| ATP-PC | | the point at which blood lactic acid suddenly rises during incremental exercise |
| coricycle | | breakdown of glucose or glycogen |
| lypolysis | | where 1-4 units of an athletes blood are removed over a 3-8 week period and stored in a freezer then reinfused to the athlete 7-10 days prior to event to increase red blood cells |
| bioenergetics | | converting food stuff ex: fats, carbs, into energy |
| betaoxidation | | total of all chemical reactions that occur in the body |
| lacticacidshuttle | | this product can buffer the acid and reduce the acidity in the body |
| ATP | | how many minutes does it take to fully deliver O2 for aerobic activity |
| carb | | what metabolic system creates more atp's |
| two | | this portion of O2 debt occurs within 30 minutesof post exercise |
| metabolism | | regenerates lactic acid back to glucose when it goes through liver |
| fats | | breakdown of fatty acid |
| acidity | | elevated Vo2 for several minutes immediately following exercise |
| blooddoping | | this is stored in the myosin head |
| fast | | limitation of glycolysis if there are more H than NAD |
| slow | | this portion of O2 debt occurs within 3 minutes of post exercise |
| epoc | | where everything starts, we have about 6 seconds of stored atp |
| epo | | this is a kidney hormone, red blood cell levels can be adjusted by this |
| bakingsoda | | what is easier to breakdown, fats or carb |
| lactatethreshold | | breakdown of fats |
| glycolysis | | turns lactic acid into type I fibers |