3M Molecular Detection Assay 2 Gains International Validation
3M Food Safety’s next-generation molecular assay test for E. coli O157 (including H7) is 30 percent faster compared to the previous version
3M Food Safety’s next-generation molecular assay test for E. coli O157 (including H7) is 30 percent faster compared to the previous version
Emphasis will be on bioanalytical, food safety, forensics, pharmaceutical science, nanotechnology, say organisers of next year’s Pittsburgh Conference
EKF Quo-Test HbA1c analyzer successfully evaluated at Swansea University Diabetes Research Unit
By Guest Editor Jung Doh, Senior Applications Scientist, Beckman Coulter Life Sciences.
Learn how studying metal uptake at a single cell level is helping to assess cancer drug performance and create more effective therapies
Customized multiplex xMAP assays enable the development of efficient, cost-effective diagnostic tests for cancer and infectious diseases
Stewart Rudnicki, a member of SelectScience since 2009, explains what inspired him to become a scientist, his hopes for what science can achieve and why Neil deGrasse Tyson is his hero
Learn how scientists around the world are using IncuCyte technology to investigate dynamic biological processes in real time
Manchester start-up unveils world’s first microsphere nanoscope
Register for the free webinar on July 6, 2017 at 4pm BST / 5pm CEST / 11am EDT / 8am PDT
Guarantees fast, accurate imaging of stain-free protein gels
ImageXpress Nano System makes automated imaging accessible for every lab conducting cellular imaging research
Ptychography equipment developed by UK-based Phasefocus offers label-free imaging of live cells
The technology helping to save young lives by enabling quick testing of patient samples
Next-generation columns are easy to install and reduce chromatographic variability during proteomics and biomarker research
Visit Booth # 2107 to see quality control and assurance instruments ideal for medical manufacturing
Visit Booth # 5214 to learn about equipment ideal for semiconductor manufacturing