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- BISC219/F13: RNAi Lab 11
- BISC219/F13: RNAi Lab 6
- BISC219/F13: RNAi Lab 7
- BISC219/F13: RNAi Lab 8
- BISC219/F13: RNAi Lab 9
- BISC219/F13: Worm Info
- BISC219/F13 People
- BISC219:General lab policy
- BISC219:Guidelines for literature search & source citation
- BISC219:Guidelines for maintaining your lab notebook
- BISC219:Guidelines for writing a lab report in the form of a scientific paper
- BISC220/S10
- BISC220/S10:General lab policy
- BISC220/S10:Guidelines for editing OpenWetWare
- BISC220/S10:Guidelines for literature search & source citation
- BISC220/S10:Guidelines for maintaining your lab notebook
- BISC220/S10:Guidelines for writing a lab report in the form of a scientific paper
- BISC220/S10:OpenWetWare
- BISC220/S10:People
- BISC220/S10:Series 1
- BISC220/S10:Series 2
- BISC220/S10:Series 3
- BISC220/S10: Assignments
- BISC220/S10: Cytoskeleton Imaging Paper
- BISC220/S10: Cytoskeleton Imaging Presentations
- BISC220/S10: Cytoskeleton Partial Paper
- BISC220/S10: Hitachi Spec Instructions
- BISC220/S10: Lab 2 Calculations
- BISC220/S10: Lab 3 Calculations
- BISC220/S10: Lab Calendars/Weekly Planner
- BISC220/S10: Lecture Syllabus
- BISC220/S10: Linear Regression
- BISC220/S10: Media Recipes
- BISC220/S10: Mod 1 ClustalW Tutorial
- BISC220/S10: Mod 1 Lab 1
- BISC220/S10: Mod 1 Lab 2
- BISC220/S10: Mod 1 Lab 3
- BISC220/S10: Mod 1 Lab 4
- BISC220/S10: Mod 1 Lab 5
- BISC220/S10: Mod 1 Media
- BISC220/S10: Mod 1 RasMol Tutorial
- BISC220/S10: Mod 2 Lab 6
- BISC220/S10: Mod 2 Lab 6a
- BISC220/S10: Mod 2 Lab 7
- BISC220/S10: Mod 2 Lab 8
- BISC220/S10: Mod 2 Media Recipes
- BISC220/S10: Mod 3 Lab 10
- BISC220/S10: Mod 3 Lab 11
- BISC220/S10: Mod 3 Lab 12
- BISC220/S10: Mod 3 Lab 9
- BISC220/S10: OWW Basics
- BISC220/S10: RasMol/ClustalW Write-up
- BISC220/S10: Resources
- BISC220/S10: Sample Calculations Lab 2
- BISC220/S10: Standard Curve Instructions
- BISC220/S10: The Michaelis-Menten Model
- BISC220/S10: Yeast Growth Predictions/BLAST
- BISC220/S10: Yeast Secretory Paper
- BISC220/S11
- BISC220/S11:General lab policy
- BISC220/S11:Guidelines for editing OpenWetWare
- BISC220/S11:Guidelines for literature search & source citation
- BISC220/S11:Guidelines for maintaining your lab notebook
- BISC220/S11:Guidelines for writing a lab report in the form of a scientific paper
- BISC220/S11:OpenWetWare
- BISC220/S11:People
- BISC220/S11:Series 1
- BISC220/S11:Series 2
- BISC220/S11:Series 3
- BISC220/S11: Assignment 7
- BISC220/S11: Assignment 8
- BISC220/S11: Assignments
- BISC220/S11: Lab 2 Calculations
- BISC220/S11: Lab 3 Calculations
- BISC220/S11: Lab Calendars/Weekly Planner
- BISC220/S11: Media Recipes
- BISC220/S11: Mod 1 ClustalW Tutorial
- BISC220/S11: Mod 1 Lab 1
- BISC220/S11: Mod 1 Lab 2
- BISC220/S11: Mod 1 Lab 3
- BISC220/S11: Mod 1 Lab 4
- BISC220/S11: Mod 1 Media
- BISC220/S11: Mod 1 RasMol Tutorial
- BISC220/S11: Mod 1 Science Writing
