Mr. William Thomas Hales Iii, RPH Pharmacist Medicare: Not Enrolled in Medicare Practice Location: 23007 Telegraph Rd, Brownstown, MI 48134 Phone: 734-675-6663 Fax: 734-675-8077 |
Dr. Kristan Mika, PHARMD Pharmacist Medicare: Not Enrolled in Medicare Practice Location: 18900 Telegraph Rd, Brownstown, MI 48174 Phone: 734-941-2067 Fax: 734-941-2903 |
Jill Comartin, RPH Pharmacist Medicare: Not Enrolled in Medicare Practice Location: 23007 Telegraph Rd, Brownstown, MI 48134 Phone: 734-675-6663 |
Dr. Amy J. Lazette, PHARMD Pharmacist Medicare: Not Enrolled in Medicare Practice Location: 23849 West Rd, Brownstown, MI 48134 Phone: 734-755-2246 |
Taghrid Hassoun Pharmacist Medicare: Not Enrolled in Medicare Practice Location: 18900 Telegraph Rd, Brownstown, MI 48174 Phone: 734-941-2067 |
Mr. Milind M Hinge, RPH Pharmacist Medicare: Not Enrolled in Medicare Practice Location: 23007 Telegraph Rd, Brownstown, MI 48134 Phone: 734-675-6663 Fax: 734-675-8077 |
News Archive
GENTAG, Inc., Third Technology Capital Investors, and The CORE Institute are pleased to announce the first fully integrated medical grade wireless monitoring kit for post-surgery applications compatible with the new generation of Near Field Communications (NFC) cell phones. The kit allows patients to self-monitor for excessive swelling in the surgery area or inside casts with their cell phones after hospital discharge (compartment syndrome monitoring).
A pioneering program to empower people living with complex long-term conditions such as a stroke or multiple trauma manage their own rehabilitation has been kept on the road during the coronavirus pandemic – thanks to an expert from Kingston University and St George's, University of London taking the service to online.
In children admitted to a psychiatric unit with serious behavioral problems, use of the new diagnosis concept of disruptive mood dysregulation disorder may go some way to reducing diagnoses of bipolar disorder, research shows.
Researchers at the Technion-Israel Institute of Technology and Rambam Medical Center have demonstrated that heart cells grown from human embryonic stem cells can integrate into the host heart and help regulate its activity, becoming in effect a biological pacemaker.
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