Applied Materials’ Lab-on-a-Chip Technology Hopes to Gain Advantage on Cancer BY MARY SPIRO
Improved diagnostic tools save lives through more accurate and
partnerships, Tom Fekete, and representatives from Applied
earlier diagnoses. To that end, Johns Hopkins Institute for Nano-
Materials have discussed ways the two entities can work together.
BioTechnology has partnered with Applied Materials (AMAT) of
Dietz said that establishing a relationship with a world-class
Santa Clara, California to discover ways the company’s core capa-
research university such as Johns Hopkins and an organization
bilities can be leveraged to solve specific problems in health care.
such as INBT, which has a “strong interaction between clinicians
Applied Materials offers INBT its unique expertise in high-speed imaging as well as in nanofabrication techniques to enable more sophisticated devices that can be scaled, said Jim Dietz, director of new business development at Applied Materials Dietz, a 1993 Johns Hopkins alum in the Department of
and engineers working to solve important medical questions,” presents exciting challenges for Applied Materials. “Healthcare is a brand new area for AMAT, and we want to align ourselves with thought leaders to solve big problems,” Deitz said. One area where Applied Materials particularly hopes to
Chemical and Biomolecular Engineering, first heard about
contribute its expertise is in lab-on-a-chip technology, particularly
INBT in 2014 when he served as a Mentor in Residence for the
as it can be applied to diagnostic techniques in clinical oncology.
university. Over the last 18 months, INBT’s director of corporate
“Our sweet spot is any diagnostic approach that lends itself to fabrication on silicon or glass to achieve high performance.” Dietz said. “We see the future of clinical oncology being driven by significant advances in biosensor and imaging technologies on the front end, coupled with big gains in analytics on the back end, which will deliver increasingly targeted and effective treatments to improve patient outcomes.” This collaboration between INBT and AMAT is part of the Institute’s Corporate Partnership program, which seeks to connect Institute researchers with industry professionals to achieve common goals. For more information about INBT’s Corporate Partnership Program, contact Tom Fekete via email at tmfeke@jhu.edu. To learn more about Applied Materials, go to www.appliedmaterials.com.
Applied Material’s uVision system has the industry’s smallest optical inspection pixel size, enabling cutting-edge R&D activities. IMAGE: Applied Materials
16 Institute for NanoBioTechnology
