Chapter 4:
Review metabolism, catabolism, anabolism.
Review the four types of organic molecules, and be able to tell which
monomers form the polymers.
What is hydrolysis? Dehydration synthesis?
Review enzymes.
What is a cofactor? A coenzyme? What does the body use to make coenzymes, and
how much of these substances do we need?
What factors can change the way enzymes function?
What is the "energy currency" of the cell? Why?
Express cellular respiration as a chemical formula.
What are the four steps of cellular respiration? Which take place in
the cytosol, and which occur in the mitochondria?
What is a Redox reaction?
How does a substance become reduced? Oxidized? In a cell, can one occur
without the other?
What do NAD+ and FAD do in cellular respiration?
Where is oxygen used in cellular respiration?
What is oxygen debt? What substance is formed if oxygen is in short
supply?
Glycolysis starts with a six carbon glucose molecule. What is the end product of
glycolysis? Does glycolysis by itself require oxygen?
What are the products of the Krebs or Citric acid cycle?
How does the electron transport chain work?
What is the energy that is released during oxidative phosphorylation
used for? What form does wasted energy take?
What is chemiosmosis? Where does it take place?
What substances can be broken down to obtain energy by cellular respiration?
Which is more efficient: glycolysis (fermentation) alone or the entire process
of cellular respiration?
What is a gene? What is a codon? What is a genome?
What are the three differences between DNA and RNA?
What substances make up the "backbone" of DNA and RNA?
Be able to synthesize a complementary strand of DNA, and transcribe mRNA.
What is a promoter? Know what an intron and an exon are.
Know the steps involved in translation, and the major players. Where does it take
place?
What are the three types of RNA? What does each do?
What is a polysome?
To help you review transcription and translation, go to
http://www.doegenomes.org Scroll
down to the site directory and click on education. Under quick links click on
Videos, Webcasts, Graphics and Animations. You should see three topics:
I would suggest you look at all
three.
When and how is DNA replicated?
What are mutations? Does a mutation always make a change in a protein? Why
not? What happens if a mutation occurs in a somatic
or body cell? If it occurs in a sex cell or gamete?
What can cause a mutation?
Why don't we see more mutations?
Chapter 6:
Know the functions of skin and how it accomplishes that function.
(Especially
thermoregulation)
What vitamin is made by the skin? What does it do?
Know the three layers (epidermis, dermis, and hypodermis) and what
tissues they are made of.
What are the five layers of the epidermis? How many layers do we see in thin
skin? In thick skin? In general, know what is happening in the five layers of the epidermis.
How does our skin become pigmented? Why does this occur? What is cytocrine
secretion?
What is the structure of the dermis, and what do we find there?
What makes fingerprints? What are they good for?
What is in the hypodermis or subcutaneous layer?
Hair: know the function of hair, what protein it contains, the arrector pili
muscles,
and the growth cycle.
How are nails formed? What's the lunula? How are nails like hairs? What are they
good for?
Glands: know the location, function and secretion of the sebaceous glands,
sudoriferous glands, (eccrine and appocrine), mammary glands, and ceruminous
glands.
What factors affect skin color? Know what cyanosis and jaundice are. What can
eating too many carrots cause?
Know the phases of deep wound healing and how wound healing progresses.
What is a scab? What is granulation tissue?
When will skin or any other organ form a scar?
Be able to define a first, second or third degree burn.
Be able to apply the rule of nines. Is it the same for an infant and an
adult?
How does aging affect skin?
END OF EXAM II