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Alternatives to ELISA: Ultrasensitive immunoassays that use less sample volume and offer higher sensitivity
Discover how ultrasensitive immunoassays Immuno-Quantitative ELISA and SIMOA could accelerate your biomarker research
Impact of STEC on the global food supply chain: Your questions answered
Watch this on-demand webinar to learn about the impact of Shiga toxin-producing Escherichia coli on our global food supply
Exquisite speakers draw thousands to Virtual Clinical Chemistry Summit 2020
Leading clinical scientists and health professionals have come together to discuss the latest diagnostic and point-of-care solutions at this critical time
Mapping the human proteome using CRISPR-mediated fluorescence tagging, microscopy, mass spectrometry, and machine learning
Watch this webinar on demand for a state-of-the-art snapshot on high-throughput methods for fluorescence microscopy and mass spectrometry
High-pressure systems and synthetic biology to tackle global warming
In a guest editorial from H.E.L Group, explore how pressurized bioreactors and synthetic biology can mitigate the dangerous effects of climate change
Workstations Used in Creation of Clostridium-Assisted Drug Delivery Platforms
Anaerobic workstations from Don Whitley Scientific are being used to develop novel microbial technology for biotherapeutics
Chronus Health unveils its electrical sensing-based blood testing technology at ADLM 2024
Chronus Health will showcase its innovative platform at Booth #216 from July 28 to August 1.
Super-resolution microscopy workstation Vutara VXL
Tundra™ Cryo-TEM
Thermo Fisher ScientificThe Thermo Scientific Tundra™ Cryo-Transmission Electron Microscope (Cryo-TEM) is a dedicated structure-determination solution designed to bring single particle analysis to every biochemistry laboratory. It is easier to use than typical cryo-TEM instruments, fits into a standard lab space, and matches grant mechanisms and funding opportunities globally. The Tundra™ Cryo-TEM is a powerful tool that can help answer your most ch…
Manchester lab develop more sustainable and rapid route to future medicines
University of Manchester researchers have developed an approach that could revolutionize the production of pharmaceuticals and other valuable chemicals
‘Google Maps’ for the human body – How spatial genomics is revolutionizing our understanding of disease
Discover how the Wellcome Sanger Institute is helping to develop a physical atlas of all human organs
Discovery in bone marrow cancer points to potential drug targets
Research finds patients with ASXL1 have distinctive epigentic changes that can activate harmful genes
Getting organoids into the clinic
Dr. Christian Regenbrecht discusses the power of patient-derived tumor organoids and their promising future in clinical practice
How spatial biology is unveiling new dimensions in research
Dr. Ana de Oliveira from the Spatial Biology Core at UVA discusses the potential of the field to supercharge research across sectors





















