check 1.1
Id the components of the Cell Theory

Check 1.2
a. components of a light microscope and their functions

check 1.2
b. advantages and disadvantages of different kinds of microscopy

check 1.2
c. autoradiography and centrifugation

check 1.3
prokaryotes vs. eukaryotes

check 1.4
organelles: nucleus

check 1.4
organelles: ribosomes

check 1.4
organelles: endoplasmic reticulum

check 1.4
organelles: Golgi Apparatus

check 1.4
organelles: vesicles and vacuoles (plant)

check 1.4
organelles: lysosomes

check 1.4
organelles: mitochondria

check 1.4
organelles: microbodies

check 1.4
organelles: chloroplasts

check 1.4
endosymbiotic theory

check 1.4
organelles: plants vs. animal

check 1.4
cytoskeleton

check 1.5
hypotonic

check 1.5
hypertonic

check 1.5
isotonic

check 1.5
facilitated diffusion/passive transport

check 1.5
simple diffusion

check 1.5
active transport

check 1.5
osmosis

check 1.6
virus

check 1.6
bacteriophages

check 1.6
virus is nonliving

ch. 1 post-test
5. which of the following types of nucleic acid will never be found in a virus?

ch. 1 post-test
8. Which of the following is NOT a function of the smooth endoplasmic reticulum?

check 2.1
functions of enzymes

check 2.2
substrate and enzyme specifity

check 2.2
lock and key theory

check 2.2
induced fit theory

check 2.3
role of cofactors and coenzymes in supporting the catalysis of biological rxns

ch. 2.4
enzyme: substrate concentration

check 2.4
enzyme: substrate concentration

check 2.4
enzyme: temperature

check 2.4
enzyme: pH

check 2.5
allosteric effects

check 2.5
allosteric effects: hemoglobin

check 2.5
feedback inhibition

check 2.5
competitive inhibition

check 2.5
noncompetitive inhibition

check 2.6
zymogens

Ch. 2 post-test
positive feedback examples

check 3.1
energy storage molecules that are made or used by cells

check 3.1
cellular respiration equation

check 3.2
Glycolysis

check 3.2
glycolysis and ATP

check 3.2
fermentation

check 3.2
alcohol fermentation

check 3.2
lactic acid fermentation

check 3.2
cori cycle

check 3.2
cellular respiration overview

check 3.2
pyruvate decarboxylation

check 3.2
citric acid cycle
in/out in words

check 3.2
citric acid cycle energy

check 3.2
citric acid cycle: overall rxn

check 3.2
Electron Transport Chain

check 3.2
final electron acceptor

check 3.2
poison inhibition of ETC

check 3.2
ATP generation and the proton pump

check 3.2
proton-motive force

check 3.2
oxidative phosphorylation

check 3.3
metabolism of fats

check 3.3
metabolism of proteins

check 3.2
metabolism of carbs vs. fats vs. proteins

ch. 3 post-test
12. what is the total amount of ATP yielded by the catabolism of 1 glucose molecules via Krebs cycle?

ch. 3 post-test
Given the triglyceride breakdown process, why does it generally take a long time to lose pounds of fat while dieting?