Glycolysis
What does glycolysis begin with?
It begins with one molecule of glucose.
2 ADP for each compound come and collect the phosphate groups, making a total of ___ ATP.
4
_____ stage of cellular resperation.
second
Citric acid is a _-carbon compound.
6
For each turn of the cycle one ___ is converted into ___
ADP, ATP
ATP attaches __________ to glucose, making a type of fruitcose that is highley unstable.
the third phosphate group.
Glycolysis produces ATP very quickly, which is an ________ when the energy demands of the cell increase.
Advantage.
Pyruvate gets broken down into ____?
Carbon dioxide.
_____ enters the mitochondria.
Pyruvate
The electron carriers ___ and ___ each accept pairs of high-energy electrons to form NADH and FADHz
NAD+, FAD
2 ATP are used and become what?
ADP
Glycolysis does not require what?
Oxygen
the krebs cycle is also known as?
The Citric Acid cycle.
NAD+ takes 2 high energy _____ from pyruvate and becomes ____
electrons, NADH
Each molecule of glucose results in _ molecules of pyruvate.
2
because this molecule is so unstable it breaks apart into ______ carbon compounds.
2, 3
Glycolysis can quickly supply energy to ___ when oxygen is unavailable.
cells.
Citric acid is the ______ ______ formed in this series of reactions.
first compound.
NADH is used in the ___?
ETC
Each molecule of gluclose results in two complete turns of _____ ______ _______.
The Krebs Cycle
The NADH from this cycle is used later for ________ ______?
Electron transport.
BONUS: What day did we go over these notes?
October 1st.
When pyruvate gets broken down into CO2, it happens in a series of ______-_____ reactions.
energy-extracting
This also creates 1 molecule of CO2 by using 1 ____ of carbon from pyruvate.
atom
Citric acid is broken down to a _-carbon compound, and so on, the energy gets ______.
5, released.