Inscopix, Inc. Competitors

At MaxCyte®, we are committed to building better cells together. As a leading cell-engineering company, we are driving the discovery, development and commercialization of next-generation cell therapies. Our best-in-class Flow Electroporation® technology and SeQure™ gene editing risk assessment services enable high-performance cell engineering and rigorous evaluation of editing outcomes, supporting confidence in therapeutic development. Supported by expert scientific, technical and regulatory guidance, our platform empowers researchers to engineer diverse cell types and payloads, accelerating the development of safe and effective treatments for human health. For more than 25 years, we’ve been advancing cell engineering, shaping the future of medicine.

Blackrock Microsystems is a rapidly growing company that manufactures a wide range of scientific equipment to record bio-potentials from the central and peripheral nervous system in both chronic and acute applications. The research division, located in the Research Park area off of the University of Utah, is looking for talented individuals to assist in the development of new products.

Noldus Information Technology develops, markets, and supports innovative software, instruments, integrated systems, and services for behavioral research. These allow scientists and practitioners to enhance the quality of their data, to increase productivity, and to make optimal use of human or animal resources. Our solutions are designed to meet the needs of our customers, offering them the following key benefits: - Enhanced quality: Our advanced technology allows more accurate measurement of behavior, and therefore a higher quality of collected data. - Increased productivity: Automated systems replace manual work and allow people to do more in less time. - Optimal use of human resources: By letting computers do the tedious routine work, researchers and technicians can focus on more interesting tasks. - Optimal use of animal resources: Our technology allows behavioral measurements to take place under natural and animal-friendly circumstances, while continuous automated observation maximizes the amount of information collected per animal. These advances contribute to the refinement and reduction of laboratory animal testing.