Our core technology is based on the characteristic properties of ultra small,
semi synthetic coated iron oxide particles. Our core competencies include the
ability to design such particles for particular applications, to manufacture
the particles in controlled sizes and to cover the particles with different
coatings depending upon the application for which they will be used.
Our iron oxide particles are composed of bioavailable iron that is easily absorbed
by the body and incorporated into the body's iron stores. As a result, products
using our core technology are well suited for use in intravenous iron replacement
therapy. Additionally, the superparamagnetic characteristic of our products
results in particles that become strongly magnetic when placed in a magnetic
field, but lose their magnetism once the field is removed. Therefore, use of
these particles may result in magnetic resonance images that increase the information
available to the reviewing physicians.
Dr. Yitong Dong
Dr. Yitong Dong has recently been awarded funding to study custom composite nanocrystals, which could help to create advanced quantum communication technologies. Learn more about this project in this interview.
Roey Elnathan, Ph.D.
We take a closer look at the fusion of nanotechnology and CAR-T therapy through our interview with Dr. Roey Elnathan about a new approach that harnesses the capabilities of nanoneedles to efficiently deliver genetic materials to target cells.
In this interview, Laura-Isabelle, the Director of Sales at Photon etc., talks to AzoNano about how spectral imaging can help improve the next generation of solar cells.
The Verifire™ interferometer system provides fast and reliable measurements of surface form error.
This article outlines how Unity, Oxford Instruments’ new detector for a revolutionary new imaging technique, can be used to revolutionize imaging.
Discover the compact, fast rotary table V-610 for precision testing and manufacture.