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A new open-science initiative will use AI and large-scale experiments in a continuous learning cycle to design new proteins, enzymes and cells.
A DNA origami nanosyringe introduces mechanically controlled molecular transport into synthetic cells. This opens new opportunities for synthetic biology, engineered biointerfaces...
TAKE ACTION Synthetic Biology Just Took a Big Step. We’re Watching Where It Goes Next. Synthetic biologists are one step closer to building life from scratch. They've just create...
Developed de novo using the company’s proprietary transcriptional analysis and sequence engineering platform, SynGenSys’ CHO.SET synthetic promoters combine advanced computational...
Genomic language model has huge potential to redesign organisms such as bacteria
In this GEN webinar, speakers from Flock Bio and Ribbon Bio will explore how bench-based, cell-free DNA production can complement expertise in custom DNA design and manufacturing....
Chemically powered nanomachines synthesize and weave DNA into complex networks, opening a path toward programmable materials that behave more like living systems.
A new molecular design strategy is bringing two traditionally separate worlds of chemistry together: proteins, nature’s highly evolved molecular machines, and foldamers, synthetic...
A new machine-learning framework aims to improve the success rate of computational protein design while moving away from results that reproduce sequences found in nature.
These are the same type of understandable and logical computation circuits that humans design. What can we learn from observing this similarity? Source
This AI startup, which lists Nobel laureate David Baker among its co-founders, has announced a “world model” of a cell that can simulate both its natural state and […]
Scientists have built living circuit boards by printing bacterial cells into carefully arranged patterns, creating reconfigurable biological computers that can perform logic operat...
The SpudCell certainly resembles a living cell, but a key structure inside the cell falls short of the real thing
Harvard scientists have built a silicon chip that writes DNA using electricity and water, pointing toward a cleaner future for DNA manufacturing and biotechnology. Silicon chips ha...
Scientists have created a platform that can rapidly assess bacterial traits and pinpoint genetic triggers that turn microbes into efficient factories for biotech applications inclu...
The AI system makes genetically distant versions of a bacteria-killing virus.
A search of 33,564 bacterial fiber protein candidates led to stiffer, printable materials made by engineered E. coli that protected cells from ultraviolet light and captured iron p...
A group of academic researchers genetically engineered Alteromonas macleodii, a widespread marine bacterium, to produce more siderophores, accelerating olivine weathering 2.6-fold...
Scientists used artificial intelligence to design CRISPR nucleases with properties not found in nature, achieving activity that matches or exceeds natural enzymes despite the prote...
Artificial foldamers bind proteins with high precision, enabling rings, networks and porous architectures that could serve as building blocks for new materials.
In a discovery that could reshape scientists’ understanding of how photosynthetic organisms capture carbon, researchers have rebuilt a working version of the pyrenoid outside a liv...
The future of chemical manufacturing is set to shift dramatically as microbial biomanufacturing edges closer to commercial viability. At KAIST, a research team led by Distinguished...
Cell surface display has become one of biotechnology’s most useful strategies for controlling what cells present to their surroundings. By placing a protein, peptide or antigen on...
Research is outpacing regulation to govern artificial-intelligence-designed biology
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