The breakdown of glucose to atp and pyruvic acid is called?
singleAnswer
Glycolysis
Pyruvic acid
The breakdown of glucose to atp and pyruvic acid is called?
Pyruvic acid Glycolysis Cellular respiration Cori cycle Gluconeogenesis Carbohydrate catabolism Anaerobic glycolysis Ketone bodies Cellular waste product Warburg hypothesis
<b>Pyruvic acid</b> (CH3COCOOH) is the simplest of the alpha-keto acids, with a 
carboxylic acid and ... <b>Pyruvic acid</b> can be made from <b>glucose</b> through glycolysis, 
converted back to carbohydrates (such as ... <b>Pyruvic acid</b> supplies energy to cells 
through the citric acid cycle (also <b>known</b> as the Krebs cycle) ... <b>ATP</b> + CO2, ADP + 
Pi. Glycolysis is the metabolic pathway that converts <b>glucose</b> C6H12O6, into 
pyruvate, CH3COCOO<sup>−</sup> (<b>pyruvic acid</b>), ... The Pay Off Phase – wherein <b>ATP</b> is 
produced. ... The pathway of glycolysis as it is <b>known</b> today took almost 100 years 
to fully ... <b>breaking down</b>, e.g., glycogen, produces mainly <b>glucose</b>-6-phosphate; 
very little&nbsp;... Cellular respiration is a set of metabolic reactions and processes that take place 
in the cells of ... Four molecules of <b>ATP</b> per <b>glucose</b> are actually produced, 
however, two are consumed ... This is also <b>called</b> the Krebs cycle or the 
tricarboxylic acid cycle. ... Without oxygen, pyruvate (<b>pyruvic acid</b>) is not 
metabolized by cellular&nbsp;... The Cori cycle <b>named</b> after its discoverers, Carl Ferdinand Cori and Gerty Cori, 
refers to the ... Muscular activity requires <b>ATP</b>, which is provided by <b>the</b> 
<b>breakdown</b> of ... <b>The breakdown</b> of glycogen, a process <b>known</b> as glycogenolysis
, releases ... from feeding pyruvate, one product of glycolysis, into the citric <b>acid</b> 
cycle. Gluconeogenesis (GNG) is a metabolic pathway that results in the generation of 
<b>glucose</b> from ... From <b>breakdown</b> of proteins, these substrates include glucogenic 
amino <b>acids</b> (although not ... Whether even-chain fatty <b>acids</b> can be converted 
into <b>glucose</b> in animals has been a longstanding question in biochemistry. Digestion is <b>the breakdown</b> of carbohydrates to yield an energy rich compound 
<b>called ATP</b>. The production of <b>ATP</b> is achieved through the oxidation of <b>glucose</b> ... 
There are two types of fermentation: alcohol fermentation and lactic <b>acid</b>&nbsp;... Anaerobic glycolysis is the transformation of <b>glucose</b> to lactate when limited 
amounts of oxygen ... The anaerobic glycolysis (lactic <b>acid</b>) system is dominant 
from about 10–30 seconds during a maximal effort. ... produces 2 <b>ATP</b> molecules 
per <b>glucose</b> molecule or about 5% of <b>glucose&#39;s</b> energy potential (38 <b>ATP</b> 
molecules). Ketone bodies are the water-soluble molecules containing the ketone group that 
are produced ... This is because fatty <b>acids</b> can only be metabolized in the 
mitochondria. ... The energy released in this process is captured in the form of 1 
GTP and 11 <b>ATP</b> molecules per acetyl group (or acetic <b>acid</b> molecule) oxidized. 
This is&nbsp;... Cellular waste products are formed as a by-product of cellular respiration, a 
series of processes and reactions that generate energy for the cell, in the form of 
<b>ATP</b>. ... by cells <b>called</b> anaerobes that selectively perform anaerobic respiration 
even ... but it does generate <b>ATP</b>, <b>break down glucose</b>, and produce waste 
products. The Warburg hypothesis sometimes <b>known</b> as the Warburg theory of cancer, 
postulates that the ... (as e.g., adenosine triphosphate / <b>ATP</b>) by non-oxidative 
<b>breakdown of glucose</b> (a process <b>called</b> glycolysis). ... predominantly produce 
energy by a high rate of glycolysis followed by lactic <b>acid</b> fermentation in the 
cytosol,&nbsp;...
Glycolysis
Carbohydrate catabolism