Shirley Hunt Wiggins, RA SOCIAL WORKER Clinical Social Worker Medicare: Not Enrolled in Medicare Practice Location: 7541 Church Ave, Highland, CA 92346 Phone: 909-425-5911 |
Ms. Claire Kayitesi Clinical Social Worker Medicare: Not Enrolled in Medicare Practice Location: 7381 Yellow Jasmine Dr, Highland, CA 92346 Phone: 909-645-5199 |
Ms. Janelle Angliee Alexander, LCSW Clinical Social Worker Medicare: Medicare Enrolled Practice Location: 28748 Blossom Way, Highland, CA 92346 Phone: 909-781-7956 |
Sarai Arana Clinical Social Worker Medicare: Not Enrolled in Medicare Practice Location: 7932 Tyler St, Highland, CA 92346 Phone: 909-521-4913 |
Ms. Veronica Diaz, LCSW Clinical Social Worker Medicare: Not Enrolled in Medicare Practice Location: 7857 La Nita St, Highland, CA 92346 Phone: 951-536-8628 |
Dr. Lucy F. Cardona, PH.D. Clinical Social Worker Medicare: Not Enrolled in Medicare Practice Location: 2550 E. Highland Ave., Highland, CA 92346 Phone: 909-862-4788 |
News Archive
Boehringer Ingelheim Pharmaceuticals, Inc. and the Duke Clinical Research Institute (DCRI) announced today the expansion of the Idiopathic Pulmonary Fibrosis – PROspective Outcomes (IPF-PRO) Registry, a patient registry developed to uncover insights into IPF, a rare and serious lung disease. The expansion will increase the study enrollment from 300 patients at 18 study sites to 1,500 patients at approximately 45 sites, creating the largest registry of newly diagnosed IPF patients.
Gov. Nathan Deal told reporters at the GOP convention that he has no intention of expanding the program because the federal government's commitment to pay the full cost for three years, and 90 percent thereafter "is probably unrealistic." An estimated 650,000 Georgians would gain health coverage under an expansion.
Researchers from the Veterans Affairs and Department of Defense have produced a new 56-page guidebook to spur more collaboration between the agencies on clinical health research.
Pooling data from thousands of tests of the antiviral activity of more than 20 commonly used anti-HIV drugs, AIDS experts at Johns Hopkins and Harvard universities have developed what they say is the first accurate computer simulation to explain drug effects. Already, the model clarifies how and why some treatment regimens fail in some patients who lack evidence of drug resistance.
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