- Cancer - Different Fates
- Cancer - A Complex Disease
- SNPS May Be the Solution
- What Is the Human Genome?
- DNA and Chromosome Structure
- The Genome Contains Genes
- Variation in the Human Genome
- What Is Variation in the Genome?
- Variations Causing No Changes
- Variations Causing Harmless Changes
- Variations Causing Harmful Changes
- Variations Causing Latent Changes
- SNPS Are the Most Common Type of Variation
- Why Are SNPs Significant?
- Amino Acids
- Amino Acid Side Chains Water-Loving
- Amino Acid Side Chains Oil-Loving
- Amino Acid Side Chains Ambivalent
- Proteins
- Genes to Proteins I
- Genes to Proteins II
| | - Genes to Proteins III
- Protein Folding and Function
- SNPs in Coding Regions No Changes in Protein
- SNPs in Coding Regions - Subtle, Harmless Changes in Protein
- SNPs in Coding Regions - Harmful Changes in Protein - Mutations
- SNPs in Coding Regions - Subtle Changes in Proteins That Only Switch on Under Certain Conditions
- Smoking and Susceptibility to Lung Cancer
- Smoking and Susceptibility to Lung Cancer - SNPs in Carcinogen-Making Proteins
- Smoking and Susceptibility to Lung Cancer - SNPs in Detoxifying Proteins
- Arylamines and Bladder Cancer
- SNPs and Bladder Cancer Risk
- Not the Whole Story
- SNPs and Drug Interactions
- SNPs in Noncoding Regions - Markers for Genes
- SNP Maps
- Individual SNP Profiles
- SNPs Profiles and Response to Drug Therapy
- SNP Profiles May Help to Identify Cancer Genes
- SNPs and Cancer Risk
- Summary - SNPs and Cancer Research
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