How Systems Biology Is Adopting an Engineering Framework
Everything from metabolic pathways optimized for efficiency to brain blood vessels designed as protective shock absorbers demonstrates multi-level planning. Source
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Everything from metabolic pathways optimized for efficiency to brain blood vessels designed as protective shock absorbers demonstrates multi-level planning. Source
Extreme Computing research karelmatous Mon, 08/25/2014 - 17:24 Extreme Mechanics high-performance computing la...
A bioreactor designed to test biosensors that measure multiple parameters in real time is being developed as a simple, budget-friendly bioreactor for high schools and colleges to h...
Cambridge, MA – MIT Media Lab – EmTech Future. Nature has spent roughly 3.8 billion years conducting the most sprawling, creative research and development campaign in history. Evol...
Electrical signatures could give bioprocess engineers an earlier view of cell health, detecting apoptosis, refining harvest timing, and moving monitoring from destructive offline a...
The initiative, launched through SynBioME, the IIT-M-TICEL Biofoundry, targets pre-final and final-year BTech, MTech and MSc students in biotechnology and allied disciplines across...
Medical implants are no longer passive pieces of hardware. A titanium screw or an artificial hip must do far more than provide mechanical support or stand in for damaged tissue: it...
AI is rapidly shifting the engineering landscape, yet the core challenge remains: engineers must continually adapt to evolving tools and expectations while holding onto foundationa...
Deep eutectic solvents can modulate multiple biocatalysis process parameters, thus minimizing or eliminating the need for bioengineering in certain enzymes while enhancing producti...
Concrete is famously strong in compression and famously terrible in tension. For decades, engineers have compensated by drowning brittle cement matrices in steel reinforcement, but...
Deep-sea anglerfish, famous for the bioluminescent lure that dangles from their heads, have long captivated biologists because of one of the strangest reproductive strategies in th...
MIT researchers have engineered bacteria to behave like transistors, making it possible to build living “circuit boards” that can be printed onto growth material in a Petri dish. I...
Bacteria are famous for forming patterns, from the concentric rings of Proteus colonies to the branching networks that motile microbes paint across agar plates. Now researchers at...
PhD Scholarship Opportunity (SCOPE/EPSRC, Oct 2026 start): AI-ready encoding of metamaterials for property-based search job Szyniszewski Stefan Sun, 12/21/2025 -...
A bacterium isolated from bentonite clay deposits in southeastern Spain is rewriting what scientists thought they knew about how microbes build nanomaterials. Stenotrophomonas bent...
Inspired by kirigami, a new biofabrication technique programs cell-compatible hydrogels to fold into complex 3D shapes, opening possibilities for engineering realistic human tissue...
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.
Amgen’s Conor Hughes explores Ireland’s biotechnology industry and how an early STEM education can be the gateway to a future career. Read more: The biotech process development as...
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