Blog
Food Poisoning Bacteria’s Sugar Coating Could Be It’s Undoing
BlogTo learn how Campylobacter hides from the body’s immune system, why some people are more susceptible than others, and the potential role that carbohydrate-based diagnostics could play in the fight against the bacterium, we spoke to Professor Rob Field, Co-founder of Iceni Diagnostics.
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Exploring the Fourth Dimension of Proteome Analysis
BlogRecent developments in MS technology have enabled a fourth dimension of analysis: ion mobility separation. The term "4D proteomics" has been created to describe analysis that incorporates all four dimensions. We interviewed two researchers at the forefront of the proteomics field to learn more about how 4D proteomics approaches are enhancing their research.
Clinical Proteomics and Computational Biochemistry With Professor Jürgen Cox
BlogTechnology Networks recently spoke with Professor Jürgen Cox to learn more about the computational software tools his laboratory are developing, and how 4D proteomics workflows enhance research in clinical proteomics.
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Talking Clinical Proteomics With Dr Roman Fischer
BlogTechnology Networks spoke with Dr Roman Fischer to learn more about the challenges researchers face in the field of clinical proteomics, and how 4D proteomics workflows are enhancing his laboratory's work.
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Digital Technology Enhancing Lateral Flow Diagnostics
BlogDigitization is a trend threading many disciplines, and lateral flow is no exception. Here, we share insights from Dave Taylor, co-founder and chief operating officer of Bond Digital Health, a UK-based life sciences company that develops app and cloud technology solutions for lateral flow diagnostics.
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10 Things to Note About Manufacturing Viral Vectors
Blog10 things to note about viral vector manufacturing, regarding the complexities and challenges, and the technology that will help drive cell and gene therapy forward. Here we share insights from Pall and Molmed representatives, who are leaders in the fields of bioprocessing and cell and gene therapy.
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Harnessing the Power of Proteins To Unlock Cell and Gene Therapies
BlogWe recently spoke with Paul Wotton, Ph.D., CEO at Obsidian Therapeutics, to gain his insights on the genetically engineered cell-therapy research area, and to learn how Obsidian Therapeutics' cytoDRiVE platform can increases the specificity and safety of such therapies.
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Developing Novel Therapies for the Treatment of Respiratory Diseases
BlogWe recently had the pleasure of speaking with Martin Gosling, Enterprise Therapeutics’ CSO and Professor of Molecular Pharmacology at the University of Sussex. Martin highlights the respiratory diseases Enterprise Therapeutics primarily focus on and the new disease modifying therapies they have in development.
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Enabling Accurate One-step DNA Assembly
BlogLong sequences of DNA are a key requirement for researchers to be able to develop novel synthetic biomolecules. However, assembling long sequences can prove problematic and slow down the process of gene assembly. GenBrick™ utilizes a novel proprietary technology to enable accurate one-step DNA assembly. We spoke with Cedric Wu, Ph.D., GenScript Sr. Director of R&D to learn more about the capabilities of GenBrick™.
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Using Artificial Intelligence to Identify Bloodborne Bacteria
BlogFluid Imaging Technologies and the University of Colorado Boulder have recently entered an exclusive research agreement to determine whether the University’s artificial intelligence software can identify bloodborne bacteria. We spoke with Kent Peterson, CEO, Fluid Imaging Technologies, to learn more about the collaboration, the technologies involved, and how they could impact patients.
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