- Normal Cell Communication
- Cancer: A Communication Failure
- Detecting the Troublemakers
- Molecular Diagnostics
- Gene Expression Patterns
- Pause For a Science Lesson
- Lesson 1: Genomic DNA and Genes
- Lesson 2: Genes Express mRNA
- Lesson 3: Expression Changes With Cell Type
- Finding Genes With Microarrays
- Finding Genes With Microarrays (cont.)
- Using DNA Microarrays to Measure Gene Expression
- Using DNA to Compare Cancer Cells to Normal Cells
- Making Sense of the Data
- Microarrays Come In Many Models
- Cancer-Specific Gene Expression
- Potential Markers for Metastasis
- Subtyping Cancer
- Lymphomas and Microarray Research
- Microarray Predicts Survival
- Finding New Drugs With Microarrays
| | - HER-2/NEU Protein as Target
- An Antibody Called Herceptin
- Using Expression Patterns to Choose Treatments
- SNPs Microarrays Check Drug Metabolism
- Molecular Diagnostics and Proteomics
- Proteomics Maps Protein Patterns
- Proteomics Maps Protein Patterns (cont.)
- Laser Capture Microdissection
- Finding Subsets
- Protein Patterns and Diagnosis
- Importance of Diagnostic Test Sensitivity
- Importance of Diagnostic Test Sensitivity (cont.)
- Importance of Diagnostic Test Specificity
- Importance of Diagnostic Test Specificity (cont.)
- From Patterns to Screening Tool
- From Known Samples to Serum Proteins
- Molecular Mop
- Serum Proteins Can Serve as Markers
- Molecular Diagnostics Has Many Uses
- In the Future
- Clinical Trials: Making the Future the Present
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