An image of the DDN Weekly Rundown seriesRegulatory & Industry
| 4 min read
Positive results for GLP-1 drugs in alcohol use disorder, a new collaboration to advance in vivo  CAR T therapies, Phase 3 readouts in oncology, rare disease, and vitiligo, and more led the news this week.
Single strand ribonucleic acid.Cancer
| 5 min read
Wobble Genomics is using long-read RNA sequencing to reveal the molecular signals that determine whether a cancer treatment will work.
Close up illustration of human cells.Regulatory & Industry
| 4 min read
By tracking how cells respond to hundreds of thousands of compounds, Soley Therapeutics aims to discover medicines for complex diseases where traditional target-based approaches often fall short.
Business partners shaking hands in a modern officeRegulatory & Industry
| 3 min read
The science being built right now in discovery labs is what acquirers are already looking for.
A bright blue brain with a blue DNA helixNeuroscience
| 3 min read
Voyager Therapeutics’ promising toxicology data in non-human primates suggests their proprietary capsid technology could deliver long-lasting results in Alzheimer’s disease.

News

Argenx company logo on building exterior
| 2 min read
Text that says Weekly Rundown in white on a blue background
| 4 min read
Red and white colored pill surrounded by a crowd of people on purple background.
| 6 min read
A photo of a gloved hand holding a vial of blood
| 3 min read
Vaccine and vial
| 4 min read
Mother taking care of her sick boy with an inhalation mask.
| 3 min read

Cancer Research News

A 3D medical illustration of a cancer cell or tumor, featuring a main red mass covered in bumpy white textures with long, root-like tentacles branching outward across a gray surface.
Learn how patient-derived tumor organoids, AI, and phenotypic screening are advancing the discovery of small molecule therapeutics.
Illustration of multiple three-dimensional patient-derived organoids suspended against a dark blue background, representing tumor models used in precision oncology research.
By combining organoid biology with precision automation, researchers developed a miniaturized organoid screening platform that could help speed personalized cancer treatment testing.

Editor's Pick

An illustration of cells with orange nuclei and transparent cytoplasm
Born to differentiate and heal, mesenchymal stem cells carry great potential for treating a wide spectrum of diseases.
An illustration of bone marrow containing immune and hematopoietic stem cells
In a journey fraught with heartache and persistence, medical research giants paved the way for successful bone marrow transplantation. 

Multimedia

A scientist in a white lab coat looking into a microscope in a brightly lit modern laboratory.
Learn how developmental and reproductive toxicology study selection supports regulatory decision-making and generates meaningful nonclinical safety data.
Image of DNA being edited.
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.
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Abstract illustration of colorful spectral emission peaks.
As flow cytometry panels grow larger and more complex, thoughtful panel design has become critical for experimental success.
A scientist in a white lab coat looking into a microscope in a brightly lit modern laboratory.
Learn how developmental and reproductive toxicology study selection supports regulatory decision-making and generates meaningful nonclinical safety data.
Illustration of multiple three-dimensional patient-derived organoids suspended against a dark blue background, representing tumor models used in precision oncology research.
By combining organoid biology with precision automation, researchers developed a miniaturized organoid screening platform that could help speed personalized cancer treatment testing.