1. DNA

2. IN Pg.2 What is an enzyme?

3. Do it Now Pg. 2 What is the name of the site where the enzyme and substrate attach to each other?

4. Pg. 3 Title Page Top of page write DNA. Draw figure 11.1 pg. 282 – label this like it is in the book. Draw Figure 11.3 pg. 284 - label this like it is in the book. Draw figure 11.5 pg. 286 – 287 label this like it is in the book. Copy table 11.1 pg. 292 – yes it is a monster of a table. Use magic markers from the front of the classroom, if not colored you will receive a 0 / 500.

5. Pg. 2 Do it again What is the difference in the shape of a purine and pyrimidine?

6. Out Pg. 2 Draw adenine, Thymine, Guanine and Cytosine.

7. In Pg. 4 How do each of the bases pair? Who is a partner with who: Adenine, Cytosine, Guanine and Thymine?

8. Do it now Pg. 4 The DNA molecule is made up of a ________, _____________, and ______________.

9. Cornell Notes-Ch 10 DNA and RNA Pg. 5 100 pts

10. Title at top of Page in Any Color Question in Red. Answer in Blue ink Red ink or Pencil. Summary Goes at the bottom of the page in Green Ink 5 – 7 sentences.

11. What are Monomers and Polymers? Monomers are small molecules. Polymers are 2 or more monomers bonded together.

12. What are Nucleic Acids? A type of polymer. 2 types—DNA and RNA Made of monomers called nucleotides. – Nucleotide has 3 parts: Phosphate group Sugar Nitrogenous base – Nucleotides bond together to make long molecules of DNA or RNA.

13. What is DNA’s purpose? DNA contains all the genetic information for the organism. It determines the traits an organism will have. It does this by coding for the proteins that an organism makes. – That’s all it does----it’s a blue print for proteins

14. So why are proteins so important? Remember—Enzymes are proteins that are biological catalysts. They control every chemical reaction in living things. DNA controls what enzymes are made, therefore it controls the chemical reactions that make every substance in a living thing. Not all proteins are enzymes Some are structural, meaning they build our bodies. – Keretin (the protein that makes up hair and nails), muscle tissue, hemoglobin(Carries oxygen in red blood cells)

15. Where is DNA? DNA is located in the nucleus of cells. Draw this

16. What is the structure DNA? A nucleotide of DNA consists of: 1.Phosphate group 2.Deoxribose sugar 3.1 of 4 nitrogenous bases Adenine(A)Guanine(G)Cytosine(C)Thymine(T)

17. what is the DNA molecule made of? Double helix (twisted ladder) – 2 strands of sugar/phosphate backbones connected by a pair of bases. – Bases are held together by bonds. Base Pairing Rule=says that complementary bases will always pair together in a DNA molecule. Complementary base pairs – A-T – C-G

18. RNA A nucleic acid Made in nucleolus Differences from DNA: 1.Ribose sugar 2.Single stranded 3.Uracil(U)-replaces Thymine(T) 4.Shorter than DNA Types: mRNA-messenger RNA rRNA-ribosomal RNA tRNA-transfer RNA Ribose Sugar

19. What is RNA? A nucleic acid Made in nucleolus Differences from DNA: Ribose sugar Single stranded Uracil(U)-replaces Thymine(T) Shorter than DNA Types: mRNA-messenger RNA rRNA-ribosomal RNA tRNA-transfer RNA

20. Summary 5 sentences in Green Remember just because you are done with the notes you are not done completely and you do not have your 100 pts until you do the summary: Must be in Green ink.

21. Do it again Pg. 4 What are Monomers and Polymers?

22. Out Pg. 4 Where is DNA located?

23. In Pg. 6 What is RNA?

24. Pg. 6 Do it now So why are proteins so important?

25. DNA Molecule Model

26. Do it again Pg. 6 Who is adenines dance partner

27. Out pg. 6 Who replaces Thymine in RNA? Now who is Adenines dance partner in RNA?

28. In pg. 8 What is the DNA molecule made of?

29. Do it now Pg. 8 What is DNA’s purpose?

30. Pg. 9 DNA Lab Copy instructions from lab onto this page. You can use pen or pencil. Lab page will be passed out in a second. Watch Mr. Ossana Demo the lab for you. Lab page will be left on center of table.

31. Pg. 8 Do it again Explain the set up for all parts of Cornell notes?

32. Pg. 8 Out Where was the DNA found in the lab experiment?

33. IN Pg. 10 What does Table (Not Diagram) 11.1 on page 292 show you?

34. Do it now Pg. 10 Why is RNA important?

35. Pg. 11 You will get two worksheets to be taped into this page. – Worksheet one is titled protein synthesis – you will complete this worksheet. – Worksheet two is a virtual lab activity. After you get the first worksheet stamped you can pick up worksheet two. Get both pages stamped for notebook check or you will get a 0 / 200.

36. Do it again pg. 10 What is the amino acid sequence for a stop codon?

37. Out pg. 10 If you had 330 amino acids how many codons would you have?

38. In Pg. 12 Use page 292 in your text book or the worksheet you can find on pg.11 if you followed instructions. You have the following set of letters to match up and translate into RNA then an amino acid: AAG GGC CGC TAT CAT TAC GAG

39. Do it now Pg. 12 Why are RNA and DNA important to each other? What is one thing that RNA can do that DNA can’t ever do?

40. Pg. 13 Study Guide 300pts Staple, Tape or Glue you study guide to page 13 and answer all questions on it. Remember I do not give partial credit so you do all of your study guide and get all of the points or no points. Notebook check next class after test.