- BISC220/S11: Mod 2 Background
- BISC220/S11: Mod 2 Lab 5
- BISC220/S11: Mod 2 Lab 6
- BISC220/S11: Mod 2 Lab 7
- BISC220/S11: Mod 2 Media Recipes
- BISC220/S11: Mod 3 Lab 10
- BISC220/S11: Mod 3 Lab 11
- BISC220/S11: Mod 3 Lab 12
- BISC220/S11: Mod 3 Lab 8
- BISC220/S11: Mod 3 Lab 9
- BISC220/S11: OWW Basics
- BISC220/S11: RasMol/ClustalW Write-up
- BISC220/S11: Resources
- BISC220/S11: The Michaelis-Menten Model
- BISC220/S11: Yeast Growth Predictions/BLAST
- BISC220/S11: Yeast Secretory Paper
- BISC220/S12
- BISC220/S12:General lab policy
- BISC220/S12:Guidelines for editing OpenWetWare
- BISC220/S12:Guidelines for literature search & source citation
- BISC220/S12:Guidelines for maintaining your lab notebook
- BISC220/S12:Guidelines for writing a lab report in the form of a scientific paper
- BISC220/S12:OpenWetWare
- BISC220/S12:Series 1
- BISC220/S12:Series 2
- BISC220/S12:Series 3
- BISC220/S12: Assignment 7
- BISC220/S12: Assignment 8
- BISC220/S12: Assignments
- BISC220/S12: Lab 2 Calculations
- BISC220/S12: Lab 3 Calculations
- BISC220/S12: Lab Calendars/Weekly Planner
- BISC220/S12: Media Recipes
- BISC220/S12: Mod 1 Lab 1
- BISC220/S12: Mod 1 Lab 2
- BISC220/S12: Mod 1 Lab 3
- BISC220/S12: Mod 1 Lab 4
- BISC220/S12: Mod 1 Media
- BISC220/S12: Mod 1 Science Writing
- BISC220/S12: Mod 2 Background
- BISC220/S12: Mod 2 Lab 5
- BISC220/S12: Mod 2 Lab 6
- BISC220/S12: Mod 2 Lab 7
- BISC220/S12: Mod 2 Lab 8
- BISC220/S12: Mod 2 Media Recipes
- BISC220/S12: Mod 3 Lab 10
- BISC220/S12: Mod 3 Lab 11
- BISC220/S12: Mod 3 Lab 12
- BISC220/S12: Mod 3 Lab 8b
- BISC220/S12: Mod 3 Lab 9
- BISC220/S12: OWW Basics
- BISC220/S12: RasMol/ClustalW Write-up
- BISC220/S12: Resources
- BISC220/S12: The Michaelis-Menten Model
- BISC220/S12: Yeast Growth Predictions/BLAST
- BISC220/S12: Yeast Secretory Paper
- BISC220/S13
- BISC220/S13:General lab policy
- BISC220/S13:Guidelines for editing OpenWetWare
- BISC220/S13:Guidelines for literature search & source citation
- BISC220/S13:Guidelines for maintaining your lab notebook
- BISC220/S13:Guidelines for writing a lab report in the form of a scientific paper
- BISC220/S13:OpenWetWare
- BISC220/S13:Series 1
- BISC220/S13:Series 2
- BISC220/S13:Series 3
- BISC220/S13: Assignment 7
- BISC220/S13: Assignment 8
- BISC220/S13: Assignments
- BISC220/S13: Hitachi Spec Instructions
- BISC220/S13: Lab 2 Calculations
- BISC220/S13: Lab 3 Calculations
- BISC220/S13: Lab Calendars/Weekly Planner
- BISC220/S13: Linear Regression
- BISC220/S13: Media Recipes
- BISC220/S13: Mod 1 ClustalW Tutorial
- BISC220/S13: Mod 1 Lab 1
- BISC220/S13: Mod 1 Lab 2
- BISC220/S13: Mod 1 Lab 3
- BISC220/S13: Mod 1 Lab 4
- BISC220/S13: Mod 1 Media
- BISC220/S13: Mod 1 RasMol Tutorial
- BISC220/S13: Mod 1 Science Writing
- BISC220/S13: Mod 2 Background
- BISC220/S13: Mod 2 Lab 5
- BISC220/S13: Mod 2 Lab 6
- BISC220/S13: Mod 2 Lab 7
- BISC220/S13: Mod 2 Media Recipes
- BISC220/S13: Mod 3 Lab 10
