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Book Details
Key Features
- Exposes students to the new molecular-based techniques
- Provides faculty with an authoritative, accessible resource for teaching protocols
- The only manual to incorporate writing exercises, presentation skills and tools for reading primary literature into the curriculum
- Based on a successful course for which the author won a teaching award
About the author
By Bruce Geller, Professor, Department of Microbiology, Oregon State University and Katherine Field, Associate Professor, Department of Microbiology, Oregon State UniversityIntroduction
Experiment 1. Plasmid Purification and Restriction Mapping
I Introduction
II Background: Plasmid DNA Preparation
III Procedure
IV Laboratory Report [Class 4 (Draft) and Class 5]
V Questions (Class 5)
VI In-Class Writing Exercise (Class 2)
VII Restriction Mapping Exercises (Class 3)
VIII In-Class Writing Exercise (Class 4)
Experiment 2. Affinity Purification of Histidine-Tagged FnbA Protein
I Introduction
II Background
III Procedure
IV Laboratory Report
V Critique of Paper by Bush et al.
Experiment 3. Polymerase Chain Reaction and DNA Sequence Analysis of Bacterial Ribosomal RNA Genes
I Introduction
II Background
III Procedure
IV Laboratory Report [Class 16 (Draft) and Class 17]
V Questions (Class 17)
VI In-Class Writing Exercise (Class 10)
Experiment 4. Terminal Restriction Fragment Length Polymorphism Analysis of 16S Ribosomal RNA Genes from Uncultured Bacterial Communities
I Introduction
II Background
III Procedure
IV Laboratory Report
V Questions (Class 20)
VI Writing Exercise: Editorial on Genetically Modified Crops [Class 14 (Draft) and Class 15]
VII Writing Assignment: Literature Search Problem [Class 14 (Begin) and Class 20]
VIII In-Class Writing Exercise (Class 15)
APPENDIX A: Sample Laboratory Reports
APPENDIX B: Sample Proposals
APPENDIX C: Sample Tests
APPENDIX D: Guidance for Presentations
APPENDIX E: Revised Paragraph from J. Biol. Chem. 266: 3811–3814 (1991)
APPENDIX F: Abstract from Appl. Environ. Microbiol. 63: 2647–2653 (1997)
APPENDIX G: Sequence Editing Tutorial
APPENDIX H: Peak Scanner Tutorial
APPENDIX I: Adding Size Standards to Peak Scanner
APPENDIX J: PRIMER Tutorial
APPENDIX K: Checklist for Grading Laboratory Reports
APPENDIX L: Peer Review Checklist
APPENDIX M: Career Advice
APPENDIX N: Molecular Microbiology Laboratory Preparation Manual
Bibliography
Index
- Article 10.pdf
- Article 14.pdf
- Article 15.pdf
- Article 8.pdf
- Default.aspx
- Manual
- Agarose gel size standard 1kb ladder.ppt
- Exam Key Molecular Microbiology Lab.doc
- Exam Molecular Microbiology Lab.doc
- Gel loading sheet 10 well.doc
- Gel loading sheet 15 well.doc
- Gel loading sheet 16 well.doc
- Gel loading sheet 20 well.doc
- Gel loading sheet 7 well.doc
- Instructions for Submitting Laboratory Reports.doc
- Questions from Day and Gastel compact version.doc
- Syllabus.doc
- Teaching Assistant Duties Molecular Microbiology Lab.doc
- Thumbs.db
- answers to exam questions Molecular Microbiology Lab.ppt
- answers to questions report 1 Molecular Microbiology lab.doc
- answers to questions report 2 Molecular Microbiology Lab.doc
- answers to questions report 3 Molecular Microbiology Lab.doc
- answers to questions report 4 Molecular Microbiology Lab.ppt
- class 9 revised paragraph JBC paper Molecular Microbiology Lab.docx
- extra credit problem Molecular Microbiology Lab.doc
- flow chart unit 1 Molecular Microbiology Lab.ppt
- instructions and forms for reviewing proposals Molecular Microbiology Lab.doc
- lab report grading sheet Molecular Microbiology Lab.xls
- laboratory report guidlines Molecular Microbiology Lab.doc
- method to predict T RFLP fragments from sequence data Molecular Microbiology Lab.doc
- pCR4 and pCR2.ppt
- protein size standards for SDS PAGE 2012.ppt
- questions and answers from Day and Gastel.doc
- questions from Day and Gastel.doc
- default.asp
- intro.xml
- old_intro.xml
Rosenberg & Pascual