Content by The Scientist

The Evercode™ WT Penta is recognized in the 2025 Top Innovations contest’s Lab Research Tools category.

Monika Buczek from Taconic Biosciences discusses how to create and customize humanized mice for immunology research.

Robert Neely from Tagomics shares how simultaneous genomic and epigenomic profiling can drive more precise and timely healthcare.

Ben Zeskind from Immuneering highlights how prioritizing survival over rapid tumor shrinkage can result in better pancreatic cancer treatment outcomes.

This year’s class of awardees showcase cutting-edge technologies from the basic lab bench to biotech, healthcare, and beyond.

Researchers turn to preclinical models of metabolic, cardiovascular, and neurological diseases to determine how GLP-1 peptides move beyond diabetes treatment.

Machine learning-enabled automated platforms perform precise enumeration of hepatocytes and organoids while reporting quality metrics missed in manual counting.

Stephanie Culler from Persephone Biosciences highlights the rising gut microbial imbalance in babies, which makes them more vulnerable to chronic diseases.

By tagging nuclei with spatial barcodes, researchers simplify spatial analysis while retaining the sensitivity of single-cell sequencing data.

One-stop end-to-end solutions support researchers at all stages of CAR T-cell therapy development.

Recent advances in epigenetics research provide more clues as to why identical twins are different and offer ways to treat diseases via epigenome editing.

Frank Buchholz shares how his laboratory improves upon the latest gene editing techniques by designing programmable recombinases.

Functional antibodies are highly versatile modulators of health and disease, making them vital tools for disease research and potential therapeutic agents.

Researchers bank on stem cells to study developmental biology, understand oral cancer, regenerate organs, and save species on the brink of extinction.  

As prime editing gets safer and more efficient, it provides a promising therapeutic avenue to treat incurable genetic disorders.