alignment with specific Terminal Course Objectives (TCOs). The TCOs define the learning objectives that the
student will be required to comprehend and demonstrate by course completion. The TCOs that will be covered in
detail each week can be found in the Objectives section for that particular week. Whenever possible, a reference
will be made from a particular assignment or discussion back to the TCO that it emphasizes.
1
Given a list of Koch's postulates, analyze how early microbiologists proposed hypotheses and performed
experiments to determine the causes of various diseases.
2
Given pictures of a variety of microorganisms including fungi, protozoa, bacteria, and viruses, classify each as
prokaryotic, eukaryotic, or acellular and compare and contrast their structure and function.
3
Given several types of microscopes, evaluate how scientists use the microscopes to identify and study
microorganisms.
4
Given a culture of a microorganism, examine its physical and nutritional requirements.
5
Given a nutritional requirements of a microorganism, analyze the processes of microbial metabolism.
6
Given the characteristics of a eukaryotic organism, classify it into its right kingdom based on genetic relatedness.
7
Given the characteristics of an acellular pathogen, identify the pathogen to design the appropriate treatment
strategy.
8
Given test results identifying methicillin-resistant Staphylococcus aureus (MRSA), analyze methods of
controlling microbial growth in the environment and in the body.
9
Given an illustration of the three lines of defense that protect the human body from pathogens, analyze how the
components of each work to prevent or overcome infection.
10
Given data on an outbreak of a microbial disease, propose a plan that outlines the steps taken to identify the
cause of the disease and to stop or limit the spread of the infection
11
https://lms.courselearn.net/lms/CourseExport/files/4c6df5b7-002e-4d14-b992-f521db71c845/BIOS242_CH_Syllabus.html 5/12