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Full Agile Science
The Need for Change Research projects are fundamental to scientific advancement, ranging from individual theses to large-scale international collaborations. The thing is, many of the procedures and methods in use date from an era unlike our own. Traditional methods have been useful for many years. However, they can sometimes be costly, time-consuming, and hinder quick … Full Agile Science
Model in the Machine: Computational Fluid Dynamics
Introduction: What’s Computational Fluid Dynamics? Computational Fluid Dynamics (CFD) is a field that incorporates numerical analysis to simulate and solve problems involving fluid flows. It’s an iterative process that requires a lot of computational process. Even if analytical and experimental options exist, we use computers to solve fluid dynamics. Simplifying the differences between methods: Analytical: … Model in the Machine: Computational Fluid Dynamics
Stämm at the Bio International Convention: Pioneering Continuous Production in Biomanufacturing
Stämm’s Participation We’re still feeling the effects of everything we experienced at the Bio International Convention 2024, and we want to share it with you in this new issue of Stämm Monthly. This crucial event for the biotech industry attracts innovators and leaders from around the globe. It’s the perfect stage to showcase cutting-edge technologies … Stämm at the Bio International Convention: Pioneering Continuous Production in Biomanufacturing
Bioanalytics in Biotech: Bridging R&D and Market Success
Introduction In the biotech industry, the journey from developing novel biological products and therapeutics to bringing them to market is intricate and fraught with regulatory hurdles. Ensuring that products meet stringent regulatory standards such as ISO (International Organization for Standardization), FDA (Food and Drug Administration), and GMP (Good Manufacturing Practices) is crucial. This is where … Bioanalytics in Biotech: Bridging R&D and Market Success
Towards Universal iPSCs: Stämms Take on Autologous Therapies
Autologous therapies, installed capacity, and lab automation: three key concepts we discussed on the latest Swiss Biotech Day. Learn how Stämm participated at the premier biotechnology conference in Europe, talking through the latest in iPSCs-based therapies. The Swiss Biotech Day experience Juan Martin Cabaleiro, Román Ortega Bianchi, and Sebastián de Achaval attended the latest Swiss … Towards Universal iPSCs: Stämms Take on Autologous Therapies
Scaling Up Biomanufacturing: Overcoming Challenges and Driving Innovation
In the landscape of healthcare and pharmaceuticals, scaling up biomanufacturing processes is both a challenge and a crucial endeavor. Industry professionals, researchers, and investors understand how biomanufacturing provides life-saving therapeutics to the market. Nowadays, we have to navigate industry and R&D challenges while uncovering opportunities for innovation. The Challenge of Scaling Up Scaling up industrial … Scaling Up Biomanufacturing: Overcoming Challenges and Driving Innovation
Biotechnology at the service of Biodiversity
Biotechnology and biodiversity conservation are not only compatible, they must work together. In a world where science and technology play an increasingly crucial role, the most interdisciplinary branch of biology can serve not only humanity, but also the environment around us. Biological diversity refers to the variety of living things on the planet. Biotechnology to … Biotechnology at the service of Biodiversity
When the red light is right
At Stämm we set out to revolutionize the way we understand bioprocesses. To do so, a big part of our work is dedicated to gaining a better understanding of cellular organisms. As you might imagine, when working with biomolecular structures you face one essential problem: everything is really tiny.Nowadays only advanced microscope technology can capture … When the red light is right
3D-Think it, then you print it
3D-printing has, without doubt, revolutionized the manufacturing industry. Thanks to this technology we are able to simply print out customized objects and parts, even if they present complex structures. Compared to other production techniques, such as injection molding -which, as the name already states- requires a previous construction of a mold- or machining, where blocks … 3D-Think it, then you print it
On microfluidics or – How we flow in tiny spaces
Has a wide green field ever caused you a sudden urge to start running? Or a broad empty road tempted you to step on the gas pedal? Wide spaces seem to inspire many of us to move quicker, while narrow paths slow us down and make our movement more cautious. Surely, this behavior can be … On microfluidics or – How we flow in tiny spaces