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the TH enzymeleadingto low mitochondrial ATP production.[7
the host plantleadingto low ATP content
Reduced cytochrome c oxidase activitymay resultin low ATP production
the oxidative phosphorylation ( OXPHOS ) pathway , ... elevated reactive oxygen species ( ROS ) levels , which cause oxidative stressresultingin low ATP production
reduced the transcription of the mtDNAresultingin low ATP production
the OXPHOS pathwayresultingin low ATP production
mitochondrial respirationleadingto a low [ ATP ] state
impair the oxidative phosphorylation ( OXPHOS ) pathwayresultingin low ATP production
the deficiency of glucose(passive) is caused bylower ATP energy
impair the OXPHOS pathway ,resultingin low ATP production
to seeis causingthe low ATP level
those of the citric acid cycle and the electron transport chainleadingto low ATP energy
the bacteriacauseslow ATP energy
a bacteriacausesthe low ATP energy
a reduction of these overexpressed enzymes in Phyllanthus - treated infected cellsmay leadto a low production of ATP
DNA damagecausesthis low ATP energy
DNA damagecausesthe low ATP energy
protein synthesiscausedthrough low ATP levels
phosphates deposited in tissues(passive) is caused byLow ATP level
the problemcausinglow ATP synthesis but
the methylation blockis causinglow glut and ATP
DNA damagecan causelow levels of ATP energy
the blocking of glucosecan leadto lower ATP
a lack of magnesiumcan causea decrease in ATP
metabolic stresscauseslow NO and low ATP
low COQ10resultsin low ATP
cellular toxicity ... low COQ10resultsin low ATP
the brainleadsto low ATP
cellular toxicityresultsin low ATP
disruption of glycogen metabolismresultsin low ATP
DNA damagecould causelow levels of ATP molecules
DNA damagecauseslow levels of ATP molecules
CoQ10 levelsleadingto reduced ATP
a variety of reasons(passive) can be caused byLow ATP
Coenzyme Q10 plays key roles shuttling around energy - carrying electrons and protons in OXPHOSleadingto higher ATP
mitochondrial metabolic dysfunctionresultsin a lack of ATP
Too much glucose ( from eating starchy foods , sugar , potatoes ) and foods that easily covert to glucose , and a deficiency of oxygen from poor breathing , or insufficient aerobic exercising can upset this delicate 80 % Oxygen:20 % Glucose balancethus causingan ATP deficiency
by ischemia(passive) caused bya lack of ATP
by ischemia(passive) caused bylack of ATP
reverse ATP synthase activityresultsin ATP depletion
to osteoarthritiscontributeto osteoarthritis
cell dysfunctioncan causecell dysfunction
our cells to be sickcauseour cells to be sick
cells to be sickcausecells to be sick
our cells to be sickcausesour cells to be sick
to or resulted from the development of infectioncontributedto or resulted from the development of infection
to muscle weakness and painmay contributeto muscle weakness and pain
the activation of AMPK(passive) caused bythe activation of AMPK
howeverleadhowever
to necrosisleadingto necrosis
from insufficient delivery of nutrient and oxygenmight ... resultfrom insufficient delivery of nutrient and oxygen
the effect role of ATP and the ripple effect(passive) caused bythe effect role of ATP and the ripple effect
in the depolarization of neuronsresultin the depolarization of neurons
to exhaustionleadto exhaustion
to necrosisleadsto necrosis
in improved level of sensitivity to apoptosisresultingin improved level of sensitivity to apoptosis
hemolysis(passive) caused byhemolysis
in the depolarization of neurons due to the failure of Na / K pumps of the cell membranesresultin the depolarization of neurons due to the failure of Na / K pumps of the cell membranes
our cells to be sick , and decreases their ability to heal , regenerate , or function properlycauseour cells to be sick , and decreases their ability to heal , regenerate , or function properly
Protracted autophagy(passive) caused byProtracted autophagy
Protracted autophagy(passive) caused byProtracted autophagy
to impairment of all activities and integrity of the cell ( 18leadingto impairment of all activities and integrity of the cell ( 18
in low cellular energy productionresultsin low cellular energy production
slow but steady increases in cytosolic calcium due to an inability to maintain the calcium concentration gradient with the extracellular spacecausesslow but steady increases in cytosolic calcium due to an inability to maintain the calcium concentration gradient with the extracellular space
inflammationcausesinflammation
howevercontributeshowever
cell deathmay causecell death
in loss of endurance and energygenerally resultsin loss of endurance and energy
to cellular fatigue and degenerationleadsto cellular fatigue and degeneration
to : Fatigue , contributesto : Fatigue ,
Physiological fatigue(passive) is caused byPhysiological fatigue
loss of magnesiumcausesloss of magnesium
loss of magnesium through urinecausesloss of magnesium through urine
the muscle to contract less 29 2012causesthe muscle to contract less 29 2012
a switch of the mode of cell death from apoptosis to necrosiscan causea switch of the mode of cell death from apoptosis to necrosis
to cell deathleadsto cell death
all muscles to contractcausesall muscles to contract
damage in the cellsmay causedamage in the cells
in the rigor state characteristic of rigor mortiswould resultin the rigor state characteristic of rigor mortis
in the rigor state characteristic mortiswould resultin the rigor state characteristic mortis