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Figure 18.01 Tumors in human liver.

Figure 18.01 Tumors in human liver. Figure 18.02 Action of proto-oncogenes and tumor suppressor genes. Figure 18.03a Contact inhibition. Figure 18.03b Contact inhibition. Page 561a. Page 561b. Figure 18.04 the mismatch repair protein MutS bound to DNA. Figure 18.05 Base-excision repair.

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Figure 18.01 Tumors in human liver.

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  1. Figure 18.01 Tumors in human liver.

  2. Figure 18.02 Action of proto-oncogenes and tumor suppressor genes.

  3. Figure 18.03a Contact inhibition.

  4. Figure 18.03b Contact inhibition.

  5. Page 561a.

  6. Page 561b.

  7. Figure 18.04 the mismatch repair protein MutS bound to DNA.

  8. Figure 18.05 Base-excision repair.

  9. Figure 18.06a Glycosylase binding to oxoG.

  10. Figure 18.06b Glycosylase binding to oxoG.

  11. Figure 18.07a The uracil-DNA glycosylase reaction.

  12. Figure 18.07b The uracil-DNA glycosylase reaction.

  13. Figure 18.08 The AP endonuclease reaction.

  14. Figrue 18.09 Nucleotide excision repair.

  15. Figure 18.10 Xeroderma pigmentosum.

  16. Figure 18.11 Recombination to bypass a single-strand gap.

  17. Figure 18.12 Homolgous recombination to replicate past a double-strand break.

  18. Figure 18.13 End joining of broken DNA.

  19. Figure 18.14 Model of a RecA-DNA complex.

  20. Figure 18.15 The cell cycle and cyclin activity.

  21. Figure 18.16 Model of DNA damage response pathway.

  22. Figure 18.17 Action of the retinoblastoma protein.

  23. Figure 18.18 Partial structure of the BRCA1 protein.

  24. Figure 18.19a Structure of the core domain of P53.

  25. Figure 18.19b Structure of the core domain of P53.

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