MCB 3020C - Florida State College at Jacksonville

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FLORIDA STATE COLLEGE AT JACKSONVILLE

COLLEGE CREDIT COURSE OUTLINE

COURSE NUMBER:

COURSE TITLE:

PREREQUISITE(S):

MCB 3020C

Basic Biology of Microorganisms

CHM 2045C and BSC 2010C (both better) with a grade of “C” or

COREQUISITE(S):

CREDIT HOURS:

CONTACT HOURS/WEEK:

CONTACT HOUR BREAKDOWN:

None

4

6

Lecture/Discussion:

Laboratory:

Other __________:

FACULTY WORKLOAD POINTS:

3

3

5.1

STANDARDIZED CLASS SIZE

ALLOCATION: 27 (laboratory safety considerations)

CATALOG COURSE DESCRIPTION:

This course is designed for biology or other natural sciences majors and will cover the history and development of microbiology; prokaryotic structure and function; microbial growth and metabolism; prokaryotic genetics; methods for control of microorganisms; taxonomy and classification of microorganisms; viruses and viral replication; medical microbiology; microbial ecology; food microbiology; and, industrial microbiology. Laboratory work will include sterile techniques and isolation of microbes; microscopic examination of microbes; growth of microbes; measurement of microbial growth; physiological testing of microbes; food microbiology; medical and clinical microbiology; microbial genetics; microbial ecology; and, identification of unknown microbes.

1

SUGGESTED TEXT(S):

IMPLEMENTATION DATE:

REVIEW OR MODIFICATION DATE:

Talaro, K.P., Foundations in Microbiology, McGraw-Hill publishers, Latest edition

Norton, Cynthia F. Microbiology, Addison Wesley, Latest edition

Tortora, Funke, & Case. Microbiology – An introduction,

Pearson, Latest edition

Leboffe, M.J. and B.E. Pierce. Photographic Atlas for the

Microbiology Laboratory, Morton publishers, Latest edition

Madigan, et al . Brock Biology of Microorganisms,

Pearson, Latest edition

Pommerville, J.C. Alcamo’s Fundamentals of

Microbiology, Jones and Bartlett Publishers, Latest edition

Wheelis, Principles of Modern Microbiology, Jones and

Bartlett Publishers, Latest edition.

Fall Term, 2011 (20121) – Proposal 2010-25

Fall Term, 2015 (20161) – Outline Review 14-15

2

COURSE TOPICS

I. Introduction to Microbiology

II. The Chemistry of Biology

III. Microbiology in the Laboratory

IV. Prokaryotic Microorganisms

V. Eukaryotic Microorganisms

VI. Introduction to Viruses

VII. Microbial Nutrition and Growth

VIII. Microbial Genetics

IX. Physical and Chemical Control of Microbes

X. The Elements of Chemotherapy

XI. Microbe-Human Interactions

XII. Host Defenses

XIII. Bacteria and Disease

XIV. Fungi and Disease

XV. Viruses and Disease

XVI. Protozoans and Disease

XVII. Environmental Microbiology

XVIII. Microbial Ecology

XIX. The Roles of Microbes in Elemental Cycles

XX. Applied and Industrial Microbiology

Total lecture hours:

CONTACT HOURS

PER TOPIC

1

2

2

3

3

2

3

3

2

3

3

2

3

2

2

2

2

2

2

1

45

3

LABORATORY TOPICS (suggested completion 15 out of 20 lab modules for a semester total of 45)

COURSE TOPICS (Continued): CONTACT HOURS

PER TOPIC

I. Basic Principles of Aseptic Technique 3

II. Basic Culture Methods

III. The Gram Stain Procedure

3

3

IV. The Streak Plate Method

V. The Plate Count Procedure

VI. Transmission of Microbes on Human Skin and Fomites

VII. Normal Microflora of Human Skin and Throat

2

2

2

2

VIII. Identification of Pathogenic Staphylococci

IX. Identification of Pathogenic Streptococci

X. Microorganisms and Tooth Decay

XI. Microorganisms of the Human Gastrointestinal Tract

XII. Microbiological Analysis of Urine Specimens

XIII. Survivability of Pseudomonas species

XIV. The Kirby-Bauer/Disk Diffusion Technique

XV. Identification of an Unknown Bacterium

XVI. Microbial Production of Sauerkraut

XVII. Microbial Production of Yogurt

XVIII. Microbiological Analysis of Food Samples

3

3

2

2

2

2

2

2

2

2

2

XIX. Microbiological Analysis of Water Samples

XX. Mutagenic Properties of Ultraviolet (UV) radiation

Total laboratory hours

2

2

45

4

Florida State College at Jacksonville

SECTION 1

Course Learning Outcomes and Assessment

Semester Credit Hours (Credit):

Course Prefix and Number: MCB 3020C

Contact Hours (Workforce):

Course Title: Basic Biology of Microorganisms

SECTION 2a (To be completed for General Education courses only.)

