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Proteins lie at the heart of biological function and industrial innovation, representing a vast frontier for scientific discovery and application. Engineering proteins to enhance o...
In a pivotal advancement for sustainable materials science, a recent article published in the journal Engineering explores transformative biocatalytic methodologies for the depolym...
Gene editing represents one of the most transformative advances in modern medicine, offering the potential to correct genetic diseases at their source. However, a major obstacle in...
Using engineered liver tissue as a proof-of-concept application, researchers integrated synthetic biology and tissue engineering tools to build liver tissues that can be expanded o...
Scientists exploring Saudi Arabia’s desert soils have discovered resilient microbial enzymes that could transform drug manufacturing. These glycosyltransferases, shaped by extreme...
Scientists can now build and combine large DNA pieces, letting microbes like yeast and bacteria become efficient cell factories for medicines, fuels and chemicals.
Solid tumors are heterogeneous with an immunosuppressive tumor microenvironment, but that is not slowing the search to treat the most difficult, recalcitrant cases. The post Engine...
Yeast has been making things for humans for thousands of years. Bread, beer, wine, the slow alchemy of fermentation that civilisations were built around. What it couldn’t do, until...
In a groundbreaking advancement poised to transform environmental remediation, scientists have unveiled a pioneering method that activates soil’s intrinsic chemical properties to d...
The convergence of advances in biology and digital manufacturing is catapulting plant molecular farming to a scalable, cost-effective position relative to microbial, mammalian, and...
Researchers engineered E. coli into “cell factories” that sustainably produce the UV-protective fish egg-derived compound gadusol, which could eventually serve as a sunscreen ingre...
A new study improves gene editing delivery by engineering the human cells that produce virus-like particles, boosting the potency of these key therapeutic vehicles.
Sven Bocklandt and James Kehler’s long collaboration—from a “garage cat” to Colossal—now drives Neion Bio’s effort to engineer chickens as scalable, lower-cost platforms for biolog...
In the quest to enhance agricultural sustainability and crop productivity, micronutrient management remains a pivotal challenge, particularly with elements like boron (B) whose def...
In an era where data is considered the new oil, the confluence of vast biological and chemical datasets with advanced computational techniques is reshaping the foundational landsca...
The real opportunity lies in next generation complex biologics such as multispecifics, cytokines, and fusion proteins. These molecules represent more than 50% of today's early pipe...
If I put on my reverse-engineering hat, this enzyme looks like the work of a designer who deeply understood electrochemistry and quantum tunneling. Source
A label-free biosensing platform enables continuous monitoring of tissue function during drug bioprocessing, integrating photonic sensing, microscopy, and machine learning with eme...
Farmers have spent decades adding inputs to farming. What comes next is something fundamentally different – reprogramming the biological logic of the farm itself
In a groundbreaking advancement at the intersection of genome engineering and biocontainment, researchers at Seoul National University have developed a pioneering technology enabli...
Researchers developed an “implantable living materials” platform comprising encapsulated infection-sensing bacteria that release therapeutic molecules in response to a pathogen, bu...
In a groundbreaking study published in Nature Microbiology, researchers have unveiled a novel approach to bridging the gap between continuous and discrete evolutionary processes by...
Over millions of years, plants have devised an intricate biological strategy to thrive in nutrient-poor soils by engaging in mutualistic relationships with mycorrhizal fungi. These...
In the sprawling global textile industry, waste generation has emerged as a formidable environmental challenge. Despite multiple efforts to mitigate its impact, less than 12% of fi...
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