Live-cell imaging is a key technique in cell biology; however, analyzing and interpreting acquired live-cell imaging data can ...

Researchers have trained an AI model to recognize methylation patterns for cancer identification, potentially allowing for early intervention.

A novel study conducted on participants with brain damage reveals how a specific brain region – called the vmPFC – governs ...

In this interview from AACR 2024, we talk to David Pellman about his work studying cell division and its relationship with ...

Researchers have developed a single-cell atlas of the prefrontal cortex, providing insight into the genetics and mechanisms ...

Currently, more than 2.9 million people are estimated to be living with multiple sclerosis (MS) worldwide, and that number ...

The detection of biomarkers has long been established as a cornerstone of diagnostics, physiological assessment and the long-term monitoring of diseases. However, for the vast majority of indications, ...

There are numerous aspects to consider when choosing the right assay for your antibody-selection experiments. There are three common epitope-binning assays to choose from: in-tandem assay, classical ...

The early identification of antibody candidates with desired affinities and dissociation kinetics, binding epitopes and critical quality attributes is vital for avoiding later-phase failures caused by ...

Rapid, accurate and cost-effective quantitation of monoclonal antibodies (MAbs) is essential for bioprocessing. This Application Note assesses the relative merits of protein A high-pressure liquid ...

Epitope binning is an important step towards selecting the best monoclonal antibody for a specific therapeutic purpose as it allows researchers to narrow down the number of candidates by assessing ...