Download terms: chapter 12– due 1/9-10

Biology: Unit Five Calendar 2011-2012
Molecular Genetics and Biotechnology
Date
12/17
to
1/2
1/3-4
1/5-6
1/9-10
Class Items
HappyWinterBreak!!
1. New calendars
2. Notes (Obj. 1-6)
3. Start Final Study Guide or work on terms
1. Q5-1 (Obj. 1-6) Open Note OR partner
2. Notes (Obj. 7-10)
3. Start Protein Synthesis lab
1. Turn in CH 12 terms
2. Finish Protein Synthesis Lab
3. Work on Final Study Guide
1/ 11-12
1. Q5-2 (Obj. 7-10)
2. Notes Obj. 11-15
3. Begin terms CH 13 or Work on Final Study
Guide)
1/13-17 1. Q5-3 (Obj. 11-15)
2. Notes (Obj. 16-18)
3. Review for Group Final/ work on study guide
1/18-19
Homework: always review
1. Get ahead if you can…keep
working on the study guide for the
final…must be hand written
1. Begin reading CH 12 and define
the listed vocabulary terms
2. Study for Q5-1 (Obj. 1-6)
1. Review Obj. 7-10
2. Finish CH 12 terms
1. Get ahead if you can…keep working on the study guide for the
final…it must be hand written!
2. Study for Q5-2 Objectives 7-10
1. Work on terms CH 13
2. Study for Q5-3 (Obj. 11-15)
3. Final Study Guide should be
finished through Unit Two
1. Review Obj. 16-18
2. Complete CH 13 terms
3. Final Study Guide should be
finished through Unit Three
1. Study for Group Final
2. STUDY GUIDES FOR FINAL
ARE DUE ON THE DAY OF
YOUR FINAL (Final Study Guide
1. Collect CH 13 Terms
2. Notes (Obj. 19-23)
3. Lab: Recombinant DNA
should be
Four)
Group Final (yes, it will take all class
1/20-23
1.
1/24-26
period)
1. Finals
1/27
STAFF DEVELOPMENT NO CLASSES TODAY
finished through Unit
1. Final Study Guide should be
complete through Unit 5
1. Get some rest….relax and come
prepared to do well 2nd semester!
ALL STUDY GUIDES MUST BE HAND WRITTEN. NO TYPING, NO SHARING, NO
COPYING…TAKE PRIDE IN WHAT YOU CAN ACCOMPLISH!!!!!!!! NO EXTRA CREDIT
GIVEN FOR NOT FOLLOWING THE ABOVE DIRECTIONS OR IF NOT IN YOUR HAND
WHEN THE FINAL STARTS!
HOMEWORK: C.P. BIOLOGY UNIT FIVE
TERMS: CHAPTER 12– DUE 1/9-10
1. nucleic acid
2. double helix
3. nucleosome
4. template
5. DNA polymerase
6. Okazaki fragments
7. semiconservative replication
8. synthesis
9. transcription
10. codon
11. Intron
12. translation
13. messenger RNA
14. exon
15.
16.
17.
18.
19.
20.
21.
transfer RNA
RNA polymerase
ribosomal RNA
prokaryote
gene regulation
mutagen
Mutation
22. operon
TERMS: CHAPTER 13 – DUE 1/18-19
1. hybrid
9. gel electrophoresis
2. inbreeding
10. recombinant DNA
3. selective breeding
11. Plasmid
4. test cross
12. DNA Ligase
5. DNA
13. transformation
6. genetic engineering
14. Cloning
7. genome
15. polymerase chain reaction
8. restriction enzyme
16. transgenic organism
17.
18.
19.
20.
21.
22.
bioinformatics
DNA microarray
haplotype
pharmacogenmoics
single nucleotide polymorphism
sequence
OBJECTIVES FOR UNIT FIVE
Chapter 12 – Molecular Genetics
1. Summarize the experiments leading to the discovery of DNA as genetic material
2. Explain the importance of DNA, analyze its structure, and describe the importance of nucleotide
sequences.
3. Describe the basic structure of a eukaryotic chromosome.
4. Describe the replication of a DNA molecule and the role of enzymes in the replication process.
5. Explain how leading and lagging strands are synthesized differently.
6. Compare DNA replication in eukaryotes and prokaryotes
7. Describe how genes are related to proteins
8. Describe the structure and function of RNA
9. Describe the processes of transcription and translation
10. Discuss the one gene – one enzyme hypothesis
11. Describe how bacteria (prokaryotes) are able to regulate their genes
12. Discuss how eukaryotes regulate transcription of a gene
13. Define the word mutation and differentiate between various types
14. Describe causes of mutations and explain how DNA can repair itself
15. Differentiate between a body cell and a sex cell mutation.
Chapter 13 – Genetics and Biotechnology
16. Describe selective breeding and compare inbreeding with hybridization.
17. Be able to predict the genotype of an organism using a test cross.
18. Explain the concept of genetic engineering and discuss the tools used to engineer transgenic
organisms
19. Explain how recombinant DNA is made and then used in gene cloning, DNA sequencing, and
polymerase chain reaction.
20. Define biotechnology and describe how transgenic organisms may be beneficial.
21. Describe components of the human genome.
22. Describe how the forensic scientists use DNA fingerprinting.
23. Describe how genes are identified and analyzed.
24. Explain how information from the human genome can be used to diagnose human diseases.
25. Define and discuss genomics and proteonomics.