Unseen life on Earth: an introduction to microbiology
Series: Unseen life on Earth
Grades: 9 10 11 12 Post-Sec.
ENC#: ENC-019194
Edition: Text: Sixth edition. -- CD-ROM: Macintosh/Windows. version 1.0.
Publisher: Addison-Wesley Longman
Date: 2000
Ordering Information
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Subjects:
 | Science
Disease. Educational issues. Life Science. Microbiology. Microorganisms. Personal and social issues. |
Resource Type:
Resource materials for math or science; Study guides and tutorials; Textbooks.
Abstract:
This microbiology curriculum kit is intended for use in a variety of educational settings, including a college credit telecourse for distant learners, an enrichment course for science educators or students, and inservices for bioscience staff training. A microbiology textbook, telecourse faculty and student guides, and a twelve-part video series are included, as well as two supplementary CD-ROMs. The textbook covers topics ranging from fundamental principles to human disease. Multiple pictures, tables, and diagrams are found throughout the text, along with captions and references to the student tutorial CD-ROM. Each chapter contains a study outline of concepts, critical thinking questions, and discussion of clinical applications. The student tutorial CD-ROM extends learned concepts by presenting visual representations of microbial processes and defining key terminology. A pronunciation section and quizzes for each chapter are also provided.
The video program follows scientists around the world as they discover and study the impact that microorganisms have on the world. Simulations, analogies, and real-world applications are used to illustrate the genetic code, antibiotic resistance, and cross-contamination. A sample video, Microbial Ecology, explores the role of microbes in ecological systems. The downfall of Biosphere Two is highlighted, as well as the effects of polluting waterways. University of North Carolina professor Hans Pearl describes the need for biological balance in an estuary, while microbiologist Terry Hazin investigates possible solutions to the problems of solid waste disposal. The student guide supports the series with video questions, exercises, and short answer questions. There are also recommended readings from the book and suggested experiments. The faculty guide contains all of the information in the student guide plus answer keys. Additionally, a Bacteria ID CD-ROM allows students to perform computer-based laboratory tests to identify unknown samples of microorganisms. (Author/JG)
Table of Contents:
[Microbiology: an introduction:]
Part 1. Fundamentals of microbiology
1. The microbial world and you
2. Chemical principles
3. Observing microorganisms through a microscope
4. Functional anatomy of procaryotic and eucaryotic cells
5. Microbial metabolism
6. Microbial growth
7. The control of microbial growth
8. Microbial genetics
9. Recombinant DNA and biotechnology
Part 2. A survey of the microbial world
10. Classification of microorganisms
11. Bacteria
12. Fungi, algae, protozoa, and multicellular parasites
13. Viruses
Part 3. Interaction between microbe and host
14. Principles of disease and epidemiology
15. Microbial mechanisms of pathogenicity
16. Nonspecific defenses of the host
17. Specific defenses of the host: the immune response
18. Practical applications of immunology
19. Disorders associated with the immune system
20. Antimicrobial drugs
Part 4. Microorganisms and human disease
21. Microbial diseases of the skin and eyes
22. Microbial diseases of the nervous system
23. Microbial diseases of the cardiovascular and lymphatic systems
24. Microbial diseases of the respiratory system
25. Microbial diseases of the Digestive system
26. Microbial diseases of the urinary and reproductive systems
Part 5. Environmental and applied microbiology
27. Environmental microbiology
28. Applied and industrial microbiology
Appendices
A. Classification of bacteria according to Bergey's manual
B. Methods for taking clinical samples
C. Metabolic pathways
D. Exponents, exponential notation, logarithms, and generation time
E. Pronunciation of scientific names
F. Taxonomic guide to diseases
Glossary
Credits
Index
[Faculty guide:]
Introduction
The video program
ASM curriculum recommendations
Acknowledgments
1. The microbial universe
2. The unity of living systems
3. Metabolism
4. Reading the code of life
5. Genetic transfer
6. Microbial evolution
7. Microbial diversity
8. Microbial ecology
9. Microbial control
10. Microbial interactions
11. Human defenses
12. Microbes and human disease
Appendices
A. Identifying microorganisms
B. Some fermented foods
C. Biosafety levels
D. Crossword puzzle
[Microbiology interactive student tutorial:]
Metabolism
Basic chemistry
Enzymes
Energy production
Glycolysis
Fermentation
Krebs cycle
Cell respiration
Quiz
Bacterial growth
Cell cycle
Growth curve
Bioreactor
Quiz
Genetics
Replication
Transcription
Translation
Mutation
PCR [polymerase chain reaction]
Recombination
Cloning a gene
Quiz
Viruses
Lytic cycle
Lysogenic cycle
DNA viruses
RNA viruses
Immunology
Humoral immunity ( B cells)
Cell-mediated immunity (T cells)
Quiz
Pricing Information:
 | Description: 1 kit | Cost: $499.00 | Note: 12 half-hour video programs on 12 videocassettes. Any one of the half-hour programs on a videocassette $44.95 | | Description: 1 study guide (paperback) | Cost: $30.00 | Note: Series can be coordinated with any one of three microbiology textbooks. Annenberg/CPB makes available a study and faculty guide. Users of Unseen Life can choose which one they want according to which textbook they choose. Call for details | ISBN: 978-0-8053-2179-1 | | Description: 1 faculty guide (paperback) | Cost: $25.00 | Note: Series can be coordinated with any one of three microbiology textbooks. Annenberg/CPB makes available a study and faculty guide. Users of Unseen Life can choose which one they want according to which textbook they choose. Call for details | ISBN: 978-0-8053-2178-4 | |
Publisher:
Addison-Wesley Longman Contributor(s):
| Authors: Christine L Case; Berdell R Funke; Gerard J Tortora. |
Funding Agency:
National Science Foundation (NSF); US Department of Energy (DOE); Arthur Vining Davis Foundations; Corporation for Public Broadcasting (CPB). Equipment:
Macintosh--Macintosh 680/30 processor; System 7.0 or later; 12 MB RAM; 2x CD-ROM drive; 640 x 480 (min. 13 in.) color monitor, 256 colors.
Windows--IBM or compatible 386 MHz processor; Windows 3.1; 12 MB RAM; 2x CD-ROM drive; SVGA video (256 color) 640 x 480 resolution. Specifications:
Kit includes:
1 text (approximately 900 pages : color illustrations ; 28 cm.)
1 CD-ROM (Microbiology interactive student tutorial) (Macintosh/Windows : color ; 4.75. in.)
1 CD-ROM (Bacteria ID) (Windows : color ; 4.75 in.)
1 student guide (xx, 191 pages : illustrations ; 28 cm.)
1 faculty guide (xx, 191 pages : illustrations ; 28 cm.)
12 videotapes (each, VHS, 30 min. : sound, color ; 1/2 in.)
Record Created: 04/25/2001 Last Modified: 08/11/2005
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