3D Printing Powered by Pollen for Tissue Engineering and Drug Delivery
A 3D printing ink material has been developed using sunflower pollen to fabricate parts for tissue engineering and drug delivery.
A 3D printing ink material has been developed using sunflower pollen to fabricate parts for tissue engineering and drug delivery.
Spheroids and organoids have significant advantages over traditional two-dimensional (2D) cell cultures, in large part because of their ability to better mimic the architecture of…
The top 10 biopharma business stories in 2023 spotlight innovation, inspiration, and—sometimes—irritation.
GEN’s top editors revisit outstanding presentations from our State of Biotech 2023.
By Kevin Davies, PhD Two esteemed guests—Rachel Haurwitz, PhD, and Rodolphe Barrangou, PhD—joined the State of Biotech meeting to provide a snapshot of progress in…
TUNE-401 safely turns off both the integrated viral DNA and the extra-chromosomal cccDNA “viral factories” needed for HBV to stay in the body.
The new method is able to identify neurons whether they are represented in images as individual points or as 3D volumes.
Cryo-EM study establishes a new potential therapeutic target for frontotemporal dementia.
Studies suggest HDAC inhibitors could represent an effective way to treat pancreatic cancers, which have typically been very difficult to reach.
A GEN-led panel conversation on spatial biology technology highlights the importance of community—not just among cells, but also among scientists.
A key challenge for gene therapy is to minimize the dosage while concurrently devising more targeted delivery vectors.