Six BioManufacturing Trends to Watch in 2022 The COVID-19 pandemic shed a light on the strengths and shortcomings of the global biotech infrastructure in relation to pandemic readiness and general support of biotech innovation.
Personalized medicine approaches can transform the field of biomanufacturing through the use of additive manufacturing technologies. Successful implementation of such processes requires an interdisciplinary effort with engineers, biologists, and clinicians working together to achieve success developing regenerative medicine, microfluidic-based assays, or cell therapy applications.
Enabling Features for Biomanufacturing Applications Integrating microfluidics into biomanufacturing lines is a very exciting concept. Microfluidics has the ability to miniaturize manufacturing processes such as cell culture, classification, droplet generation, encapsulation, mixing, and more.
The COVID-19 pandemic has increased diagnostic testing outside the confinement of the laboratory. The hope is to enable healthcare professionals to perform testing in places where it was previously unthinkable to sample patients and directly analyze test results. Such places now include your home, airports, or the workplace. These innovative solutions greatly reduce the time […]
This blog discusses implementation of optics in microfluidics systems including: Ways that lenses can be implemented on microfluidic cartridges; an overview of optical detection techniques used in microfluidics systems; and methods used in measuring fluorescence on microfluidic platforms. Optical systems play an important role in microfluidic platforms. Such systems are the most reliable apparatuses for […]
Developing microfluidic devices can be a daunting task not unlike the development of other medical or in-vitro diagnostic devices. Development typically arises from the need to miniaturize and automate existing assays for microbiological applications such as ELISA, PCR, flow cytometry, etc. This blog covers key considerations which we have found increase the chances of success […]
Microfluidics is a powerful tool on its own, but over the past years, the combination of microfluidics and Machine Learning (ML) has enabled microfluidic technologies to push into new areas and applications. Microfluidics is a fluid handling technique which takes place inside micro-channels or pathways using nano/microliter volumes. It has been used in many applications […]
More than a year into the pandemic, there have been over 120 million people infected by the COVID-19 virus globally and almost 3 million deaths. Over 400 million doses of COVID-19 vaccines have been administered1.
It is all about the sample Point-Of-Care Testing (POCT) has seen a large uptake over the past year driven by the need for on-site testing due to the COVID-19 pandemic. We see that often companies focus their attention on one specific sample type and subsequent sample preparation (e.g. blood or nasopharyngeal samples) and build a […]
An expensive pitfall when developing or optimizing a point-of-care device is to jump straight into using clinical samples to steer early design development. Developing or optimizing a point-of-care device is a multi-faceted process.
2020 highlighted the importance of rapid diagnostics. Many companies approached us in 2020 looking to develop a better COVID-19 diagnostic test. No matter what the technology, state of development or size of the company, we have found that the key differentiator between a successful medical device product and an unsuccessful one, was having a good, […]
This blog explores medical device artificial intelligence (AI) with an overview of AI, medical applications and devices, the investment landscape, and medical device artificial intelligence regulatory implications. The term artificial intelligence (AI) has been over marketed and abused. For instance, a rice cooker with AI, a watch powered by AI, a restaurant ordering app with […]