intense physical exercise(passive) has been created bythe ‘ oxygen debt
to produce energy during exercisecreatingan “ oxygen debt
when you have an intense burst of exercisecreatean oxygen debt
when you have an extreme burst of exercisecreatean oxygen debt
Lactic acid builds up in the runner s musclescausingan oxygen debt
anaerobic respiration in which short amounts of energy are made without oxygen which later needs to be repaid(passive) is usually caused byOxygen debt
when you exercise at an intensity level higher than your VO2max(passive) is createdHigh oxygen debt
The high intensity nature of this exercisecreatestremendous oxygen debt
ATP pathway limited by the build - up of lactic acidcreatesoxygen - debt
to anaerobic exercise Anaerobic fitness ... a high intensitycausesoxygen debt
said exercise or activity resulting in caloric expenditure(passive) created bythe oxygen debt
because you are shocking your bodycreatingan oxygen debt
which is 30 - 60 seconds of intense exercise with Xiser equipmentto createan oxygen debt
This type of activitycreatestremendous oxygen debt
activity ... more likelyto createan oxygen debt
Generally , those with MetS should not engage in competitive or exhaustive exercise ,contributeto oxygen debt
For instance , during interval training , you requireto createan oxygen debt
Short , intense activity bursts followed by brief recovery periods kick your metabolism into overdrive ,creatingan oxygen debt
where EPOC ( excess post - exercise oxygen consumption ) is used to help restore the body to a resting state and adapt a resting state to the exercise just performed(passive) is createdAn oxygen debt
where EPOC ( excess post - exercise oxygen consumption ) is used to help restore the body to a resting state and adapt it to the exercise just performed , which requires energy(passive) is createdAn oxygen debt
because oxygen is needed to convert lactic acid back to a harmless chemical ( pyruvic acid(passive) is createdAn oxygen debt
The intensive nature of the activitycreatesan ‘ oxygen debt
that when you exercise at such a high intensity , your body ca n't uptake enough oxygen to maintain the workload and functioncreatingan oxygen debt
Cardiac output = stroke volume x heart rate Effects of exercisecausesoxygen debt EPOC
the intensity ... high enough during the workoutto createan oxygen debt
the workout that the body must repay up to 13 hours post workout(passive) was created byAn oxygen debt
through exercise that is then responsible for rebalancing your bodycreatethrough exercise that is then responsible for rebalancing your body
the most problemsto have causedthe most problems
if you ever experienced Soreness after prolong exercise(passive) may have been caused byif you ever experienced Soreness after prolong exercise
lactic acid to accumulate in your muscles to make them burncauseslactic acid to accumulate in your muscles to make them burn
in the EPOC effect ... Excess Post - Exercise Oxygen Consumptionresultsin the EPOC effect ... Excess Post - Exercise Oxygen Consumption
to your body continuing to burn calories for hours post exerciseleadsto your body continuing to burn calories for hours post exercise
through the intensity of the workoutcreatedthrough the intensity of the workout
in the weakness of aerobic exercise capacity affecting the cardio - pulmonary functionresultingin the weakness of aerobic exercise capacity affecting the cardio - pulmonary function
after intense exercise often referred to by trainers as afterburn , which is basically gym terminology for EPOCcreatedafter intense exercise often referred to by trainers as afterburn , which is basically gym terminology for EPOC
to anaerobic metabolism , which leads to lactic acid build up and muscle fatigueleadsto anaerobic metabolism , which leads to lactic acid build up and muscle fatigue
a person to spend time in rapid , deep breathing after strenuous exercise , as the ath- letes bes in Figurecausesa person to spend time in rapid , deep breathing after strenuous exercise , as the ath- letes bes in Figure
a person to spend time in rapid , deep breathing after strenuous exercise , as the athletes shown in Figure 45 - 14 are doingcausesa person to spend time in rapid , deep breathing after strenuous exercise , as the athletes shown in Figure 45 - 14 are doing
the formation of lactic acidcausesthe formation of lactic acid
to an increase in EPOC following a workoutleadsto an increase in EPOC following a workout
to fatigue and poor performance levelsleadsto fatigue and poor performance levels
to an increased metabolism for many hours after the workout is completedleadsto an increased metabolism for many hours after the workout is completed
inside of the body and one ’s metabolism is therefore increased , burning more body fat then normally possibleis createdinside of the body and one ’s metabolism is therefore increased , burning more body fat then normally possible
different mechanisms in your body than when you have ample oxygen to usetriggersdifferent mechanisms in your body than when you have ample oxygen to use
different mechanisms in your body than when you have amble oxygen to usetriggersdifferent mechanisms in your body than when you have amble oxygen to use
stress(passive) created bystress
and rid the body of toxic waste productscreatedand rid the body of toxic waste products
to otheg activation and systemic inflammationleadsto otheg activation and systemic inflammation
an hypoxic environmentcreatesan hypoxic environment
the contraction painis causingthe contraction pain
and it has to be paid backhas been createdand it has to be paid back
when you were working hardwas createdwhen you were working hard
your body to ask for more oxygen during your recoverycausingyour body to ask for more oxygen during your recovery
high lactate levels(passive) caused byhigh lactate levels
to blood failure and its implications for remote damage control resuscitationcontributesto blood failure and its implications for remote damage control resuscitation
to intracellular hypoxia and damage to the mitochondrial membrane ... resulting in the generation of free electrons and oxidative tissue injury [ 29 - 31leadsto intracellular hypoxia and damage to the mitochondrial membrane ... resulting in the generation of free electrons and oxidative tissue injury [ 29 - 31
from a decrease in oxygen delivery and/or an increase in oxygen consumption , such as in hypovolemic , cardiogenic , or obstructive shock ( Table 1can resultfrom a decrease in oxygen delivery and/or an increase in oxygen consumption , such as in hypovolemic , cardiogenic , or obstructive shock ( Table 1
to endothelial activationand systemic inflammation106leadsto endothelial activationand systemic inflammation106
to an acidic environment in the cellleadsto an acidic environment in the cell
from blood flow occlusionresultingfrom blood flow occlusion
to an accumulation of lactic acid as metabolic waste in the muscle fibersleadsto an accumulation of lactic acid as metabolic waste in the muscle fibers
to an accumula- tion of lactic acid as metabolic waste in the muscle fibersleadsto an accumula- tion of lactic acid as metabolic waste in the muscle fibers
muscle tightnesscreatesmuscle tightness
to lactate threshold being achievedwill leadto lactate threshold being achieved
from anaerobic activityresultingfrom anaerobic activity
in us not thinking through worries in a functional wayresultsin us not thinking through worries in a functional way