Research Areas
Learn how mass spectrometry-based proteomics is helping researchers identify biomarker signatures that stratify patients and predict disease outcomes.
| 4 min read
New regulatory frameworks, shifting incentives, and pragmatic trial designs could finally move patient engagement from rhetoric to reality.
| 1 min read
Advances in analytical instrumentation are helping researchers study drug behavior, improve biomedical research, and train the next generation of scientists.
Discover how adaptive PCR workflows can improve sequencing consistency and data quality across fragmented, low-input, and variable-quality samples.
| 3 min read
Using an unbiased molecular screen, researchers found a new gene that could be targeted to treat fragile X syndrome.
| 3 min read
This year’s New Product Award winners reflect growing demand for tools that improve throughput, reproducibility, and hands-free operation in the lab.
Learn how upstream analytical strategies can improve AAV yield, quality, and process efficiency.
Single-molecule mass photometry enables fast, high-resolution protein characterization before structural and functional studies.
| 2 min read
Sensitive qPCR kits help researchers detect trace host-cell DNA contamination and support more reliable biologic quality control.
| 3 min read
As the field moves from fecal transplants toward defined bacterial consortia, the technical gaps in design, analytics, and co-cultivation are coming into sharper focus.
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Multimedia
| 1 min read
Philip Wills, Chief Commercial Officer of the Cell & Gene Therapy Division at Catalent, reflects on how the gene therapy industry is evolving from early scientific breakthroughs to commercial maturity.
Learn the key characteristics that determine whether an immunoassay generates accurate and reproducible data.
| 1 min read
Discover why mass photometry is becoming essential in the toolbox of protein studies.
