EMD Millipore Announces Research, Licensing, Development Agreement with Sysmex

Mar 18, 2014

Business Wire

EMD Millipore, the Life Science division of Merck KGaA of Darmstadt, Germany, announced a clinical research, licensing and joint development agreement with Sysmex Corp. of Japan. This collaboration will use EMD Millipore’s flow cytometry technology as a platform to accelerate the creation of new, more powerful diagnostic tools for research in blood disorders. If successful, Sysmex and EMD Millipore will collaborate on developing the imaging flow technology platform for future commercialization in hematology.

“Sysmex is a global leader in clinical diagnostics and we are pleased to have this opportunity to partner with them to advance hematology research and diagnostics,” said Robert Yates, President of the EMD Millipore Division.

Sysmex is conducting a clinical study assessing EMD Millipore’s Amnis imaging flow cytometry technology for hematologic disorders such as leukemia. Once clinical research is complete, both parties intend to combine the imaging flow cytometry technology with Sysmex’s technologies to develop new imaging flow cytometry technology that will generate image data of molecular (protein) expression status, as well as the identification of abnormal cells in the blood. Sysmex aims to promote the creation of new diagnostic technologies that will lead to the realization of personalized medicine and contribute to the advancement of healthcare by meeting increasingly diverse and sophisticated testing needs.

The first step in the EMD Millipore-Sysmex collaboration will be a clinical trial of the Amnis technology using patient blood samples to detect and characterize leukemic conditions and other hematologic disorders. An earlier joint feasibility study showed very encouraging results.

“EMD Millipore’s Amnis imaging flow cytometry has the potential to transform hematologic research and diagnostics,” said Yates. “We believe this agreement will lead to improved care for patients around the world.”