Lactic acid production would be the fate of which energy system?
singleAnswer
Anaerobic glycolysis
Anaerobic glycolysis
Lactic acid production would be the fate of which energy system?
Anaerobic glycolysis Cori cycle Lactic acid Pyruvic acid Fatty acid metabolism Cellular waste product Ketone bodies Lactate threshold Lactic acid fermentation Anaerobic exercise
... <b>production</b> during short, intense exercise, providing <b>energy</b> for a period 
ranging from 10 seconds <b>to</b> 2 minutes. The anaerobic glycolysis (<b>lactic acid</b>) 
<b>system</b> is&nbsp;... The Cori cycle named after its discoverers, Carl Ferdinand Cori and Gerty Cori, 
refers <b>to</b> the ... <b>Lactic acid fermentation</b> converts pyruvate <b>to</b> lactate by lactate ... 
The cycle is also important in <b>producing</b> ATP, an <b>energy</b> source, during muscle&nbsp;... <b>Lactic acid</b> is an organic acid. It has a molecular formula CH3CH(OH)COOH. It is 
white in solid ... <b>Lactic acid producing</b> bacteria <b>can</b> be divided in two classes: ... 
glucose, and this ensures that <b>energy production</b> is maintained and exercise <b>can</b> 
continue. ... UC Davis Health <b>System</b>, Sports Medicine and Sports Performance. It <b>can</b> also be used <b>to</b> construct the amino acid alanine and <b>can</b> be converted into 
ethanol or <b>lactic acid</b> via <b>fermentation</b>. Pyruvic acid supplies <b>energy to</b> cells&nbsp;... Fatty <b>acid</b> metabolism consists of catabolic processes that generate <b>energy</b>, and 
anabolic ... One role of fatty <b>acids</b> in animal metabolism is <b>energy production</b>, 
captured in ... in the body except red blood cells and neurons in the central 
nervous <b>system</b>) ... L-<b>Lactate can</b> complete the net conversion of fatty <b>acids</b> into 
glucose. <b>Lactic acid fermentation</b> is somewhat faster, although less efficient, than aerobic 
respiration, so in activities like sprinting it <b>can</b> help quickly provide needed 
<b>energy</b>&nbsp;... Ketone bodies are the water-soluble molecules containing the ketone group that 
are <b>produced</b> ... This is because fatty <b>acids can</b> only be metabolized in the 
mitochondria. ... Though it is the source of ketone bodies, the liver cannot use 
them for <b>energy</b> because it lacks the enzyme thiophorase (β-ketoacyl-CoA 
transferase). Lactate inflection point (LIP), is the exercise intensity at which the blood 
concentration of lactate and/or <b>lactic acid</b> begins <b>to</b> increase exponentially. It is 
often expressed as 85% of maximum heart rate or 75% of maximum oxygen 
intake. When exercising at or below the lactate threshold, any lactate <b>produced</b> 
by ... The anaerobic <b>energy system</b> increases the ability <b>to produce</b> blood lactate
&nbsp;... <b>Lactic acid fermentation</b> is a metabolic process by which glucose and other six-
carbon sugars are converted into cellular <b>energy</b> and the metabolite lactate,&nbsp;... &#39;Anaerobic exercise - high intensity movements performed in a short period of 
time. It <b>can</b> be used by athletes in sports <b>to</b> promote strength, endurance, speed 
and power; and are used by body builders <b>to</b> build workout intensity. Muscle 
<b>energy systems</b> trained using anaerobic exercise develop differently ... for many 
sports demands that both energy <b>producing</b> systems be developed.
Anaerobic glycolysis
Anaerobic glycolysis