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Welcome Back and Happy New Year

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Welcome Back and Happy New Year – PowerPoint PPT presentation

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Title: Welcome Back and Happy New Year


1
Welcome Back and Happy New Year !!!!
  • General Announcements Reminders
  • Extra Credit procedures
  • Review Concepts Chapters 1-7 9-15

2
Extra Credit Procedures
  • Receive Stamp for Completing on time
  • Grade your answers using the answer sheets
  • (come in outside of class to grade Mon Wed.)
  • MC write correct response, key term, pg ref.
  • Give the overall raw score
  • Essay responses highlight correct rersponses
  • Write in added concepts not mentioned in your
    response
  • Complete the grading by Jan 20th Receive 2nd
    stamp
  • Turn in clean copy of the test(s)
  • Point value 15 pts for each Test

3
Review of Concepts (Ch. 1-15)-IQ 1
  • Give three important properties of water
  • How is an amino acid different from a nucleic
    acid?
  • Explain how a carbohydrate is different from a
    lipid? Give three examples of each.
  • How is glycolysis different from the Kreb Cycle?
  • Give three differences between Mitosis and
    Meiosis
  • Why is cholesterol an important part of a
    membrane?
  • How can you tell if genes are linked?
  • Name three aneuploidy conditions and three
    Autosomal recessive disorders we discussed.

4
Review of Concepts (Ch. 1-15)-IQ 1
  • Put these scientists in the proper Historical
    sequence according to their key discoveries.
    Generate a timeline labeling each person on it
    with the date.
  • Sumner Meselson Stahl
  • Morgan Peter Mitchell
  • Garrod Hershey Chase
  • Griffith Singer Nicholson
  • Meissner Watson Crick
  • Frye Edidin Avery, Macloed, McCarty

5
IQ 1 Contd
  • 10) For each enzyme determine the process it is
    involved with and what it specifically does.
  • Eco R1, Hind III, and BAM I Helicase
  • Telomerase Lactase
  • DNA Polymerase SSBPs
  • Aminoacetyl-tRNA synthetase DNA ligase
  • Cyclin dependent kinase (Cdks)
  • Dehydrogenase (name two)
  • ATP synthase
  • Pyruvate kinase
  • Kinase (name two from Glycolysis)
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