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reactive oxygen species that damage cell membranes in the GI tract ( 4(passive) caused bylipid perioxidation
aspiration into lungsmay causelipid pneumonitis
Mitochondrial Damage ... production of ROScauseslipid peroxidation
Fatty acids in the liver induce formation of free radicalscauselipid peroxidation
ROS reactions with membrane lipidscauselipid peroxidation
This increased ROS productioncauseslipid peroxidation
to generate ROS and free radicalscauselipid peroxidation
Antioxidant activity Antioxidants ... free radicalscauseslipid peroxidation
antioxidant activity ... scavenging free radicalscauselipid peroxidation
the hair in moisture and seals ... external aggressorscauselipid depletion
by CCl4 reactive free radicals(passive) caused bylipid peroxidation
oxygen free radicalscauselipid peroxidation
by free radicals of CCl4 metabolism(passive) caused bylipid peroxidation
free radicals and reactive oxygen speciescauselipid peroxidation
Production of free radicalscauseslipid peroxidation
the generation of free radicals(passive) is caused byLipid peroxidation
by the formation of free radicals(passive) caused bylipid peroxidation
free radicals including oxygen - derived species ... which are knownto causelipid peroxidation
to induce the production of ROScauselipid peroxidation
by excess generation of radicals(passive) caused byLipid peroxidation
AAPH - induced ROS generationcan causelipid peroxidation
oxidative stress reactions in lead - induced hepatotoxicity(passive) is caused byLipid peroxidation
generation of stress in cells(passive) is caused byLipid peroxidation
a ROS generation agentcauseslipid peroxidation
The reactive metabolic products of alcohol and ROScauselipid peroxidation
generation of reactive oxygen species ... in turncauseslipid peroxidation
oxidation by ROScauselipid peroxidation
they ... oxidation by ROScauselipid peroxidation
free oxygen radicalscausinglipid peroxidation
These free oxygen radicalscauselipid peroxidation
reactive oxygen species such as singlet oxygencauseslipid peroxidation
oxygen radicals(passive) caused bylipid peroxidation
by reactive oxygen species and radicals(passive) caused bylipid peroxidation
by free radicals generated during (passive) caused bylipid peroxidation
the unsaturated fatty acids of liver microsomescausinglipid peroxidation.35
by excess accumulation of ROS in plant.[Conclusion(passive) caused bylipid peroxidation
Cell membranes ... free radicalscauselipid peroxidation
free radicals(passive) is caused byLipid peroxidation
by free radicals(passive) caused byLipid peroxidation
free radicalscausinglipid peroxidation
of different lipid typescomposedof different lipid types
of different lipid phasescomposedof different lipid phases
of POPC lipidscomposedof POPC lipids
of mixtures of phosphatidylcholine and phosphatidylserine lipidscomposedof mixtures of phosphatidylcholine and phosphatidylserine lipids
of mixed lipid speciescomposedof mixed lipid species
to the formation of a fusionleadingto the formation of a fusion
of a fluorescent protein that can bind to a specific membrane phospholipidcomposedof a fluorescent protein that can bind to a specific membrane phospholipid
of unsaturated phosphatidylcholine ( PC ) , sphingomyelin ( SM ) , and cholesterol are thought to contain microdomains that have similar detergent insolubility characteristics as rafts isolated from cell plasma membranescomposedof unsaturated phosphatidylcholine ( PC ) , sphingomyelin ( SM ) , and cholesterol are thought to contain microdomains that have similar detergent insolubility characteristics as rafts isolated from cell plasma membranes
to membrane fusionleadto membrane fusion
of PCcomposedof PC
to the formation of a fusion poreleadingto the formation of a fusion pore
to damage of the cellular ( lipid ) membranesleadsto damage of the cellular ( lipid ) membranes
of phosphatidylcholinecomposedof phosphatidylcholine
of mixtures of PC and PScomposedof mixtures of PC and PS
of phosphatidylethanolamine and PCcomposedof phosphatidylethanolamine and PC
of two flat sheets of lipidsare composedof two flat sheets of lipids
to extensive membrane damage and dysfunctioneventually leadsto extensive membrane damage and dysfunction
of magnetically anisotropic lipid chainscomposedof magnetically anisotropic lipid chains
of natural or synthetic phospholipidsmainly composedof natural or synthetic phospholipids
of POPCcomposedof POPC
of phospholipidsare ... composedof phospholipids
to cellular apoptosisleadingto cellular apoptosis
to reduced membrane fluidityleadingto reduced membrane fluidity
of DPPCcomposedof DPPC
to alterations in membrane permeability , modification of protein structure and functional changes ( Zimmerman , 1995leadingto alterations in membrane permeability , modification of protein structure and functional changes ( Zimmerman , 1995
from ASA and SA interaction with PC and PE moleculesresultingfrom ASA and SA interaction with PC and PE molecules
to apoptosis of cellscan leadto apoptosis of cells
some of the damagecausessome of the damage
to cell deathmay leadto cell death
to membrane function disruption , cellular ATP depletionleadingto membrane function disruption , cellular ATP depletion
free radical production , which in turn produces tissue damagecausesfree radical production , which in turn produces tissue damage
free radical production that causes tissue damagecausesfree radical production that causes tissue damage
of phosphatidylcholine and cetyltrimethylammonium bromidecomposedof phosphatidylcholine and cetyltrimethylammonium bromide
oxidative damage(passive) caused byoxidative damage
to cell damagecan leadto cell damage
of DMPCcomposedof DMPC
to enhanced atherosclerosisleadingto enhanced atherosclerosis
hence rancidity(passive) caused byhence rancidity
to the formation of reactive end productsleadingto the formation of reactive end products
of phospholipidscomposedof phospholipids