n!Biomachines’ Post

We're driving innovation in viral vector production! Our cutting-edge approach utilizes plants as bioreactors, offering a host of benefits such as: 🌱 Highly-Scalable 🌱 Rapid 🌱 Cost-Effective 🌱Safe & Simple 👇 Dive into below to learn more about how we're transforming AAV vector production! #AAV #AAVVectors #VectorProduction #Biotech #BiotechManufacturing #Manufacturing #Bioreactor

How to Set up a Bioreactor INFORS HT

⚙️ Setting up a bioreactor is not as easy as it sometimes sounds. 🎚️❓ Which sensors do I have to calibrate before autoclaving? Is it essential to protect the filters with foil from water condensate in the autoclave? These are only some questions that arise when preparing a bioreactor for its next cultivation run. 📖 This blog post will guide you through assembling a benchtop bioreactor step by step and provide practical help for successfully starting a bioprocess. 🔗 https://ow.ly/MTUU50Q530N #biotech #biopharm #laboratoryequipment #bioreactor

💡We say our bioreactors are "fit-for-purpose." So, what does that mean? (3/3) Our AUXO V® bioreactors are designed and engineered to meet the specific requirements of the biological process they are intended to support. We already mentioned that they are specialized and afforable. 📐They are also scalable: Our bioreactors can be tailored for easy scaling, allowing for efficient transition from research-scale to commercial-scale production, accommodating growing demand without sacrificing performance or quality. Learn more about n!Biomachines' bioreactors here: https://lnkd.in/gCRjWRF2 #Bioreactors #Bioprocessing #CellularAgriculture

Development of Advanced Feeding Strategies for High Throughput Mini-Bioreactor Systems High throughput cultivation systems have become an essential part in early-stage bioprocess development. Robotic facilities have advanced from simple parallel microtiter plates to sophisticated cultivation systems by integration of non-invasive sensors and liquid handling stations, which are capable to perform complex process control actions. These systems nowadays allow for screening experiments with increased comparability to the industrial operating conditions and thus offer a possibility for significantly more efficient and reliable upstream process development. Still, many challenges need to be tackled for the implementation of techniques which can cope with the high number of parallel cultivations at very small volumes. https://lnkd.in/gk9uP7gp #aspenalert #biotech #bioprocess

The liquid handler you choose will depend on your lab's capabilities and the required throughput levels. In the following article, we highlight four of the best automated liquid handling instruments and explain their key benefits. Read the full article here: https://bit.ly/3SGvJGS #liquidhandling #labequipment #biotechnology #biotech

Let’s de-risk bioreactor scale-up. One of the biggest challenges for the developers of any cell-based manufacturing process occurs when it’s time to scale up to commercial volumes. Scale up has been described as a “high-stakes endeavor” that can take considerable time, investment and ultimately puts the whole commercialization at risk. Taking the guesswork out of predicting performance at scale up, and to give process developers and investors actionable, commercially relevant insight, experts at #geagroup have advanced bioreactor development with a digital twin. So if you’re interesting in de-risking your scale-up process and unlocking the potential of a digital twin then this is for you https://go.gea/2TD #engineeringforabetterworld #digitaltwin #newfood

Scaling up a bioreactor process can be daunting. But it doesn't have to be. Here are key considerations to keep in mind. 1. Evaluate and adjust parameters from the lab scale to optimize for larger bioreactors. 2. Implement robust systems for monitoring and control. 3. Compare performance and quality between lab-scale and larger-scale bioreactors. 4. Assess the economic feasibility and ROI of scaling up. 5. Evaluate resource consumption and waste generation for mitigation strategies. 6. Ensure regulatory compliance throughout the scale-up process. What challenges have you faced in scaling up bioreactor processes? Let's discuss it! #cellculture #processdevelopment #bioprocessing #celltherapymanufacturing #cellandgenetherapy #leadbiotech

💡We say our bioreactors are "fit-for-purpose". So, what does that mean? (1/3) Our AUXO V® bioreactors are designed and engineered to meet the specific requirements of the biological process they are intended to support. 🧫First, they are specialized: Our fit-for-purpose design allows for AUXO V® bioreactors to be optimized for specific biological processes, such as animal cells, microbes or algae. This enhances the bioreactor's performance, yield and product quality for a dedicated cell type or products, ensuring superior outcomes. Follow us for part 2 and learn more about n!Biomachines' bioreactors here: https://lnkd.in/gCRjWRF2 #Bioreactors #Bioprocessing #CellularAgriculture

🤔 Single-Use❓ Or Multi-Use❓ A question that often confronts our customers when choosing their bioreactor system. 👉 Let's take a closer look... #Upstream #Biotech #SingleUse #Reusable #Autoclavable #Disposable #Getinge #Applikon #Bioprocess