- BISC220/S13: Mod 3 Lab 11
- BISC220/S13: Mod 3 Lab 12
- BISC220/S13: Mod 3 Lab 8b
- BISC220/S13: Mod 3 Lab 9
- BISC220/S13: OWW Basics
- BISC220/S13: RasMol/ClustalW Write-up
- BISC220/S13: Resources
- BISC220/S13: Sample Calculations Lab 2
- BISC220/S13: Standard Curve Instructions
- BISC220/S13: The Michaelis-Menten Model
- BISC220/S13: Yeast Growth Predictions/BLAST
- BISC220/S13: Yeast Secretory Paper
- BISC220/S14
- BISC220/S14:General lab policy
- BISC220/S14:Guidelines for editing OpenWetWare
- BISC220/S14:Guidelines for literature search & source citation
- BISC220/S14:Guidelines for maintaining your lab notebook
- BISC220/S14:Guidelines for writing a lab report in the form of a scientific paper
- BISC220/S14:OpenWetWare
- BISC220/S14:Series 1
- BISC220/S14:Series 2
- BISC220/S14: Lab Calendars/Weekly Planner
- BISC220/S14: Mod 1 ClustalW Tutorial
- BISC220/S14: Mod 1 Clustal Omega Tutorial
- BISC220/S14: Mod 1 Lab 1
- BISC220/S14: Mod 1 Lab 2
- BISC220/S14: Mod 1 Lab 3
- BISC220/S14: Mod 1 Lab 4
- BISC220/S14: Mod 1 Lab 5
- BISC220/S14: Mod 1 Media
- BISC220/S14: Mod 1 RasMol Tutorial
- BISC220/S14: Mod 1 Science Writing
- BISC220/S14: Mod 2 Background
- BISC220/S14: Mod 2 Lab 6
- BISC220/S14: Mod 2 Lab 7
- BISC220/S14: Mod 2 Lab 8
- BISC220/S14: Mod 2 Media Recipes
- BISC220/S14: OWW Basics
- BISC220/S14: Resources
- BISC220/S14: Standard Curve Instructions
- BISC220/S14: The Michaelis-Menten Model
- BISC311
- BISC311/F09:Series1
- BISC311/F09:Series2
- BISC311:Cloning
- BISC311:DNA amplification
- BISC311:Double-stranded RNA synthesis
- BISC311:People
- BISC311:Schedule
- BISC314
- BISC314/2010
- BISC314:Full Protocol
- BISC314:Lab1
- BISC314:Lab2
- BISC314:Lab3
- BISC314:Lab4
- BISC314:Lab5
- BISC314:Lab6
- BISC314:Lab7
- BISC314:Lab8
- BISC314:Lab 9
- BISC314:Laboratory Schedule
- BISC314:Lecture Syllabus
- BISC314:Materials
- BISC314:People
- BISC314:Schedule
- BISC 110/F10:OpenWetWare
- BISC 110/F11:OpenWetWare
- BISC 110/F12:OpenWetWare
- BISC 110/F13:OpenWetWare
- BISC 110/S11:OpenWetWare
- BISC 110/S12:OpenWetWare
- BISC 110/S13:OpenWetWare
- BISC 111/113
- BISC 111/113:Calendar and Assignments
- BISC 111/113:Experimental Methods
- BISC 111/113:Lab3assign2012.docx
- BISC 111/113:Lab 10: Laboratory Exam
- BISC 111/113:Lab 10: Population Growth 2
- BISC 111/113:Lab 11: Beetle Presentations
- BISC 111/113:Lab 11: Population Growth 2
- BISC 111/113:Lab 12: Beetle Presentations
- BISC 111/113:Lab 1: Biodiversity
- BISC 111/113:Lab 2: Population Growth
- BISC 111/113:Labs 3-6: Plant Biology
- BISC 111/113:Labs 7-9: Animal Biology
- BISC 111/113:Science Writing Guidelines
- BISC 111/113:Statistics and Graphing
- BISC 111/113: Labs 3-6 Plant Biology
- BISC 111/113:beetleLabMaterialsList.docx
- BISC 209/S12:OpenWetWare
- BISC 209/S13:OpenWetWare
- BISC 219/2009
- BISC 219/2009:Announcements
- BISC 219/2009:Assignments
- BISC 219/2009:Creating a Transgenic Organism
- BISC 219/2009:Gene Mapping
