ID: 247
Category:
application-notes
ESI System:
microFAST SingleCell
Application:
Nanoparticles
Single particle-inductively coupled plasma mass spectrometry (sp-ICPMS) has become an intriguing technique for understanding the elemental nature of nanoparticles (NPs). These nanoparticles have an impact in the food industry, environmental implications, and may pose toxic threats to biological life forms. The ability to detect these nanoparticles has improved over recent years, however, automation and the ability to analyze large sets of samples without compromising sensitivity, robustness, and transport efficiency has yet to be addressed. The microFAST Single Cell system in combination with the single cell sample introduction kit addresses this need for both single cell and single particle analyses.
ID: 319
Category:
application-notes
ESI System:
TRAXStation
Application:
Agriculture & Food, Batteries & Renewable Energy, Clinical & Life Sciences, Earth Sciences, Environmental, Mining & Materials, Nanoparticles, Oceanography, Lubricants & Coolants, Pharmaceutical, Semiconductor Laboratory, Semiconductor Online Monitoring, Laboratory Automation
Critical sample data, including barcode ID, is exported to a LIMS system or ICPMS software to automatically generate a sample run list with minimal user intervention.
ID: 320
Category:
application-notes
ESI System:
TRAXStation
Application:
Agriculture & Food, Batteries & Renewable Energy, Clinical & Life Sciences, Earth Sciences, Environmental, Mining & Materials, Nanoparticles, Oceanography, Lubricants & Coolants, Pharmaceutical, Semiconductor Laboratory, Semiconductor Online Monitoring, Laboratory Automation
Critical sample data, including barcode ID, is exported to a LIMS system or ICPMS software to generate a sample run list with minimal user intervention.
ID: 321
Category:
application-notes
ESI System:
prepFAST 3
Application:
Agriculture & Food, Batteries & Renewable Energy, Clinical & Life Sciences, Earth Sciences, Environmental, Mining & Materials, Nanoparticles, Oceanography, Lubricants & Coolants, Pharmaceutical, Semiconductor Laboratory, Semiconductor Online Monitoring, Laboratory Automation
The measurement of trace metals in environmental waters is of great importance to ecosystems and human health, not only for the provision of safe drinking water to communities, but also to protect the natural world from the toxic effects of excess pollution from industrial discharge and treated wastewater effluent.