Dr. Quincy Justin Greene, M.D. Surgery Medicare: Accepting Medicare Assignments Practice Location: 730 Malcolm Blvd Ste 100, Connelly Springs, NC 28612 Phone: 828-580-2250 Fax: 828-580-2252 |
Mr. Jayendrakumar I Patel, MD Surgery Medicare: Accepting Medicare Assignments Practice Location: 722 Malcolm Blvd, Connelly Springs, NC 28612 Phone: 828-580-7655 Fax: 828-874-2278 |
Danielle Marie Fontaine, MD Surgery Medicare: Medicare Enrolled Practice Location: 730 Malcolm Blvd, Connelly Springs, NC 28612 Phone: 828-580-3572 |
Dr. Alan Fowler Jacks, M. D. Surgery Medicare: Accepting Medicare Assignments Practice Location: 845 Malcolm Blvd., Connelly Springs, NC 28612 Phone: 828-580-3555 Fax: 828-874-2111 |
News Archive
StemCells, Inc. announced today that its technology was recently used by independent researchers to achieve the first genetically engineered rat derived from rat embryonic stem (ES) cells. This breakthrough, published this month in the international peer-reviewed journal Nature, opens the door to the types of genetic manipulations previously only possible in mice, and paves the way for modeling a broader range of human diseases with the rat.
"If the momentum gained in the last few years" in fighting global diseases such as HIV, tuberculosis (TB), malaria, measles, and meningitis "is any indicator of our future trajectory, we are standing on the threshold of a revolutionary change in the state of global health," Wendy Taylor, senior adviser of Innovative Finance and Public Private Partnerships at USAID, and David Cook, executive vice president and COO of the International AIDS Vaccine Initiative (IAVI),
Agilent Technologies Inc. today announced the winners of the 2011 eMerging Insights grant program: Dr. Michael J. MacCoss of the University of Washington and Dr. Peter J. Park of Harvard University. Each will be awarded $75,000 toward their ongoing research on open source data-integration tools.
Devices the size of a pager now have greater capabilities than computers that once occupied an entire room. Similar advances are being made in the emerging field of synthetic biology at the University of Houston, now allowing researchers to inexpensively program the chemical synthesis of entire genes on a single microchip.
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