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Gases which have a lower density than air ( CH4causea decrease on the surface membrane temperature
the thermal induced diffusionresultedfrom the temperature differences across the membrane
such a channel 's activity ... perturbationsinfluencethe membrane 's critical temperature
the membrane surfacecausingan increase in the membrane temperature
the other part is kept by the membrane and this part of heatcausesthe increase in the membrane temperature
Gases that have a lower density than air ( H2causea decrease in membrane temperature
different cellular stresses and adjuvants(passive) caused bychanges in membrane fluidity
fatty acid compositionresultingin increased membrane fluidity
by ethanol(passive) caused bychanges in membrane fluidity
physically disturb the membraneresultingin increased fluidity of the membrane
More unsaturated fatty acidswill causean increase in membrane fluidity
perturbs their structureresultingin increased membrane fluidity
High temperaturesleadto increased fluidity of the membrane
DHA and EPAcausedincreased membrane fluidity
alcohols(passive) caused byThe increased membrane fluidity
The saturation of unsaturated fatty acids by halogenation or lipid peroxidationcauseschanges in membrane fluidity
excessive overflowdoes ... causespread of the membrane liquid
ATP - sensitive potassium channelscausingdepolarization of the membrane
inhibit ATP - sensitive potassium channelscausingmembrane depolarization
potassium channelscausingmembrane depolarization
Phospholipid modificationsresultin membrane layer fluidity
K+-selective channelsthereby causinghyperpolarization of the membrane
by increased content in unsaturated fatty acids(passive) caused bycellular membrane fluidity
A reduced colloid osmotic pressure in turncausesfluid to membrane
by Ca2(passive) caused bymembrane depolarization
rush into the axoncausingdepolarization of the membrane
pulses of Caoften causemembrane depolarization
Daptomycincausesmembrane depolarization
Over 81 % of the total fatty acids ... the lower melting point anteiso acidsmay contributeto membrane fluidity at low temperatures
the cholesterol content , phospholipid composition and the fatty acid composition of the phospholipids(passive) is influenced byThe fluidity of a membrane
The mosaic nature of the membrane , its phospholipid chemistry , and the presence of cholesterolcontributeto membrane fluidity
by altered membrane lipid content(passive) caused bymembrane fluidity
) . Cholesterol is also present , ... , and there are various proteins embedded within the membrane that have a variety ocontributesto the fluidity of the membrane
by temperature and membrane composition 3(passive) is influenced bymembrane fluidity
by membrane composition and temperature(passive) is influenced bymembrane fluidity
by temperature and membrane composition(passive) is influenced bymembrane fluidity
by temperature and membrane composition(passive) is influencedmembrane fluidity
by membrane composition and temperature(passive) is influencedmembrane fluidity
temperature and membrane composition(passive) is influenced bymembrane fluidity
In model membranes , free cholesterol interacts with phospholipids and sphingolipidsto influencemembrane fluidity
phase inversion(passive) is caused byphase inversion
to increased diffusion rateswill leadto increased diffusion rates
most timesleadsmost times
its internal pressure(passive) caused byits internal pressure
likelycontributelikely
to the pleiotropic phenotype of rasP mutant cellscontributeto the pleiotropic phenotype of rasP mutant cells
to increased permeability of the membraneleadsto increased permeability of the membrane
cellular damage and necrosiscausescellular damage and necrosis
alsoresultsalso
a failurecausea failure
in enhanced passive diffusion of the drugs ( 30resultingin enhanced passive diffusion of the drugs ( 30
alsoresultsalso
to a fragile outer membraneleadingto a fragile outer membrane
greater uptake of auranofin(passive) could be influenced bygreater uptake of auranofin
to plasma membrane blebbing and sheddingleadingto plasma membrane blebbing and shedding
to increased membrane permeabilityleadingto increased membrane permeability
the functioninfluencesthe function
reduced insulin binding to receptors on cellular membranes and reduced insulin actioncausesreduced insulin binding to receptors on cellular membranes and reduced insulin action
in an additive effect of increased fluidity upon addition of cisplatinresultedin an additive effect of increased fluidity upon addition of cisplatin
to alterations in lipid metabolism to maintain and stabilize fluidity [ 3 , 48leadingto alterations in lipid metabolism to maintain and stabilize fluidity [ 3 , 48
in a vapor pressure differenceresultsin a vapor pressure difference
to an influx of calciumleadingto an influx of calcium
release of the excitatory neurotransmitter glutamatecausesrelease of the excitatory neurotransmitter glutamate
to the action potentialleadingto the action potential
in lower operating costsresultsin lower operating costs
to increased blockingleadsto increased blocking
to increased blockingleadsto increased blocking
to excitationDoes ... always leadto excitation
to apoptosis / autophagy of HeLa cellsleadingto apoptosis / autophagy of HeLa cells
the neuron to fire , which is caused by ion pumps , which is triggered by biochemical receptors , which was caused by the prior neuron firing ... but what causes thatcausesthe neuron to fire , which is caused by ion pumps , which is triggered by biochemical receptors , which was caused by the prior neuron firing ... but what causes that
to various advantages for the user such as improvement in memorizing abilities ... and enhance cognition among the elderly , and improved learning abilities among other benefitsleadsto various advantages for the user such as improvement in memorizing abilities ... and enhance cognition among the elderly , and improved learning abilities among other benefits
to increased membrane permeabilityleadingto increased membrane permeability
in altered membrane protein activityresultsin altered membrane protein activity
the activity of membrane - bound enzymescan influencethe activity of membrane - bound enzymes
reduced insulin binding to receptors on cellular membranes and reduced insulin actioncausesreduced insulin binding to receptors on cellular membranes and reduced insulin action
sperm immobilitycausessperm immobility
membrane - bound enzymes(passive) is influencedmembrane - bound enzymes
to the efficient formation of lipid rafts in neuronal plasma membranesleadingto the efficient formation of lipid rafts in neuronal plasma membranes
increased insulin binding to receptor sitescausesincreased insulin binding to receptor sites
in change in membrane integrityresultingin change in membrane integrity