Glycolysis
|
3.7.2 |
State that, in cell respiration, glucose in
the cytoplasm is broken down by glycolysis
into pyruvate, with a small yield of ATP.
|
|
8.1.2 |
Outline the process of glycolysis, including
phosphorylation, lysis, oxidation and ATP
formation.
|
Aerobic Respiration
|
3.7.1 |
Define cell respiration.
|
|
3.7.4 |
Explain that, during aerobic cell
respiration, pyruvate can be broken down in
the mitochondrion into carbon dioxide and
water with a large yield of ATP.
|
|
8.1.1 |
State that oxidation involves the loss of
electrons from an element, whereas reduction
involves a gain of electrons; and that
oxidation frequently involves gaining oxygen
or losing hydrogen, whereas reduction
frequently involves losing oxygen or gaining
hydrogen.
|
|
8.1.3 |
Draw and label a diagram showing the
structure of a mitochondrion as seen in
electron micrographs.
|
|
8.1.4 |
Explain aerobic respiration, including the
link reaction, the Krebs cycle, the role of
NADH + H+,
the electron transport chain and the role of
oxygen.
|
|
8.1.5 |
Explain oxidative phosphorylation in terms
of chemiosmosis.
|
|
8.1.6 |
Explain the relationship between the
structure of the mitochondrion and its
function.
|
Fermentation
|
3.7.3 |
Explain that, during anaerobic cell
respiration, pyruvate can be converted in
the cytoplasm into lactate, or ethanol and
carbon dioxide, with no further yield of
ATP.
|
-
Explain the purpose
served by molecules of ATP reacting first with
glucose and then with fructose-6-phosphate in the
early part of glycolysis.
-
Explain how four ATP
molecules are made for every two used during
glycolysis.
-
State the events that
happen during acetyl-coenzyme A formation and
explain how the process of acetyl-CoA formation
relates to glycolysis and the Krebs Cycle.
-
State what happens to
the CO2 produced during acetyl-CoA formation and the
Krebs Cycle.
-
Explain what happens to
the NADH produced during acetyl-CoA formation and
the Krebs Cycle.
-
Calculate the number of
ATP moleculesproduced during the Krebs cycle for
each glucose molecule that enters gylcolysis.
-
Summarize the basic
ideas of the chemiosmotic theory.
-
Describe the process of
electron transport phosphorylation.
-
Account for the next
yield of 36 ATP molecules produced through aerobic
respiration.
Energy
for life diagram (doc)
Energy for life
diagram answers (doc)
Living takes works notes template (doc)
Living
takes works notes master (doc)
Overview of cell respiration notes (doc)
Overview of cell respiration master (pdf)
Glycolysis notes (template
doc and
ppt)
Glycolysis puzzle (doc)
Krebs cycle notes (blanks
doc, master
doc, ppt)
Electron transport chain (blanks
doc,
master doc,
ppt)
Cell
respiration song lyrics (docx) and videos
(Respiration
rap,
Krebs Cycle rap,
Respiration song)
Respiration worksheet
(pdf)
Doing biology
reading questions (docx)
Krebs and cellular respiration
reading
Mitchell and how cells make ATP
reading
Fermentation notes (ppt)
Fermentation worksheet
(pdf)
Respiration
in meal worms lab (doc)
Mitochondria gone bad reading
(doc)
Whole Process
Virtual Cell's Educational Animations
Cellular Respiration
Inquiry into Biology - Metabolism
Glycolysis
Glycolysis
Glycolysis
Anaerobic Respiration-Glycolysis and Fermentation
Glycolysis Animation
Krebs Cycle
TCA (Citric Acid) Cycle
Citric Acid Cycle
Fatty Acid Respiration
The Pruvate Dehydrogenase Complex
Acetyl CoA and Krebs Cycle
Electron
Transport Chain
ATP Synthase Gradient: The Movie
ATP Synthesis(ATPase) Flash Animation
Production of ATP by Oxidative Phosphorylation
Electron Transport
Oxidative Phosphorylation
Electron Transport
Oxidative Phosphorlyation (advanced)
Electron Transport
Oxidative Phosphorylation
Fermentation
