Fazakerley Lab Institute of Metabolic Science University of Cambridge, UK
The Resipher has been pivotal to our work studying oxygen availability in cell culture as it offered the unique ability to measure oxygen concentrations of the cellular microenvironment straight in the incubator and without having to manipulate the cells. Getting OCR readouts alongside was a huge bonus and gave us new insight into the cells’ metabolism.
Tumor and Vascular Biology Laboratory Bordeaux Institute of Oncology INSERM U1312
Before Resipher, we struggled to longitudinally track the changes in the metabolic states of our cells in their standard incubator and under standard culture conditions. The Resipher system offered us a fantastic opportunity. Since then, Resipher has become integral to every single project in our lab. The machine runs day and night, weekends and holidays. In other words, Resipher has become the mainstay of our research. The best part is that we can monitor the OCR of our cells from anywhere, even from bed. Highly recommended!
Shu Lab Retinal Research Group UNSW Sydney School of Optometry & Vision Science
The Resipher allows my lab to continuously measure oxygen consumption rates of our retinal cells in real-time while they’re in the incubator over several weeks on end. It has enabled us to uncover novel insights into retinal cell metabolism and mitochondrial dysfunction as well as screen metabolic targeting drugs for the treatment of age-related macular degeneration.
Mehedi Lab School of Medicine University of North Dakota
I have been using Resipher to determine lung airway epithelial cells' oxygen consumption rate (OCR). Lucid Scientific's technical support team is excellent.