Amsbio has recently introduced Extragel, a like-for-like replacement for Matrigel, Geltrex and Cultrex Basement Membrane Extract (BME).

By combining both 3D bioprinting and AI, researchers have been able to address key challenges in dental procedures more effectively such as repairing gum defects caused by periodontal disease or complications from dental implants.

A research team from TU Graz and the Vellore Institute of Technology in India is developing a 3D-printed skin imitation equipped with living cells in order to test nanoparticles from cosmetics without animal testing.

Researchers at Linköping University have created a groundbreaking soft, shape-shifting battery using fluid electrodes. Made from sustainable materials like lignin and conductive polymers, this flexible power source could revolutionize everything from wearable tech to soft robotics.

Fragile no more: University of Houston researchers have engineered ceramic structures that flex without breaking — blending ancient origami with modern materials science. Their innovation could revolutionize fields from aerospace to medicine.

From environmental samples to active substances and foodstuffs, the range of samples that can be analyzed using elemental analysis is extremely wide. Shimadzu now offers the new TOC-L series for this purpose.

What if 3D printing could be faster, more efficient, and more precise — all thanks to holograms? Researchers at EPFL and SDU have developed a groundbreaking technique that uses 3D holographic projections to dramatically improve tomographic volumetric additive manufacturing (TVAM).

At the Marine Biological Laboratory, scientists have ingeniously fused two powerful imaging techniques — polarized fluorescence and dual-view light sheet microscopy — to create a groundbreaking hybrid microscope. This innovation enables researchers to capture both the 3D orientation and position of molecules inside cells.

Scientists have developed a realistic ‘micro-gut’ model that can help them to study the relationship between gut microbes and human diseases. The 3D scalable ‘gut-on-a-chip’ model enables real-time visualisation of the interactions of gut microbes and the human intestine.

Researchers have developed ‘sponge-like’ microneedle patches that have the capacity to deliver bioactive ingredients and reduce inflammation in slow- and non-healing wounds for diabetic people.