Parker Division Family Medicine Medicare: Not Enrolled in Medicare Practice Location: 940 W Lee Hwy, Chilhowie, VA 24319 Phone: 276-646-8911 |
Southwest Virginia Community Health Systems Inc Clinic/Center - Federally Qualified Health Center (FQHC) Medicare: Not Enrolled in Medicare Practice Location: 1160 E Lee Hwy, Chilhowie, VA 24319 Phone: 276-646-8966 |
Southwest Virginia Community Health Systems Inc. Clinic/Center - Federally Qualified Health Center (FQHC) Medicare: Medicare Enrolled Practice Location: 130 Lee Hwy, Chilhowie, VA 24319 Phone: 276-646-8220 |
Family Care Of Chilhowie, P.c. Clinic/Center - Rural Health Medicare: Medicare Enrolled Practice Location: 403 Chilhowie St, Chilhowie, VA 24319 Phone: 276-646-3241 Fax: 276-646-2592 |
Greever Rural Health Clinic Clinic/Center - Rural Health Medicare: Not Enrolled in Medicare Practice Location: 403 Chilhowie St, Chilhowie, VA 24319 Phone: 276-646-3241 Fax: 276-646-2592 |
News Archive
Kinsa, the maker of the first FDA approved app-enabled smartphone thermometer, today announced the launch of Kinsa Groups for its iOS and Android apps. The Groups feature is currently available for public schools across the United States. With Kinsa Groups, parents can monitor the overall health at their child's school to better track, treat, and stop the spread of illness at the earliest signs of symptoms.
Bartonella bacteria are disease-causing, blood-borne pathogens found in various mammal species. A study in PLOS Neglected Tropical Diseases by Hannah Frank and colleagues at Stanford University, California suggests that humans play an important role in disease risk, infection patterns, and distribution of Bartonella, advancing current understanding of Bartonella's evolutionary history and how the bacteria may be transmitted between humans and other animal species.
In what researchers are calling a game changer for future ataxia treatments, a new study showed the ability to turn down the disease progression of the most common dominantly inherited ataxia.
By training a group of human subjects to operate a robot-controlled joystick, Johns Hopkins researchers have shown that the slower the brain "learns" to control certain muscle movements, the more likely it is to remember the lesson over the long haul.
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