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Analysis & Separations

Analysis & Separations

Featured Articles

Illustration of CAR T-cell therapy targeting a cancer cell, highlighted by a crosshair overlay.

Improving the Efficacy and Accessibility of CAR Therapies

In this interview, Dr. Neil Sheppard, director of the Therapeutic Innovation in Natural Killer cells (THINK) lab at the University of Pennsylvania, discusses the challenges involved in developing new CAR-based treatments.

Microscopic view of stained cancer cells used in research for cell line development.

Harnessing Cell Lines To Advance Cancer Research and Treatment

This article examines some of the cell-based approaches that researchers are using to study acquired drug resistance and the effects of specific genetic variants on cancer cell physiology.

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.

Latest Articles

A lab technician using a digital tablet in a modern paperless laboratory environment.

Top Tips for Going Paperless in the Lab

Technology Networks spoke with Dr. Samantha Pearman-Kanza to learn more about the benefits (and potential pitfalls) of going paperless in the lab and some of the research advancing digital technologies.

Science icons surround an image of Tyler Brown. Text reads: Building Inclusive Cultures in STEMM: An Interview With Tyler Brown

Building Inclusive Cultures in STEMM: An Interview With Dr. Tyler Brown

Dr. Tyler Brown discusses his experiences of working in STEMM and highlights how the industry can foster a more inclusive workplace culture.

An aerial photograph of a forest, with the outline of a conical flask digitally superimposed to look like a gap in the trees.

Embracing Environmentally Friendly Practices in the Research Lab

How can research labs reduce their environmental impact? Technology Networks asked two sustainability experts to find out.

Modern data center with illuminated server racks, representing digital science infrastructure.

Will Labs Wake Up to the Environmental Cost of Data Crunching?

The rise of digital science is reshaping lab sustainability. In this article, experts highlight the need for new standards to account for computing’s growing environmental impact.

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.

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.

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.

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