photochemical processesleadingto rapid formation of secondary organic aerosols

environmental stressescauseoxidative damage due to reactive oxygen species accumulation

the recently discovered group of highly oxygenated organic moleculescontributeto the atmospheric secondary organic aerosol formation

Both iron ( Fe ) and oxygen ... the chemical reactionsleadto increased formation of reactive oxygen species

All these compoundscan significantly contributeto the formation of secondary organic aerosols ( SOAs

the findings that abnormal reduction of oxygen by the electron transport chainleadto additional reactive oxygen species formation

the reaction conditionsleadingto the formation of secondary organic aerosols

to better understandleadsto the formation of secondary organic aerosols

The blocking of nitric oxide synthase ( NOS ) activitymay causevasoconstriction with formation of reactive oxygen species

over - expression of the PTOX genecausesincreased generation of reactive oxygen species

Plant tissues with most of metals accumulated in itcauseincreased generation of reactive oxygen species

utilizes molecular oxygen as an electron acceptorleadingto the formation of the highly reactive oxygen species superoxide

This processcan possibly leadto the formation of dangerous reactive oxygen species

The subsequent production of nitric oxidecan leadto the formation of reactive oxygen species ( peroxynitrite

overloadcan leadto enhanced generation of reactive oxygen species

a backlog of electronsresultin the formation of damaging Reactive Oxygen Species

Increased iron accumulation in mitochondria from abnormal iron metabolismcausesformation of reactive oxygen species

Wang JM.Astrocytic CCAAT / Enhancer - binding protein deltacontributesto reactive oxygen species formation in neuroinflammation

As copper is a redox metal copper is both very important in cells enzymes but also very toxicleadsto the formation of reactive oxygen species

Light - dependent reactions ( generation of excited states of pigments , electron transfer , water oxidation ) taking place in PSIIcan leadto the formation of reactive oxygen species

The reactions eventually leadto reactive oxygen species formation

The reactions ultimately resultin reactive oxygen species formation

further reactionsleadingto the formation of more reactive oxygen species

excess amounts of ironcan causecarcinogenesis by producing reactive oxygen species

glucoseleadingto the formation of reactive oxygen species

in turnleadsto the formation of reactive oxygen species

which was then activated by a laserto causeformation of reactive oxygen species

leading to cell deathresultingfrom the formation of reactive oxygen species

the abilityto causeformation of reactive oxygen species

Hypoxiamay leadto the formation of reactive oxygen species

The lattercan leadto the formation of reactive oxygen species

chronic hyperglycaemialeadsto reactive oxygen species formation

Cavitationleadingto the formation of reactive oxygen species

photon irradiationleadsto the formation of reactive oxygen species

Metal ionscauseformation of reactive oxygen species

by CC in whole blood(passive) caused byreactive oxygen species formation

CC in whole blood(passive) caused byreactive oxygen species formation

Excess heatcan leadto the formation of reactive oxygen species

While it is difficult to compare the effect of chronic low level light ( less than 0.1 mW / cm2 ) with short intense exposures , it is clearmay contributeto the formation of reactive oxygen species from lipofuscin

One possible option could be the antimicrobial photodynamic therapy ( aPDT ) , whereby the lethal effect of aPDT is based on the principle that visible light activates a photosensitizer ( PSleadingto the formation of reactive oxygen species