Use of high-resolution pressure nephelometry to measure gas vesicle collapse as a means of determining growth and turgor changes in planktonic cyanobacteria

Agriculture & Biology

• nephelometry 100%
• turgor 67%
• Cyanobacteria 52%
• gases 44%
• cyanobacterial toxins 11%
• waterways 11%
• turbidity 9%
• cells 7%
• water utilities 6%
• fluorescence 6%
• population pressure 6%
• Microcystis aeruginosa 5%
• monitoring 5%
• axenic culture 5%
• algal blooms 5%
• aquatic ecosystems 4%
• hydrostatic pressure 4%
• autotrophs 4%
• osmotic pressure 4%
• drinking water 4%
• detection limit 4%
• public health 3%
• human health 3%
• physical properties 3%
• developmental stages 2%
• metabolism 2%
• methodology 2%
• sampling 1%

Medicine & Life Sciences

• Nephelometry and Turbidimetry 84%
• Cyanobacteria 76%
• Gases 49%
• Pressure 38%
• Growth 29%
• Osmotic Pressure 10%
• cyanobacterial toxin 7%
• Harmful Algal Bloom 7%
• Axenic Culture 7%
• Microcystis 7%
• Fluorescence 7%
• Hydrostatic Pressure 5%
• Population Dynamics 5%
• Ecosystem 5%
• Limit of Detection 4%
• Proxy 4%
• Drinking Water 4%
• Public Health 3%
• Costs and Cost Analysis 2%
• Health 2%

Earth & Environmental Sciences

• vesicle 59%
• cyanobacterium 54%
• gas 29%
• cell 15%
• algal bloom 14%
• waterway 8%
• turbidity 7%
• population pressure 5%
• hydrostatic pressure 4%
• monitoring 4%
• toxin 4%
• pressure gradient 4%
• aquatic ecosystem 4%
• relative abundance 3%
• public health 3%
• metabolism 3%
• human health 3%
• scattering 3%
• physical property 3%
• mitigation 3%
• drinking water 3%
• methodology 2%
• exposure 2%
• cost 2%
• distribution 1%
• method 0%