to brain cell deathcontributeto brain cell death

photoinactivation of fungi [ 29causingphotoinactivation of fungi [ 29

macromolecule damage , a major contributor to agingcausemacromolecule damage , a major contributor to aging

the oxidative injury(passive) are provoked bythe oxidative injury

the repair of strand breaks and base damage in the DNA molecule(passive) mainly caused bythe repair of strand breaks and base damage in the DNA molecule

tissue destruction and premature agingcausetissue destruction and premature aging

many diseases and aging to the bodycausesmany diseases and aging to the body

DNA mutations ... giving rise to duplication of the PTHrP and beta - adrenergic receptor genescausedDNA mutations ... giving rise to duplication of the PTHrP and beta - adrenergic receptor genes

in additional oxidative stressresultingin additional oxidative stress

oxidative damage to cellscausingoxidative damage to cells

free radical damage(passive) caused byfree radical damage

oxidative stress by affecting the creation and efficacy of antioxidants created from glutathione by displacing sulfide groups , decreasing the reduced form and increasing the oxidized form , and causing an increase in reactive oxygen species ( ROS ) ( 32causingoxidative stress by affecting the creation and efficacy of antioxidants created from glutathione by displacing sulfide groups , decreasing the reduced form and increasing the oxidized form , and causing an increase in reactive oxygen species ( ROS ) ( 32

vascular tonecan influencevascular tone

rapid changes in the composition of the membrane lipids or better known as lipid peroxidationcausesrapid changes in the composition of the membrane lipids or better known as lipid peroxidation

ototoxicitycauseototoxicity

Damage of the parotid glands(passive) are caused byDamage of the parotid glands

intestinal injuries(passive) caused byintestinal injuries

to tumour formation in the ratleadingto tumour formation in the rat

eventual cellcauseeventual cell

in local and systemic oxidative stress through lipid peroxidationresultingin local and systemic oxidative stress through lipid peroxidation

from stimulated peroxisomal -oxidationresultingfrom stimulated peroxisomal -oxidation

to the teratogenicity of glucose and diabetescan contributeto the teratogenicity of glucose and diabetes

from the inflammatory areaoriginatingfrom the inflammatory area

cellular damage(passive) caused bycellular damage

the possible destruction(passive) caused bythe possible destruction

various DNA damagescausevarious DNA damages

in human skeletal muscle during exercisecreatedin human skeletal muscle during exercise

in human skeletal muscleduring exercisecreatedin human skeletal muscleduring exercise

from local RF - EMF exposureresultingfrom local RF - EMF exposure

the most frequent lesion(passive) caused bythe most frequent lesion

harm to cellular structures in adjacent cancer and fungal cellscauseharm to cellular structures in adjacent cancer and fungal cells

renal tubular damagecauserenal tubular damage

DNA strand breakscausesDNA strand breaks

photoinactivation of funguscausingphotoinactivation of fungus

mutational changes to DNA in keratinocytes and/or melanocytescausingmutational changes to DNA in keratinocytes and/or melanocytes

inflammationcausinginflammation

in some way by the flea control productcausedin some way by the flea control product