- BISC 219/2009:Glossary
- BISC 219/2009:Guidelines for editing OpenWetWare
- BISC 219/2009:OWW Basics
- BISC 219/2009:OpenWetWare
- BISC 219/2009:People
- BISC 219/2009:RNA interference
- BISC 219/2009:Resources
- BISC 219/2009:Schedule
- BISC 219/2009: Mod 1 C. elegans General Information
- BISC 219/2009: Mod 1 Lab 1
- BISC 219/2009: Mod 1 Lab 2
- BISC 219/2009: Mod 1 Lab 3
- BISC 219/2009: Mod 1 Lab 4
- BISC 219/2009: Mod 1 Lab 5
- BISC 219/2009: Mod 1 Lab 6
- BISC 219/2009: Mod 1 Media and Tools
- BISC 219/2009: Mod 3 Analyzing the data on the putative transgenic and control plants
- BISC 219/2009: Mod 3 Background
- BISC 219/2009: Mod 3 Calculations
- BISC 219/2009: Mod 3 Experiment 1 Creating the transgenic plant
- BISC 219/2009: Mod 3 Experiment 1 Creating the transgenic plant Days 3-5
- BISC 219/2009: Mod 3 Experiment 1 Creating the transgenic plant Week 4-5
- BISC 219/2009: Mod 3 Experiment 1 Creating the transgenic plant Week 8
- BISC 219/2009: Mod 3 Experiment 1 Media Recipes
- BISC 219/2009: Mod 3 Experiment 2 Assaying the transgenic plants
- BISC 219/2009: Mod 3 Experiment 3 Agarose gel electrophoresis of PCR
- BISC 219/2009: Mod 3 GUS Activity Assay by Histochemistry
- BISC 219/2009: Mod 3 Leaf Extract Preparation
- BISC 219/2009: Mod 3 Scientific Paper on Plant Genetic Engineering
- BISC 219/2009: Mod 3 Spectrophotometric Assay for GUS activity
- BISC 219/2009: Mod 3 Structural Evidence for Transgenic Plants
- BISC 219/F10
- BISC 219/F10:Assignments
- BISC 219/F10:Calendars/Planner
- BISC 219/F10:Gene Mapping
- BISC 219/F10:Glossary
- BISC 219/F10:Guidelines for editing OpenWetWare
- BISC 219/F10:Media Recipes
- BISC 219/F10:OWW Basics
- BISC 219/F10:OpenWetWare
- BISC 219/F10:Questions to Guide Your Reading1
- BISC 219/F10:RNA interference
- BISC 219/F10:RNAi General Information
- BISC 219/F10:Resources
- BISC 219/F10: Assignment 1 Lab1
- BISC 219/F10: Assignment Help- Data Analysis 1
- BISC 219/F10: Assignment Series2 Classical Genetics Paper
- BISC 219/F10: Assignment Series2 Complementation
- BISC 219/F10: Assignment Series2 DNA Sequencing
- BISC 219/F10: Assignment Series2 Linkage Testing Crosses
- BISC 219/F10: Assignment Series2 Mapping Crosses
- BISC 219/F10: Assignment Series2 Outline Summary
- BISC 219/F10: Assignment Series3 Materials and Methods
- BISC 219/F10: Assignment Series3 Reverse Genetics Paper using RNAi
- BISC 219/F10: Gene Linkage
- BISC 219/F10: Gene Mapping Info
- BISC 219/F10: Lab 2
- BISC 219/F10: Lab 2 Mutant Hunt
- BISC 219/F10: Lab 3
- BISC 219/F10: Lab 4
- BISC 219/F10: Lab 5
- BISC 219/F10: Lab 6
- BISC 219/F10: Lab 7
- BISC 219/F10: RNAi Lab 10
- BISC 219/F10: RNAi Lab 11
- BISC 219/F10: RNAi Lab 5
- BISC 219/F10: RNAi Lab 6
- BISC 219/F10: RNAi Lab 7
- BISC 219/F10: RNAi Lab 8
- BISC 219/F10: RNAi Lab 9
- BISC 219/F10: Worm Info
- BISC 219/F10 Lecture Syllabus
- BISC 219/F10 People
- BISC 219:OpenWetWare
- BISC 219: Assignment Help- Data Analysis 1