by EARS2 mutations(passive) caused byhigh lactate ' LTBL
by poor end organ perfusion(passive) is ... causedthat high of lactate
surgery and the factorscausehigh lactate
by novel mutations in the EARS2 gene(passive) caused byhigh lactate
many disorders and diseasescausehigh lactate
Thiamin deficiencycauseshigh lactate
hypoperfusion ( shockcauseslactate to rise
gut dysbiosis(passive) is caused byhigh lactate
hypoxemia ( e.g. hypoperfusion(passive) is causedhigh lactate
Any process that causes tissue hypoperfusion and subsequent anaerobic metabolismcan leadto an elevated lactate
anaerobic metabolism occurring in muscle cells during strenuous exercise(passive) can be caused byExcess lactate
any process which causes tissue to use anaerobic respiration(passive) can be caused byA raised lactate
conditionscan causehigh levels of lactate
lots of conditionscauseelevated lactate
What drugscan causean elevated lactate
a prescription ... conditionscan causehigh levels of lactate
Mitochondrial functionmay ... be causinglactate elevation
both methanol and ethylene glycolmay causean elevated lactate
delirium and end organ perfusion deficitcausingthe elevated lactate
a number of conditionscan causehigh levels of lactate
venous stasismay causelactate elevation
Short rest periods are the most effectivecausea large amount of lactate
Short rest periods are the bestcausea large amount of lactate
Short rest periods are the very best as a result ofcausea large amount of lactate
Short rest periods are the best as a result ofcausea large amount of lactate
Short rest intervals are the very bestcausea large amount of lactate
Short rest intervals are the bestcausea large amount of lactate
Short rest intervals are the best as a result ofcausea large amount of lactate
Short rest intervals are the very best as a result ofcausea large amount of lactate
Simple rest intervals are the bestcausea large amount of lactate
Brief rest periods are the most effectivecausea large amount of lactate
to higher acidity in muscle , which leads to fatigueleadto higher acidity in muscle , which leads to fatigue
an increase in the acidity of your muscle cellscausesan increase in the acidity of your muscle cells
from mitochondrial dysfunction and multiple sclerosis ( MS ) progressionresultingfrom mitochondrial dysfunction and multiple sclerosis ( MS ) progression
muscle cramping , fatigue and brain fogcan causemuscle cramping , fatigue and brain fog
muscle cramping , fatigue and brain fogcan causemuscle cramping , fatigue and brain fog
a blood culture , which in this situation is much more likely to yield a contaminant that prompts administration of unnecessary antibiotics and can prolong hospital length of stayprompteda blood culture , which in this situation is much more likely to yield a contaminant that prompts administration of unnecessary antibiotics and can prolong hospital length of stay
fatiguecausesfatigue
muscle cramping fatigue and brain fogcan causemuscle cramping fatigue and brain fog
to decreased pressure and t fatigueleadingto decreased pressure and t fatigue
the low(passive) caused bythe low
metabolic acidosis : A ) Type A ( due to reduced O2 deliverycausedmetabolic acidosis : A ) Type A ( due to reduced O2 delivery
acidosis and encephalopathycan causeacidosis and encephalopathy
the low pH(passive) caused bythe low pH
FrequentlycausesFrequently
to neurological issuesleadsto neurological issues
on survivaladversely influencedon survival
other side effects not listed belowmay causeother side effects not listed below
muscles to stop workingcausesmuscles to stop working
a small but significant increase in Hc - O2 affinitycauseda small but significant increase in Hc - O2 affinity
to the anion gapwill also contributeto the anion gap
to the elevated anion gap and the osmolar gapmay contributeto the elevated anion gap and the osmolar gap
to superiorleadsto superior
from glycolysisresultsfrom glycolysis
to the NAD(P)H biphasic responsecontributesto the NAD(P)H biphasic response
to decreased tumor cell proliferationleadingto decreased tumor cell proliferation
to higher cellular lactate levelsleadingto higher cellular lactate levels
fatigue ... and there is NO lactate thresholddoes ... causefatigue ... and there is NO lactate threshold
to an elevated lactate / pyruvate ratioleadingto an elevated lactate / pyruvate ratio
from many other causes including recent exercise , and generalized shockcan resultfrom many other causes including recent exercise , and generalized shock
the hydrogen ions in the muscle to increasecausesthe hydrogen ions in the muscle to increase
to rapid fatigue if the lactate is not removedleadsto rapid fatigue if the lactate is not removed
to rapid fatigue if the lactate is not removed it should beleadsto rapid fatigue if the lactate is not removed it should be