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New Material Could Capture Toxic Gases from Atmosphere
An international team of scientists has developed a material that can remove nitrogen dioxide gas and other toxic greenhouse gases from the atmosphere
Adjusting to Changing Regulation, Integrating New Technologies and Moving with the Times at ASHG 2015
SelectScience spoke to Dr Chris Gunter, ASHG 2015 Program Chair, about this year’s show
Electrically Charged Crinkles in Graphene Could Lead to Breakthroughs in Nanotechnology
Gently compressed stacks of graphene form sharp crinkles that carry an electric charge, which could be useful in nanoscale self-assembly and other applications
Top 10 Tips For Running a Greener Lab
How Engineers Developed a Disruptive Technology to Separate Samples
Meet Paul Jacobs, a pioneering engineer at the heart of the revolution in separations, and discover his journey to unprecedented resolution in LC-MS
New Graphene Service to Kick-start ‘Miracle Material’ Industry in UK
The collaboration between National Physical Laboratory (NPL) and the National Graphene Institute (NGI) will provide new ways to develop graphene-based technologies
Better, Faster, Stronger: Building Batteries That Don’t Go Boom
Understanding how lithium reacts to pressure developed from charging and discharging a battery could mean safer, better batteries.
Stanford Nectar Research Sheds Light on Ecological Theory
Stanford researchers tease apart competing theories on how different species coexist.
10 Tips for Optimizing your Life Sciences Assay
New infographic from Vitl helps you get the most from your assays
Soil Holds Potential to Slow Global Warming
If managed properly, research suggests the land under our feet could offset a significant amount of carbon emissions
Bruker Launches timsTOF fleX™ with ESI and MALDI for SpatialOMx™
New consumables, software partners, and products for 4D proteomics announced at ASMS 2019
How to Buy 3D Biology Solutions
3D biology solutions are revolutionizing the study of biological systems by offering more accurate models of tissue and organ complexity. These technologies enable researchers to recreate the intricate environments found in living organisms, providing deeper insights into cell behavior, tissue interactions, and disease mechanisms.