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Latest Articles

Living in the (Bio)material World: A Night at Biodesign Here Now content piece image
Article

Living in the (Bio)material World: A Night at Biodesign Here Now

We report the opening night of Biodesign Here Now, an event featuring architects, artists, textile designers, and many more creatives who have found ways to bring together biology and design in their work, showing a way forward for collaboration between the two fields.
Large Capacity Centrifuge Systems: Meeting the Cell Culture Separation Needs of the Bioprocessing Industry content piece image
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Large Capacity Centrifuge Systems: Meeting the Cell Culture Separation Needs of the Bioprocessing Industry

Large capacity centrifugation technologies are helping bioprocessing and drug discovery facilities overcome their throughput challenges by streamlining cell separation workflows and improving operational efficiency. This article looks at the benefits of using large capacity centrifuge systems, and the five factors to consider when choosing the right centrifuge system for bioprocessing workflows.
Artificial Intelligence – Improving How We Diagnose Cancer content piece image
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Artificial Intelligence – Improving How We Diagnose Cancer

AI has come a long way from its humble beginnings. With the advanced development of AI systems and machine learning, more significant medical applications for the technology are emerging. In this article, we explore how the field of cancer diagnosis is advancing hand-in-hand with AI.
New Platform to Analyse exRNA for Cancer Diagnostics content piece image
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New Platform to Analyse exRNA for Cancer Diagnostics

Professor Hsueh-Chia Chang tells us about the proposed diagnostic platform and some of the advantages it could offer over current methods of analysing exRNA.
UK BioBank Project Is Taken to the Next Level by Sequencing 500,000 Genomes content piece image
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UK BioBank Project Is Taken to the Next Level by Sequencing 500,000 Genomes

In a bid to push personalized medicine forward, an ambitious ground-breaking £200 million project will see the 500,000 BioBank participants' whole genomes sequenced.
Automated, Reproducible Workflows Can Speed Up EM Image Analysis  content piece image
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Automated, Reproducible Workflows Can Speed Up EM Image Analysis

Electron microscopy (EM) image analysis can be an immensely useful process for researchers, but too often is also laborious and time-consuming. New software packages are changing that. We caught up with Laurent Billy, Director of Product Management, Applications Software at Thermo Fisher Scientific to find out more about the future of EM image analysis.
Anti-inflammatory Drugs Resurrected To Fight Chronic Pain  content piece image
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Anti-inflammatory Drugs Resurrected To Fight Chronic Pain

Failed drugs often are left on the shelf to gather dust. But sometimes, drugs can be dusted down and repurposed. That’s exactly the route that Katexco Pharmaceuticals has taken with its new immune system-targeting compounds, part of a new life sciences company that aims to target everything from multiple sclerosis to chronic pain.
BNA Interview Series: A Closer Look at Autism Spectrum Disorder With Professor Uta Frith content piece image
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BNA Interview Series: A Closer Look at Autism Spectrum Disorder With Professor Uta Frith

At the British Neuroscience Association (BNA)’s Festival of Neuroscience , we sat down with some influential neuroscientists to discuss their work. Here, we interview University College London Professor Uta Frith on her pioneering work into the neurodevelopmental condition autism spectrum disorder.
Lipidomics – A Niche but Rapidly Growing Field content piece image
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Lipidomics – A Niche but Rapidly Growing Field

Although researchers have been working on lipid biochemistry for many decades, lipidomics is a more recent, newly emerging discipline – with potential applications for diagnosing and preventing disease.

Novel Biomarker Can Accurately Detect Antibody-mediated Kidney Rejection content piece image
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Novel Biomarker Can Accurately Detect Antibody-mediated Kidney Rejection

An 8-gene assay which can non-invasively identify patients suffering from antibody-mediated rejection of kidney transplant has recently been discovered in a research study led by scientists at KU Leuven.
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