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awarded BioForce Nanosciences Inc. a grant for breast cancer research . null The award, managed by the Defense Department ..... cellular signaling pathways that accompany breast cancer research . The Iowa-based firm's technology allows for
Center, has received a five-year, $7 million Innovator Award from the U.S. Department of Defense (DoD) Breast Cancer Research Program to develop a targeted new delivery system for breast cancer drugs. If this new approach proves successful
December 4, 2008: ADA Technologies, Inc. received a $149,121 grant from the National Cancer Institute for research and development of nanotechnology imaging and sensing platforms for improved detection and diagnosis of cancer.
21, 2008 -- Fred Hutchinson Cancer Research Center (FHCRC) and NSB POSTECH ..... collaborate with a major US-based cancer research center," says Dr. Joon Won ..... technology. At Fred Hutchinson Cancer Research Center, interdisciplinary teams
The American Association of Cancer Research ’s recent article, “Nanoparticles Can Damage DNA, Increase Cancer Risk,” provides a good example of how researchers can
throughput applications for in-the-field diagnostics, cancer research , and other unmet needs in the healthcare field. Its ..... innovations hold great promise for applications in cancer research , HIV diagnostics, blood sample preparation, bacteria detection
2003 -- Agendia BV of Amsterdam has selected Agilent Technologies Inc.'s custom microarrays as a platform for cancer research , according to a news release. Agendia is developing the first microarray-based diagnostic test to predict the
2003 -- Intel Corp. is working with a U.S. cancer research center to see if technology designed to detect microscopic ..... is building a Raman analyzer at the Fred Hutchison Cancer Research Center in Seattle. The team said the instrument will
Institute for NanoBio Technology . He started out with some remarkable observations about the status of today’s cancer research . According to him, in the past 40 years, not much progress has been made, and people diagnosed with cancer still
circuits able to inspect 20 million cells per second. By combining electronics, microfluidics, imaging hardware and cancer research , a chip could be made for the early detection of cancer cells in blood. Van den hove ends its presentation with