Myriad RBM President Discusses Ultra-Sensitive Immunoassays and Their Importance in Pharmacology
Ralph McDade explains the importance of using ultra-sensitive immunoassays from Quanterix
Ralph McDade explains the importance of using ultra-sensitive immunoassays from Quanterix
Get the most from your wound healing assays with our free webinar: February 27, 2018 at 15:00 GMT / 16:00 CET / 10:00 EST / 07:00 PST
Bonnie Howell, Executive Director at Merck, discusses the use of ultrasensitive Quanterix technology to develop novel therapies for HIV and shares her hopes for a future world, free of the disease
Efficient analysis of intact proteins in a multi-user/multi-project walk-up environment
Read exclusive interviews from experts in healthcare settings around the world, to discover how mass spectrometry is improving clinical diagnostics
Henrik Zetterberg discusses the use of ultrasensitive biomarker assays from Quanterix for Alzheimer’s research
Gyrolab Generic TK Kit for early-stage biotherapeutic development
Which new product, instrument or consumable has made the most difference to your lab? Nominate now for a chance to win a $500 Amazon voucher
From cell signaling to single-cell isolation to cell culture practices, we bring you the latest in cell biology to accelerate your research
More top-rated products gain a coveted new SelectScience Seal of Quality, helping you to choose the best for your lab
SelectScience celebrates scientists at the forefront of cancer research, from liquid biopsies through cancer stem cells to drug delivery innovations
SelectScience is attending SLAS 2018 in San Diego, USA, where we will host the Scientists’ Choice Awards for Drug Discovery at our special 20th Anniversary Party
Dr. Jim Langridge, Director of Scientific Operations for Waters Corporation, shares his scientific journey alongside mass spec technology and reveals what’s in store for the future
Researchers at Southwest Jiaotong University have identified serine and sphingolipid synthesis as the Achilles heel of aneuploid cancer cells
The discovery of a new type of cellulose – the world’s most abundant biomolecule – offers opportunities for multiple advances from renewable fuel to antibiotics