TYPE OF COURSE (Place an “X” in the box next to those that are applicable.)

4

General Education Core (If selected, core discipline area will be identified in Section 4.)

General Education (If selected, you must also complete Section 4, Section 5, and Section 8)

SECTION 2b

TYPE OF COURSE (Place an “X” in the box next to those that are applicable.)

A.A. Elective

A.A.S. Required Course

PSAV/Clock Hour/Workforce

A.S. Required Course

A.A.S. Professional Elective

Development Education

A.S. Professional Elective

Technical Certificate

Apprenticeship

X Upper Division/Bachelors Other:

SECTION 3

INTELLECTUAL COMPETENCIES (Place an “X” in the box next to those that are applicable.)

Reading

Writing

Speaking

Listening

X Critical Analysis

Information

Literacy

Qualitative Skills

Ethical Judgement

X

Scientific Method of

Inquiry

Working

Collaboratively

SECTION 4 (To be completed for General Education courses only.)

GENERAL EDUCATION DISCIPLINE AREA (Place an “X” in the box next to those that are applicable.)

Communications Humanities Mathematics

Social and Behavioral Sciences Natural Sciences

SECTION 5 (To be completed for General Education courses only.)

GENERAL EDUCATION LEARNING OUTCOME AREA (Place an “X” in the box next to those that are applicable.)

Communication Critical Thinking Information Literacy

Global Sociocultural Responsibility Scientific and Quantitative Reasoning

SECTION 6

LEARNING OUTCOMES

TYPE OF OUTCOME

(General Education,

Course or Program)

METHOD OF ASSESSMENT

Demonstrate knowledge of both prokaryotic and eukaryotic microorganisms in their cell structure and function.

Demonstrate knowledge of microbial nutrition and growth.

Course

Course

Methods of assessment can include exams, quizzes, papers, lab reports and/or oral presentations.

Methods of assessment can include exams, quizzes, papers, lab reports and/or oral presentations.

Demonstrate knowledge of the diverse microorganisms that cause disease in humans, plants and animals, as well as physical and chemical methods of microbial control.

Course

Methods of assessment can include exams, quizzes, papers, lab reports and/or oral presentations.

5

SECTION 6 (Continued)

LEARNING OUTCOMES

Demonstrate knowledge of microbial ecology and the roles of microbes in global elemental cycles.

Demonstrate technical and analytical laboratory skills as they apply to biomedical science research and/or applications.

Demonstrate the application of interdisciplinary natural science curricula to biomedical sciences.

Conduct an experiment, collect and analyze data, and interpret results in a laboratory setting.

Analyze, evaluate, and test a scientific hypothesis.

Use basic scientific language and processes and be able to distinguish between scientific and non-scientific explanations.

Identify unifying principles and repeatable patterns in nature, the values of natural diversity, and apply them to problems or issues of a scientific nature.

Analyze and discuss the impact of scientific discovery on human thought and behavior.

TYPE OF OUTCOME

(General Education,

Course or Program)

METHOD OF ASSESSMENT

Course

Program

Program

Discipline

Discipline

Discipline

Discipline

Discipline

Methods of assessment can include exams, quizzes, papers, lab reports and/or oral presentations.

Methods of assessment can include exams, quizzes, papers, lab reports and/or oral presentations.

Students will answer a set of questions developed by the program faculty and delivered across courses in the discipline. A faculty panel will evaluate the answers a common rubric with scores from 1 (not yet competent) to 3 (competent).

Students will answer a set of questions developed by the program faculty and delivered across courses in the discipline. A faculty panel will evaluate the answers a common rubric with scores from 1 (not yet competent) to 3 (competent).

Students will answer a set of questions developed by the program faculty and delivered across courses in the discipline. A faculty panel will evaluate the answers a common rubric with scores from 1 (not yet competent) to 3 (competent).

Students will answer a set of questions developed by the program faculty and delivered across courses in the discipline. A faculty panel will evaluate the answers a common rubric with scores from 1 (not yet competent) to 3 (competent).

Students will answer a set of questions developed by the program faculty and delivered across courses in the discipline. A faculty panel will evaluate the answers a common rubric with scores from 1 (not yet competent) to 3 (competent).

Students will answer a set of questions developed by the program faculty and delivered across courses in the discipline. A faculty panel will evaluate the answers a common rubric with scores from 1 (not yet competent) to 3 (competent).

SECTION 7

Faculty name(s): Dianne M. Fair

CS20150615

Date: 12/17/2010

6

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