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Researchers developed a chemistry-based approach that allows new tattoos to be turned on and off, effectively creating switchable, reconfigurable body art. The work highlights advances in responsive materials for wearable applications.
This article introduces BioEVAL, a global, multi-institutional benchmark for evaluating large language and multimodal models in bioengineering applications.
Scientists propose using bioengineered yeast and gelatin to 3D print structures on Mars, creating a lightweight material with concrete-like strength and lower energy demands for construction.
A researcher uses OpenAI's Codex and ChatGPT to accelerate the discovery of new antimicrobial molecules by treating biology as information and leveraging AI to search vast datasets for functional patterns.
Researchers have found a way to operate two separate genetic codes simultaneously, avoiding the need to re-engineer every gene in an organism's genome and potentially accelerating synthetic biology work.
Researchers at the University of Pennsylvania developed a bioengineered chewing gum that reduced HPV levels by up to 93% and nearly eliminated two oral bacteria linked to head and neck cancer, while preserving beneficial microbes. The findings were published in Scientific Reports.
Scientists built a synthetic cell from scratch that grows, replicates DNA, and divides, marking a major step toward creating life from nonliving materials.
MIT researcher Lauren Ramlan published a paper demonstrating that the classic game Doom can be played on a display made from E. coli cells, though at an extremely slow frame rate that would take centuries to complete a single playthrough.
The article introduces 3D-MIND, a novel flexible device designed to seamlessly integrate with living brain tissue for advanced neural interfacing. This development aims to improve biocompatibility and signal quality for next-generation brain-computer applications.