Shared Health Services Blog

AI is moving fast from headlines to hospital hallways. For wound care and HBOT programs, the challenge isn’t whether AI will be used — it’s how. From documentation to reimbursement, technology can either equip clinicians or erode trust. This post explores the risks, the patient perspective, and how SHS helps hospitals adopt AI responsibly so programs stay sustainable, compliant, and patient-centered.

Hospitals and physician practices launching a wound care and hyperbaric oxygen therapy (HBOT) program must meet NFPA 99 standards from day one. This post breaks down critical Chapter 14 requirements—including safety the hyperbaric coordinator role, chamber classifications, fire protection systems, electrical guidelines, and survey readiness—and explains how SHS supports partners in building compliant, high-performing HBOT programs that reduce risk and deliver lasting value.

In 2025, two tragic HBOT incidents at wellness clinics reignited concern across the field. This post explores the risks of non-clinical hyperbaric use, highlights what truly makes HBOT safe, and outlines the standards SHS champions for hospital- and physician-practice-based programs. If your team is re-evaluating protocols, credentials, or training, this is a must-read guide to safety, clarity, and clinical oversight.

May is Hyperbaric Awareness Month — spotlighting the role of hyperbaric oxygen therapy (HBOT) in treating chronic wounds and complex conditions. This is a key opportunity for hospitals to highlight HBOT’s healing benefits, educate referring providers, and build support for advanced wound care services.

Every hyperbaric chamber includes a data plate that contains critical safety and compliance details — like manufacturer, model, serial number, pressure rating, and more. This quick guide walks through what’s typically included and why it matters for regulatory audits, documentation, and equipment tracking.

SAAK Health is launching a new evidence-based wound care clinic in Brookfield, WI — bringing advanced treatments and personalized support closer to home. This specialty clinic is designed to serve patients with chronic, non-healing wounds and support local providers through referral coordination and continuity of care.

April is Limb Loss Awareness Month — drawing attention to the millions at risk for amputation due to diabetes, PAD, and chronic wounds. With timely intervention and access to advanced wound care, many amputations can be prevented. This post explores what hospitals and providers can do to help preserve limbs and lives.

Opening a wound care center inside your practice starts with vision—and the right team. This post explores how Shared Health Services supports private providers from site selection to setup, guiding every step with data-driven tools, clinical insight, and practical advice to launch with confidence.

Where do we go from here? In this strategic reflection, Terrie A. Dittmeyer, VP of Operations at Shared Health Services, explores the future of wound care—highlighting the critical role of specialized programs, clinical leadership, and innovation in treating complex, non-healing wounds.

In this exclusive interview with LeadersVoiceUSA, David Davis, CEO of Shared Health Services, shares his journey, leadership philosophy, and vision for advancing wound care and hyperbaric medicine. Learn how decades of healthcare experience, strategic insight, and a commitment to doing things differently continue to shape SHS’s national impact.

Wound healing depends on the delicate balance between reactive oxygen species (ROS) and antioxidants. This post explores how HBOT supports healing at each stage—from inflammation to tissue remodeling—by modulating oxidative stress and promoting fibroblast activity in patients with chronic, hard-to-heal wounds.

Hyperbaric nurses are essential to wound care teams—overseeing safety checks, monitoring treatment response, and supporting patients through complex therapy plans. This post explores the multifaceted role of hyperbaric nurses in advanced wound care, from clinical oversight to compassionate care.

Chronic refractory osteomyelitis is an infection that limits oxygen delivery and impairs healing. HBOT raises tissue oxygen levels to boost immune response, improve antibiotic access, and promote bone regeneration. This post explains how HBOT supports recovery when standard treatments fall short.

Hyperbaric oxygen therapy (HBOT) is being explored in sports medicine for soft tissue injuries like sprains, strains, and contusions. This post reviews the current research on HBOT for acute traumatic injuries and highlights its potential to reduce inflammation and support healing. We also honor athletes like Tristian—whose story reminds us why timely recovery matters in wound care and rehab.

Wagner Grade 4 ulcers involve localized gangrene of the forefoot or heel and often signal advanced ischemia and irreversible tissue loss. This post outlines what clinicians look for when diagnosing Grade 4 ulcers and how wound care teams evaluate amputation risk, limb salvage potential, and HBOT as a supportive therapy option.

Dialysis patients face elevated cardiac risks — especially during hyperbaric oxygen therapy (HBOT). This post explores best practices for safely managing HBOT in dialysis patients, including EKG screening, fluid status checks, and coordination with nephrology teams. Learn how SHS helps providers deliver safe, compliant, and confident care for this high-risk population.

Osteomyelitis is often overlooked in patients with Stage III or IV pressure injuries—leading to delayed diagnosis, prolonged treatment, and missed opportunities for HBOT. This post explores how subtle signs are missed, why surface-level staging isn’t always enough, and what wound care teams can do to strengthen clinical pathways. Learn how SHS supports smarter escalation and better outcomes through early recognition and strategic intervention.

Oxygen toxicity is a known risk during HBOT, but strategies like air breaks, antioxidant support, and oxygen scheduling can reduce that risk. This post explores the underlying mechanisms of cellular toxicity, the body’s natural defenses, and how hyperbaric teams can implement practical safety protocols to protect patients and optimize treatment outcomes.