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‘The basic foundation for science is transparent and open communication’
A simple way to avoid error: How to calibrate your pipettes in less than 10 minutes
SML RFID launches high-performance GB32U9 tag
Waters Arc Premier System delivers increased precision and certainty in chromatographic results
Tumor-specific 3D cell culture models for accurate testing of anticancer agents
The impact of new SARS-CoV-2 test method validations in the fight against COVID-19 in the food...
Increasing LC-MS accessibility for streamlined biotherapeutic analysis
The essential guide to ELISA automation
Bead Ruptor Elite Brochure
Inventory systems for ultra-low temperature and biomedical freezers
Laboratory equipment validation services
Product collection overview
DNA/RNA Purification and Analysis
Pre-Clinical and Clinical Automation
Cell Counting Technology
Cell Analysis Microscopy Equipment
Virtual Clinical Science Summit
Virtual Cancer & Immunology Research Summit
22 Jun 21 - 23 Jun 21
SLAS Europe 2021
23 Jun 21 - 25 Jun 21
12 Jul 21 - 16 Jul 21
16 Aug 21 - 20 Aug 21
13 Sep 21 - 17 Sep 21
Overcoming T cell homing challenges in CAR-T cell cancer therapies
Multi-modality approach to predicting and monitoring immunotherapy response and resistance
The impact of COVID-19 on pediatric medulloblastoma: A global response
Profiling of the immune system of multiple myeloma patients at diagnosis and after treatment using mass cytometry by time-of-flight (CyTOF)
Identifying and targeting chromosome instability genes in cancer
PD-1 mechanism of action: What do we know?
Pharmacokinetic services: Tools for cancer research
NMR-based metabolomics in breast cancer research
Plasma proteomics predicts response to immunotherapy and provides biological insights into tumor-immune system interactions
TCR targets validation through T cell activation
New advances in high-throughput drug screening using TrueGel3D
Challenge and improve your DNA / RNA sample preparation: An introduction to bead-beating technology
Optimizing immunohistochemistry and multiplex immunofluorescence success with antibody validation
Proteomic analysis to predict response to immunotherapy
Interrogating complex tumors by multiomic spatial profiling
One workflow, endless options: NGS workflow solutions
Get the most from your samples: Higher yields of higher-quality RNA and DNA using the Ionic Purification System
Predict anticancer efficacy with a new in vitro 3D modeling platform
Targeting tumor mutations with personalized T cell therapy of cancer
Cell-based assays to functionally characterize immunotherapy
Evaluating the heterogeneity of B cells and TLS in lung cancer patients for improved immunotherapeutics
Targeting metabolism to treat pancreatic cancer
In this webinar, Dr. Christopher Mason, Professor of Genomics, Physiology, and Biophysics at...