UV- and salinity-induced oxidative effects in the marine diatom Cylindrotheca closterium during simulated emersion

Earth & Environmental Sciences

• cell 12%
• damage 19%
• defense 9%
• diatom 52%
• dose 14%
• dye 36%
• effect 13%
• electron 6%
• emersion 82%
• exposure 5%
• fluorescence 8%
• hydrolysis 9%
• image analysis 9%
• in situ 6%
• indicator 11%
• lipid 16%
• membrane 20%
• microscopy 8%
• oxidation 6%
• oxidative stress 11%
• oxygen 38%
• phospholipid 10%
• photoprotection 15%
• photosynthesis 9%
• rate 9%
• salinity 41%
• thiol 24%

Agriculture & Biology

• active oxygen species 54%
• Bacillariophyceae 58%
• cells 4%
• confocal microscopy 7%
• Cylindrotheca closterium 100%
• dosage 6%
• dyes 21%
• electron transfer 6%
• fluorescence 4%
• glutathione 5%
• hydrolysis 4%
• hypersalinity 10%
• image analysis 5%
• lipids 7%
• lutein 7%
• malondialdehyde 5%
• oxidation 4%
• oxidative stress 5%
• phospholipase A2 7%
• phospholipids 5%
• photosynthesis 4%
• salinity 47%
• thiols 12%
• ultraviolet radiation 52%