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Hypoxiacausesmetabolic acidosis from anaerobic metabolism
by his diet(passive) caused bya total anaerobic metabolism
pHmay leaddue to anaerobic metabolism
erythrocytesresultingin accelerated anaerobic metabolism
that act as enzymesto causeoxidative metabolism
the drug ... ableto influenceoxidative metabolism
Normalcausesoxidative metabolism
by mutations in the TCA cycle or the ETC(passive) caused byoxidative metabolism
by rise in environmental temperature(passive) influenced byOxidative metabolism
by genetic status(passive) influenced byoxidative metabolism
how nutrientsinfluencemicrobial metabolism
the aerobic metabolism pathwayleadingto anaerobic metabolism
high ATP concentrationoriginatingfrom anaerobic metabolism
by rise in environmental temperature due to climatic changes(passive) influenced byOxidative metabolism
rise in environmental temperature due to climatic changes(passive) influenced byOxidative metabolism
by Mn(passive) caused byoxidative metabolism
the bodyleadingto anaerobic metabolism
by lack of ability of the body to use circulating glucose(passive) caused byanaerobic metabolism
lack of ability by the body to use circulating glucose(passive) caused byanaerobic metabolism
lack of ability of the body to use circulating glucose(passive) caused byanaerobic metabolism
tissue hypoxialeadingto anaerobic metabolism
Tissue hypoxialeadsto anaerobic metabolism
by oxidative stress(passive) caused byglycolysis metabolism
The oxygen level in the culture is a secondleadingto anaerobic metabolism
exerciseleadingto anaerobic metabolism
oxygen demandleadingto anaerobic metabolism
Prolonged cellular hypoxialeadsto anaerobic metabolism
the cellsleadsto anaerobic metabolism
poor tissue perfusionleadsto anaerobic metabolism
Inadequate tissue O 2 deliveryleadsto anaerobic metabolism
oxygen utilizationleadingto anaerobic metabolism
when oxygen delivery is inadequate to meet metabolic demandsresultingin anaerobic metabolism
oxygen demand is increased beyond supply ( ischemiapromptinganaerobic metabolism
Inadequate tissue O2 deliveryleadsto anaerobic metabolism
occurs when oxygen delivery is inadequate to meet metabolic demandsresultingin anaerobic metabolism
tissuesleadsto anaerobic metabolism
reduced perfusionresultsin anaerobic metabolism
reduced perfusion ... [ 1resultsin anaerobic metabolism
Hypoxiacausesanaerobic metabolism
Hypoxialeadingto anaerobic metabolism
to a build up of lactic acidleadsto a build up of lactic acid
in the accumulation of lactateresultin the accumulation of lactate
to production of lactic acid and metabolic acidosisleadsto production of lactic acid and metabolic acidosis
in lactic acid productionresultsin lactic acid production
in lactic acid production and soreness that causes the muscle to fatigueresultsin lactic acid production and soreness that causes the muscle to fatigue
to fatiguewill leadto fatigue
to cerebral fluid shiftscan leadto cerebral fluid shifts
in production of excess lactic acidresultsin production of excess lactic acid
in lactic acidosisresultsin lactic acidosis
an increase in carbon dioxidecausingan increase in carbon dioxide
metabolic acidosiscausesmetabolic acidosis
fatigue to occur more quicklycausingfatigue to occur more quickly
in a build up of lactic acidresultingin a build up of lactic acid
to occur more quicklycausingto occur more quickly
oftencausesoften
to a build up of lactic acidleadingto a build up of lactic acid
to a buildleadingto a build
to increased lactateleadsto increased lactate
lactate production , acidosis , and an increased concentration of free radicalscausinglactate production , acidosis , and an increased concentration of free radicals
in increased lactate productionresultingin increased lactate production
Increased lactate production(passive) caused byIncreased lactate production
to increased lactic acid productionleadsto increased lactic acid production
in ATP depletion and lactate accumulationresultingin ATP depletion and lactate accumulation
in an increase in lactate production thus causing fatigueresultingin an increase in lactate production thus causing fatigue
to increased lactic acid production C.leadsto increased lactic acid production C.
an increased build - up of lactic acid in the musclescausesan increased build - up of lactic acid in the muscles
an increased build - up of lactic acid in the musclescausesan increased build - up of lactic acid in the muscles
lactate accumulation and pH decreasewill causelactate accumulation and pH decrease
to the accumulation of lactate in the bloodleadingto the accumulation of lactate in the blood
to the formation of lactic acid and the development of metabolic acidosisleadsto the formation of lactic acid and the development of metabolic acidosis
in lactate production and lactic acidosisresultsin lactate production and lactic acidosis
to lactate productionleadsto lactate production
in a metabolic acidosis from lactic acid productionresultsin a metabolic acidosis from lactic acid production
to elevated lactate concentrations in the blood [ lactic acidosiscan leadto elevated lactate concentrations in the blood [ lactic acidosis
to production of ROSleadingto production of ROS
to increased lactateleadsto increased lactate
to increased lactateleadsto increased lactate
the production of lactic acidcausesthe production of lactic acid
in the production of lactic acidresultsin the production of lactic acid
to lactate accumulationleadsto lactate accumulation