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Featured Articles

Digital human figure dissolving into colored data blocks, symbolizing spatial biology and cellular mapping.

Spatial Biology: A New Frontier in Understanding Biological Systems

This article explores how researchers are using spatially resolved methods to explore diverse biological processes from development and tumorigenesis to fibrosis, neurodegeneration, infection and inflammation.

Syringe and vial of mRNA vaccine held in a gloved hand.

Why Are mRNA Vaccines Not Giving Long-Lasting Protection?

While mRNA vaccines trigger potent initial immune responses, emerging data suggest they do not generate durable plasma cells, providing clues for developing longer-lasting vaccines.

3D illustration of an RNA strand on a gradient background, representing RNA therapeutics research.

Addressing Development Challenges for RNA Therapeutics

This article explores how challenges such as sequence optimization, immune activation and off-target effects are being addressed to enhance the safety, durability and efficacy of RNA therapeutics.

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Close up illustration of human cells colored blue.

In Vitro Oncology Models as an Alternative to Animal Models

Learn how in vitro models mimic tumors and aid in oncology research, paving the way for safer and more effective cancer therapies.

Multichannel pipette dispensing samples into a 96-well plate during high-throughput screening.

How High-Throughput Screening Is Transforming Modern Drug Discovery

This article explores how advances in automation, 3D cell models and AI are transforming high-throughput screening, driving faster and more predictive drug discovery.

3D illustration of antibodies, central to immune responses in both cancer and allergy research.

The Surprising Connection Between Cancer and Allergy

IgE, best known for mediating allergic reactions, may also shape cancer outcomes. Learn how this immune molecule could serve as both a biomarker and a basis for next-generation therapies.

A speaker presenting in front of a large, curved presentation screen at the Lab of the Future Europe Congress. The focal point is the presentation deck, reading "Lab of the Future Survey".

“AI Skills Gap” on the Horizon, Signals Lab of the Future Survey

From AI adoption to data sharing, see what’s shaping the lab of the future in 2025 – and why education could be the next big challenge for labs.

Single oligonucleotide strands in blue against a black background.

Unlocking the Power of Oligonucleotides: From Rare Disease Therapeutics to CRISPR and Beyond

Explore how oligonucleotides are reshaping therapeutics, diagnostics and CRISPR with rapid, scalable and personalized solutions across biotech.

Advanced proteomics lab with LC-MS/MS instrument, showcasing high-throughput protein analysis and scientific research technology.

Guide to Proteomics Project Planning: Sample Preparation Strategies

Efficient proteomics project planning is essential for biological research. Discover key sample preparation strategies and mass spectrometry insights.

Advanced mass spectrometry lab with bioinformatics data integration.

Data Management in Proteomics: Harnessing Mass Spectrometry

Explore the importance of data management in proteomics, highlighting robust bioinformatics infrastructure and community collaboration.

Hands of a scientist pipetting a sample into a mass spectrometer tray, illustrating precision in proteomics experiments.

Addressing Proteomics Challenges: Enhancing Sample Preparation Techniques

Addressing critical proteomics challenges in the lab, including robust sample preparation, managing batch effects in experimental design, and ensuring data quality integrity for reliable results.

AI-generated image of an advanced proteomics lab with LC-MS, 2D gel electrophoresis, and MALDI-TOF for protein analysis.

Exploring Proteomics Techniques: From Mass Spectrometry to Shotgun

Exploring proteomics techniques, from mass spectrometry for protein identification to shotgun methodologies.

XRD data graphs displayed on a computer screen with the back of a scientist who is looking at it out of focus in the foreground.

X-Ray Diffraction (XRD) – XRD Principle, XRD Analysis and Applications

X-ray diffraction (XRD) is a powerful non-destructive analytical technique used to evaluate crystalline materials and determine their structural properties. This article explores XRD principles, analysis methods and some of the key applications.

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