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Angelica archangelica ... oxygen free radicalscauselipid peroxidation
the rats from GM - induced nephrotoxicity ... oxygen free radicalscauselipid peroxidation
ROS and free radicalscauselipid peroxidation
Accumulation of free radicalscan causelipid peroxidation
the presence of free radicals(passive) is caused byLipid peroxidation
overexpression of free radicalscauseslipid peroxidation
The free radicals in the bodycan triggerlipid peroxidation
free radicals ... in turncauseslipid peroxidation
free radicals in the bloodstream(passive) caused bylipid peroxidation
the free radicals they containcan causelipid peroxidation-
the action of free radicals(passive) typically caused bylipid peroxidation
free radicals or metals(passive) caused bylipid peroxidation
scavenging free radicals(passive) is caused bylipid peroxidation
free radicals generated during �(passive) caused bylipid peroxidation
the body ... free oxygen radicalscauseslipid peroxidation
free radicals ... may helppreventlipid peroxidation
free radicals such as hydrogen peroxideto preventlipid peroxidation
free radicals of CCl4 metabolism(passive) caused bylipid peroxidation
Cell membranes ... free radicalscauselipid peroxidation
high levels of free radicals(passive) caused byLipid peroxidation
free radicals , which is set ro(passive) caused bylipid peroxidation
free radicals because of its chemical structure(passive) caused bylipid peroxidation
free radicals react readily with lipidsto causelipid peroxidation
when free radicals damage the cells in your body(passive) is causedLipid peroxidation
cell membrane lipidscausinglipid peroxidation
The active ingredient vitamin E helpspreventlipid peroxidation
a series of reactions caused by free radicals(passive) is triggered byLipid peroxidation
the main function of the antioxidant vitamin E ... to helppreventlipid peroxidation
free radicals leading to plasma membrane disruption(passive) caused bylipid peroxidation
•Trp ... radicalstriggerlipid peroxidation
when UV rays and free radicals attack the skin(passive) are createdLipid peroxides
ROS reactions with membrane lipidscauselipid peroxidation
otherLancet1996BACKGROUND Increased production of reactive oxygen species ( ROS ) andmay contributelipid peroxidation
free oxygen radicals and changes in protein and nucleic acid structure(passive) caused byLipid peroxidation
free radicals on cell surfaces and lipoproteins [ 15(passive) caused bylipid peroxidation
free radicals on cellular membranes and lipoproteins ( 24(passive) caused bylipid peroxidation
thus toxicity.[26 ] Production of free radicalscauseslipid peroxidation
free radicals , which assists with defending the brain from harm(passive) caused bylipid peroxidation
to specifically quench hydroxyl radicalsthus preventinglipid peroxidation
free radical system&comma(passive) caused bylipid peroxidation
membrane damage to mitochondriathereby preventingmembrane damage to mitochondria
oxidative damage to the cellscausesoxidative damage to the cells
into cellular damageresultinginto cellular damage
to damage to DNAcan leadto damage to DNA
damage to these moleculesto causedamage to these molecules
colonic damage(passive) possibly caused bycolonic damage
DNA damage(passive) caused byDNA damage
joint damagecan triggerjoint damage
arterial damage(passive) caused byarterial damage
cell membrane oxidative damage(passive) caused bycell membrane oxidative damage
cellular and tissue damagecausecellular and tissue damage
to a reduction of cell damagecontributesto a reduction of cell damage
in aggregation and bilayer damageresultingin aggregation and bilayer damage
free radical damage in your body and are almost as bad for you as trans fatscreatefree radical damage in your body and are almost as bad for you as trans fats
of POPC , 1-palmitoyl-2-oleoyl - sn - glycero-3-phosphocholine , 1-palmitoyl-2-oleoyl - sn - glycero-3-phospho - L - serine ( POPS ) , and cholesteryl hemisuccinate ( CHScomposedof POPC , 1-palmitoyl-2-oleoyl - sn - glycero-3-phosphocholine , 1-palmitoyl-2-oleoyl - sn - glycero-3-phospho - L - serine ( POPS ) , and cholesteryl hemisuccinate ( CHS
Prostaglandin biosynthesis ban(passive) be triggered byProstaglandin biosynthesis ban
cell death and organ damagecausecell death and organ damage
extensive damage to membranes in the bodycreateextensive damage to membranes in the body
of DPPC lipidscomposedof DPPC lipids
damage to the cell membrane and cell lysiswill causedamage to the cell membrane and cell lysis
of unsaturated lipids ( upper ) and saturated lipids plus cholesterol ( lower ) 12 H. B 45,(A4composedof unsaturated lipids ( upper ) and saturated lipids plus cholesterol ( lower ) 12 H. B 45,(A4
of a tryhydroxy alcohol ( glycerol ) and long chain fatty acids ( RCOOH ) as shown in Figure 2composedof a tryhydroxy alcohol ( glycerol ) and long chain fatty acids ( RCOOH ) as shown in Figure 2
to membrane fusionleadto membrane fusion
extensive damage to membranes in terms of cross - linking of membrane components , leaks and lysiscauseextensive damage to membranes in terms of cross - linking of membrane components , leaks and lysis
damage to the cell membrane and making the membrane fragilemay causedamage to the cell membrane and making the membrane fragile
in cell damage that can lead to cell deathresultin cell damage that can lead to cell death
of phosphatidylethanolamine and PCcomposedof phosphatidylethanolamine and PC
of unsaturated phosphatidylcholine ( PC ) , sphingomyelin ( SMcomposedof unsaturated phosphatidylcholine ( PC ) , sphingomyelin ( SM
of polyunsaturated phospholipids and cholesterol Prennercomposedof polyunsaturated phospholipids and cholesterol Prenner
the majority of diseased segments in IFCcomposedthe majority of diseased segments in IFC
from the action of oxidative stress molecules on polyunsaturated fatty acidsresultingfrom the action of oxidative stress molecules on polyunsaturated fatty acids
from oxidation of unsaturated lipidsresultingfrom oxidation of unsaturated lipids
of different unsaturated lipidscomposedof different unsaturated lipids
of cholesterol ( Chol ) and neutral phospholipids such as phosphatidylcholine ( PCcomposedof cholesterol ( Chol ) and neutral phospholipids such as phosphatidylcholine ( PC
oxidative stress and damage in retinal tissue and retinal pigment epithelium ( RPEprovokedoxidative stress and damage in retinal tissue and retinal pigment epithelium ( RPE
from oxidative stress in cellsresultfrom oxidative stress in cells
bad cholesterol Backgroundcausesbad cholesterol Background
from the peroxidation of ω-6-polyunsaturated fatty acidsoriginatingfrom the peroxidation of ω-6-polyunsaturated fatty acids
of castor oil and PCcomposedof castor oil and PC
of mixtures of PC and PScomposedof mixtures of PC and PS