5 Influential Neuroscientists, Past and Present
Read this listicle to discover five inspiring neuroscientists and why their influence on other researchers will likely endure well into the future of science.
Tried and True ‒ German-Engineered Cell Strainers are Bringing Research Further
Publishable results in cell-based research are only as reliable as their preparation. Something as small as the cell strainer used in an experiment can make a difference in the quality and success of results and their credibility for publication.
Applications of Whole Exome Sequencing
Download this listicle to discover some key applications of whole exome sequencing such as identifying coding mutations in cancer, screening for mutations associated with disease and investigating alternative splicing events.
Five Advances in Fragment-Based Drug Discovery
Read this listicle to discover recent advancements in fragment-based screening including fragment tailoring, affinity mass spectrometry-based fragment screening and computational approaches using fragments.
Recent Developments in Proteomics Research
Here, we take a closer look at some recent developments in the world of proteomics research.
Sample Security Within the Biopharmaceutical Industry
Download this free listicle to learn more about how to optimize sample control and security in biopharma laboratories.
A Closer Look at Biomanufacturing
Download this listicle to discover the origins and development of biomanufacturing, key steps in the biomanufacturing process and the future of biomanufacturing.
High-Performance Automated Patch Clamp in Drug Discovery
Download this listicle to learn more about the benefits of automated patch clamp in drug discovery.
Advances in Cell Models: An Expansive Menu of Choices
Download this listicle to learn more about the reasons to utilize advanced cell models, how these models are developed, their available formats and the application of such models.
Cell Signaling in Cancer: Communicating Recent Advances
Download this listicle to learn how abberant cell signaling can impact proliferation, metabolism, the cell cycle, DNA repair, apoptosis and angiogenesis.