Arteriocyte Awarded $800,000 for Cellular Therapy for Battlefield Wounds Project as Part of Department of Defense Fiscal Year 2008 Budget.CLEVELAND -- Arteriocyte announced today that the company will receive $800,000 for their Cellular Therapy for Battlefield Wounds project from the 2008 Defense Appropriations bill the President signed into law November 13th. U.S. Representative Stephanie Tubbs Jones ![]() Stephanie Tubbs Jones (born September 10, 1949) is a Democratic politician who currently serves as a member of the United States House of Representatives, for the 11th District of Ohio. and Senator Sherrod Brown Sherrod Campbell Brown (born November 9 1952) is the junior United States Senator from the state of Ohio, and a member of the Democratic Party. Before his election to the Senate in 2006, Brown served as a member of the House of Representatives from Ohio's 13th district and as championed the effort to secure the funding. "This project will help improve the medical care and surgical outcomes for our soldiers on the front lines of the Iraq War Iraq War: see under Persian Gulf Wars. Iraq War or Second Persian Gulf War Brief conflict in 2003 between Iraq and a combined force of troops largely from the U.S. and Great Britain; and a subsequent U.S. ," Representative Stephanie Tubbs Jones said. "Arteriocyte's advanced cellular therapy program for re-establishing normal blood flow to damaged tissues represents a major improvement in the care of soldiers and patients in our health care system with tissue injuries." "Arteriocyte's advancements in this vital area of research and development are not only important for the health of our soldiers, they are also important to the health of our economy," said Senator Sherrod Brown. "As a leading biotech employer in Northeast Ohio, I am pleased to support Arteriocyte and other leading life-sciences companies in their efforts to advance medical innovation that will foster economic growth for Ohio." Wound healing wound healing Physiology The repair of a wound Steps Inflammation, repair and closure, remodeling, final healing; repair of incisions may be either simple–'clean' wounds with little loss of tissue heal by 'primary intention', or 'dirty' wounds heal by and cardiovascular care are top priorities within the military because tissue damage occurs in an estimated 80% of combat casualties. The Arteriocyte Cellular Therapy for Battlefield Wounds project responds to this need by utilizing a patient's own stem cells stem cells, unspecialized human or animal cells that can produce mature specialized body cells and at the same time replicate themselves. Embryonic stem cells are derived from a blastocyst (the blastula typical of placental mammals; see embryo), which is very young to improve blood flow in damaged tissues and accelerate healing. Arteriocyte was launched four years ago based on technology developed at Case Western Reserve University and University Hospital's Case Medical Center through the National Center for Regenerative Medicine and in collaboration with four leading universities, including Johns Hopkins University Johns Hopkins University, mainly at Baltimore, Md. Johns Hopkins in 1867 had a group of his associates incorporated as the trustees of a university and a hospital, endowing each with $3.5 million. Daniel C. , Stanford and the University of Minnesota (body, education) University of Minnesota - The home of Gopher. http://umn.edu/. Address: Minneapolis, Minnesota, USA. . The company has grown to twelve employees, while attracting more than $29 Million in private and public funding Public funding is money given from tax revenue or other governmental sources to an individual, organization, or entity. See also
"The rate of acceleration for Arteriocyte over the past few years has been remarkable," added Baiju Shah, President of BioEnterprise, a Cleveland bioscience accelerator that has helped over 60 Northeast Ohio companies raise more than $570 million in funding since 2002. About Arteriocyte Arteriocyte, a clinical stage biotechnology company located in Cleveland, Ohio and Hopkinton, Massachusetts, is developing proprietary, non-embryonic stem cell-based therapies targeted for the treatment of ischemia. The Company spun out of Case Western Reserve University in 2004 and is based upon research utilizing stem cells to stimulate angiogenesis angiogenesis /an·gio·gen·e·sis/ (-jen´e-sis) vasculogenesis; development of blood vessels either in the embryo or in the form of neovascularization or revascularization. an·gi·o·gen·e·sis n. (new vessel growth). Arteriocyte's ultimate goal is to develop cellular therapies using multiple sources of adult derived stem cells (marrow, peripheral and cord blood cord blood n. Blood present in the umbilical vessels at the time of delivery. ) to treat diseases where ischemia is the cause or a contributing factor in the disease progression. In October 2007, Arteriocyte partnered with DW Healthcare Partners and Comerica to create Arteriocyte Medical Systems inc., in order to develop and acquire novel medical devices and point of care surgical solutions to improve patient outcomes. Arteriocyte Medical Systems recently announced a broad Strategic Partnership with Medtronic, including the acquisition of the Magellan Platelet Business and a worldwide exclusive distribution agreement in the Cardiac Surgery Market that includes promotion by 80 representatives spread throughout North America and Europe for the Magellan system, which is in over 400 surgical centers worldwide. |
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