This is your space. We share your passion for studying how our bodies work
and for developing therapies for patients.
and for developing therapies for patients.
Our technologies are laser-focused on bio applications: cell biology, tissue engineering, regenerative medicine, biotech, and pharma.
Real-time pH and dissolved oxygen data accelerate R&D and serve as Critical Quality Attributes (CQAs) for product quality and process control in therapeutics manufacturing to meet regulatory requirements.
- Take me to:
- Bio Applications
- Culture Vessels
Bio Applications
Cell Culture
Traditionally, real-time data about monolayer and low-volume suspension cell cultures has not been available. Our ID • Sensors are creating a new paradigm where real-time pH and dissolved oxygen data is at your fingertips for every single T-flask. Pretty cool, right?
Tissue And Organ Development
Tissue engineering may be taking longer than we all hoped to get to patients, but tissue-engineered medical products keep making steady progress. With some products already commercially available, and many more in the pipeline, in vitro culture systems are becoming more and more sophisticated and instrumented.
Whether you’re working with an R&D or production-scale bioreactor, real-time monitoring of pH and dissolved oxygen with the ID • Developer’s Kit will provide you actionable data about your static or dynamic culture. You can use this data to better understand the metabolic activity of your cells, replace or buffer your media, modify fluid flow rate or agitation, improve reproducibility, and develop predictive models for making harvest/continue/ discontinue culture decisions.
Tissue/Organ-On-A-Chip
Therapeutics
Low-volume vessels used for therapeutics development often lack real-time biosensing. R&D of biologics such as vaccines, blood components, cells, genes, and recombinant proteins is time-consuming and costly.
Introducing real-time data about key factors such as pH and dissolved oxygen early in the development process can fast-track your project and reveal sub-optimal conditions you were not aware of.
Whether you’re growing primary cells, cell lines, or microbial cultures, you start with low-volume vessels such as petri dishes, flasks and well plates to find the most promising experimental design.
Our optical sensors can help you:
- Screen cultures with higher confidence to help you reduce time and cost
- Provide reliable data for reproducible results with scaleup
- Measure critical process parameters and critical quality attributes
Depending on your culture vessel, we offer a wide range of products to choose from in the handy guide below. If you are further along the scaleup process and interested in incorporating our single-use optical sensors in your manufacturing line, fill out our application questionnaire to get connected.
Culture Vessels
