Genetic Engineering and Human Health

CONTENTS OF CURRICULUM UNIT 13.06.07

  1. Unit Guide
  1. Introduction & Background
  2. Rationale
  3. DNA Biology
  4. DNA in Forensic Science
  5. Polymerase Chain Reaction
  6. Gel Electrophoresis
  7. Strategies and Classroom Activities
  8. Bibliography
  9. Teacher Resources Bibliography
  10. Appendix 1
  11. Appendix 2
  12. Appendix 3
  13. Appendix 4
  14. Appendix 5
  15. Notes

DNA in Forensic Science: genetic engineering applications in forensics

Vanessa Vitug

Published September 2013

Tools for this Unit:

Notes

1. Encoded Evidence, 740

2. Innocence Project Statistics

3. CA Department of Education, School Enrollment

4. Ibid, English Learners

5. Ed-Data, AYP and API

6. Kirby – Genetic Principles

7. Nicholl, 18

8. Saltzman YNI Seminar, July 10, 2013

9. TechNYou

10. Nicholl, 15

11. Nobel Prize.org, transcription

12. Ibid, translation

13. DNA and Biotechnology, 173

14. Ibid, 175

15. Nicholl, 52

16. Houck, 271

17. Ibid, 272

18. Butler, Forensic DNA Typing, 53

19. STRs vs. SNPs: thoughts on the future of forensic DNA testing, 201

20. Ibid, 202

21. Ibid, 178

22. Ibid, 180

23. Ibid, 279

24. Butler, Forensic DNA Typing, 41

25. Ibid, 30

26. NFSTC DNA analyst training, Chelex extraction

27. Ibid, 31

28. Ibid, 280

28. Ibid, 138

29. Ibid, 42

30. Ibid, 138

31. Ibid, Polyacrylamide gel, 138

32. Ibid, 143

33. M. Okuda, Forensic Science Supplementary Activities

34. Learn Genetics, Gel Electrophoresis

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