Proteomics: Professor John Yates of the Scripps Research Institute Shares His Latest Insights
Discover how stable isotopes are being used in world-leading quantitative proteomics research at the Yates Laboratory
Discover how stable isotopes are being used in world-leading quantitative proteomics research at the Yates Laboratory
Watch this on-demand webinar to learn how informatics solutions can facilitate better collaboration to accelerate the innovation process
Watch this on-demand webinar to find out how to increase sample throughput, reduce sample sizes, prepare for GLP compliance with traceability, and more
Watch this on-demand webinar to learn about utilizing high harmonic quantum light sources to harness short-wavelength light with unprecedented control
University of Liverpool student shares her work analyzing Egyptian mirrors
New findings could help us understand the history of other bodies in our solar system
COVID-19 molecular diagnostic and serology antibody testing at core of new suite of services
Register free today to join scientists from around the world as they come together to discuss the hottest topics and latest technology solutions
Wastewater surveillance is becoming increasingly critical for community health monitoring for detecting COVID-19 outbreaks and the spread of other infectious diseases
Register free today to join scientists from around the world as they come together to discuss the hottest topics and latest technology solutions
Watch this on-demand webinar to find out about molecular fingerprinting, the A-TEEM fingerprint technique and fluorescence EEM applications
By developing rapid, accurate, and cost-effective lateral flow tests for prostate cancer, Valley Diagnostics aims to make early diagnosis more accessible and reliable
Dr. Murakami discusses the molecular tools enabling the pursuit of precision medicine
Novel cyclic IMS and new SYNAPT XS lead Waters’ portfolio of solutions that promise unlimited experimental opportunities and analytical flexibility
Steroid injections given to mothers at risk of giving birth prematurely are linked to babies being born with lower body weights
The Single Cellome™ System SS2000 is a dual microlens spinning disk confocal system for live-cell high-content imaging which can sample adherent single cells. Combining imaging with sampling ensures the preservation of spatial, morphological, and temporal information of samples for flexible downstream mass spectrometry and sequencing applications.