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generation itselfcausesproton leak via lipid peroxidation / membrane damage
a particle acceleratordesigned primarilyto study proton - proton collision
the decrease in membrane potential(passive) caused bythe down - regulation of inner membrane proton leak
by increased permeability of their inner membrane(passive) caused bythe proton leakage process of mitochondria
increased permeability of their inner membrane(passive) caused bythe proton leakage process of mitochondria
where ischemia has been shownto causean increase in proton leak [ 33
A. Long alkyl chain TPP+ derivativescausean increase in proton leak - driven respiration
the Timestrikerscausingmassive energy leaks
Further ( rather complicated ) experiments ... a proteincausesefficiency - sapping proton leakage across the mitochondrial membrane
where ischemia has been shownto causean increase in proton leak
Leak testing equipmentis designedto detect hydrogen leaks
Silver binds to surface membranes and proteinscausingproton leaks in the membrane
any mechanismresultingin proton leak ( i.e. uncoupling
protein 1 ( UCP1causesmitochondrial proton leak
They have been hypothesizedto causea mitochondrial proton leak
Although UCP1 is knownto influencemitochondrial proton leak
3 connected holes(passive) composed byproton 's quark+
By contrast , the ability of the high - safflower oil diet to produce a less pronounced increase in the efficiency of catch - up fat may partly reside in increased incorporation of arachidonic acid in hepatic mitochondrial membranesleadingto enhanced proton leak and mitochondrial uncoupling
membranescausingproton leakage and depolarization
This processcauseshydrogen leaks
chronic overexpression of cPLA2 in the MIN6 cellscausedupregulation of the mitochondrial proton transporter UCP-2
This methodcauseshydrogen leaks
Mitochondria ... ROS ) generationresultedfrom the ? electron leak
This protein causes an increase in the permeability of the inner mitochondrial membranescausingproton leak
by the drugs or their combination(passive) caused byproton leak
generation itselfcausesproton leak
One factorcontributesto this proton leak
when water was discovered coming out of an electrical junction box at the facility(passive) was accidentally discoveredThe tritium leak
membrane integrityleadingto proton leakage
energy restrictionwould influenceproton leakage
fatty acidsleadingto proton leakage
specific membrane proteins - uncouplers ( uncoupler proteins - UCPs(passive) is caused byProton leakage
activation of Hv1 proton channels using patch - clamp fluorometry recordings from channels labeled with the Venus fluorescent protein at intracellular domains(passive) caused bythe proton depletion
to energy dissipation and heat productionleadingto energy dissipation and heat production
to energy dissipationleadingto energy dissipation
non - phosphorylating respiration(passive) caused bynon - phosphorylating respiration
uncoupling of the respiratory chain electron transportcausesuncoupling of the respiratory chain electron transport
to lower islet ROScould leadto lower islet ROS
to the generation of heat instead of the production of ATPleadingto the generation of heat instead of the production of ATP
to energy homeostasiscontributeto energy homeostasis
decreased maximum respiratory capacity.[34causesdecreased maximum respiratory capacity.[34
less superoxide generationDoes ... causeless superoxide generation
explosionscould causeexplosions
to the uncoupling of the electron respiratory chain and the collapse of membrane potential , which in turn leads to a cessation of ATP generation in mitochondrialeadto the uncoupling of the electron respiratory chain and the collapse of membrane potential , which in turn leads to a cessation of ATP generation in mitochondria
in an increase of mitochondrial couplingresultingin an increase of mitochondrial coupling
to impaired ATP production ( 35leadsto impaired ATP production ( 35
electric current to flow through a wire from an anode to a cathodecauseselectric current to flow through a wire from an anode to a cathode
to increased free radical generationleadingto increased free radical generation
to health problemscan also leadto health problems
oxidative stress that can lead to cell deathcausesoxidative stress that can lead to cell death
to more water in the atmosphere , which could accelerate global warmingcould leadto more water in the atmosphere , which could accelerate global warming
to cell deathcan leadto cell death
to cell death ( apoptosiscan leadto cell death ( apoptosis
to reduction in the efficiency of ATP production from oxidative phosphorylationleadingto reduction in the efficiency of ATP production from oxidative phosphorylation
decreased maximum respiratorycausesdecreased maximum respiratory
in the production of fewer ROSmay resultin the production of fewer ROS
in the production of fewer ROS in the first placemay resultin the production of fewer ROS in the first place
significantlycontributessignificantly
energy depletioncausingenergy depletion
to neutrinos ( or some other invisible particle ) being producedledto neutrinos ( or some other invisible particle ) being produced
to creation of stable excitation of physical vacuumleadsto creation of stable excitation of physical vacuum
to energy productionleadsto energy production
to the dissipation of energy as heatleadingto the dissipation of energy as heat
to membrane depolarization ( mild uncouplingleadingto membrane depolarization ( mild uncoupling
in an enhancement of kcatresultingin an enhancement of kcat
to a rapid consumption of energy without generation of ATPleadsto a rapid consumption of energy without generation of ATP
the neutronHow was ... discoveredthe neutron
to the Academyare contributingto the Academy
the Electricity stageinfluencesthe Electricity stage
the Strength levelinfluencesthe Strength level
to more cytosolicleadsto more cytosolic
to more cytosolic Na+leadsto more cytosolic Na+
The Best 15 , 20 , 25 , 30 , 35 and 70 MeV(passive) are designedThe Best 15 , 20 , 25 , 30 , 35 and 70 MeV