Christian hospital offers foot health tips

April 17, 2018
The St. Louis American

Currently, around 6.7 million Americans are living with a chronic foot or leg wound, and more than two million of them are suffering from a diabetic foot ulcer. Chronic foot and leg wounds are often caused by underlying conditions, such as diabetes and vascular disease. Some of the primary risk factors for wounds of the feet include neuropathy, deformity of the foot, a history of foot ulceration, absent or diminished pulses or of prior lower extremity amputation.

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Iredell Wound Care and Hyperbaric Center earns accolades

March 21, 2018
Statesville Record & Landmark

Iredell Health System recently announced that the Iredell Wound Care and Hyperbaric Center has been named a recipient of the Center of Distinction Award and the Robert A. Warriner III, MD, Center of Excellence Award by Healogics, Inc., the nation’s largest provider of advanced wound care services.

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Holzer Wound Care Center recognized with National Award for Excellence in Wound Healing

March 19, 2018
The Jackson-County Times Journal

Holzer Health System physicians, leaders, and clinicians are proud to celebrate the Robert A. Warriner III, M.D., Center of Excellence award presented to Holzer Wound Care Center. This Center has achieved patient satisfaction rates higher than 92 percent and a healing rate of at least 91 percent in less than 30 median days to heal, for a minimum of two consecutive years.

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Injectable Body Sensors Take Personal Chemistry to a Cell Phone Closer to Reality

March 19, 2018
Marketing Insider

Up until now, local inflammation and scar tissue from the so-called “foreign body response” has prevented the development of in-body sensors capable of continuous, long-term monitoring of body chemistry. But today scientists are presenting results showing tiny biosensors that become one with the body have overcome this barrier, and stream data to a mobile phone and to the cloud for personal and medical use.

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Modified biomaterials self-assemble on temperature cues

March 19, 2018
Science Daily

Biomedical engineers have demonstrated a new approach to making self-assembled biomaterials that relies on protein modifications and temperature. The hybrid approach allows researchers to control self-assembly more precisely, which may prove useful for a variety of biomedical applications, from drug delivery to wound-healing.

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