Stable cell-lines derived from a single cell are crucial tools in life sciences. They are required for a variety of applications, i.e. production
of biologics, development of disease model systems and functional studies of genes.
Generating cell-lines from a single cell is a highly tedious process. Current workflows and technologies offer limited automation, are largely incompatible
with precious samples such as ES-cells and iPSCs and waste a huge amount of expensive consumables.
The isoCell ...
We are pioneering the development of fluid-shaping technologies to advance insight into cell biology.
Our technologies and solutions aim to provide highly user-friendly experiences with powerful capabilities of exposing cells to unique experimental conditions, and unparalleled advantages.
iotaSciences' fluid-shaping technologies are based on ...
iotaSciences is a young and dynamically growing spin-out company from Oxford, UK.
The company was founded in summer 2016 by scientists from the Department of Engineering Science and the Sir William Dunn School of Pathology,
University of Oxford, UK.
We take pride in our mission of ...
Watch the isoCell video
For our line of research, we need to generate many different gene edited clonal (stem) cell lines. However, isolating and expanding single cells is a very long and labour intensive process that can take up significant resources. IotaSciences’ isoCell allows us to bypass these issues and facilitates the generation of clonal (stem) cell lines with minimal hands-on time while considerably reducing the amount of consumables. I am very impressed with the excellent optics of the system that requires nothing more than a standard microscope. In our hands, the isoCell is the ideal tool for ensuring clonality of cells.
Find out about upcoming and recent events here
Meet us at the ASCB | EMBO meeting 2018 in San Diego, CA from 8th-12th December 2018