A bioprinting nozzle deposits material into a transparent container holding a heart-shaped tissue construct in a laboratory setting.
Discover the innovations that turned 3D fabrication into tools for building complex, lifelike biological structures.
A 3D molecular rendering of the prostate-specific antigen, showing its folded yellow protein structure with a large cavity representing the active site on the lower right.
| 1 min read
The milestone article will trace the controversial discovery of prostate-specific antigen (PSA) and the subsequent purification, characterization, and clinical use of PSA as a biomarker blood test for prostate cancer.
 Close-up of a human eye with a medical illustration overlay showing the internal anatomy, including the cornea, retina, and optic nerve.
Over the past five decades, scientists have figured out ways to control the disease-fueling growth of blood vessels in the body.

Milestones

A 3D digital illustration of a viral spike protein on a cell surface, surrounded by colorful, floating antibodies in the background
An illustration of bone marrow containing immune and hematopoietic stem cells
| 1 min read
Alice Moore, a researcher at Memorial Sloan Kettering Cancer Center, first demonstrated that viruses could kill tumor cells in living animals.
| 1 min read
An imaging mass cytometry image of the endometrium showing proteins
An illustration of a DNA double helix with a part of the helix colored red
An electron microscope image of HPV virus-like particles.
| 1 min read
Old Syringe with a Box
| 1 min read
A close up of a mouse crawling in the gloved hands of a researcher
| 1 min read
A molecular model of human insulin, the model protein used in early protein detection methods such as the radioimmunoassay.
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A syringe positioned horizontally above a small vial labeled “cancer vaccine” against a solid purple background.
Rapid DNA-to-mRNA workflows help scientists keep pace with rapidly evolving cancer through personalized vaccines. 
Futuristic 3D human figure surrounded by medical technology and data visuals.
Understand how a human-relevant in vitro model can be used to improve next generation risk assessment (NGRA).
Point-cloud style digital liver illustration with branching vessels on a dark teal background.
Explore the role of microphysiological systems in advancing human-relevant liver toxicity testing and mechanistic evaluation.
Drug Discovery News December 2025 Issue
Latest IssueVolume 21 • Issue 4 • December 2025

December 2025

December 2025 Issue

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