Healthcare News

For EMTs and paramedics, exposure to infectious organisms is an everyday occupational risk. One of the most important—and persistent—threats is methicillin-resistant Staphylococcus aureus (MRSA).

MRSA is not limited to hospitals. It can be encountered in homes, schools, athletic facilities, long-term care settings, and virtually anywhere EMS professionals provide care. Add contaminated equipment, high-touch ambulance surfaces, and frequent patient transport, and understanding MRSA becomes an important part of protecting both providers and patients.

In the intensive care unit, changes in a patient's mental status can happen quickly. Confusion, agitation, inattention, altered consciousness, or even unusual quietness may be signs of delirium—a serious form of acute brain dysfunction that nurses need to recognize early.

For critical care nurses, understanding delirium isn't simply about identifying another complication. Nurses are at the bedside around the clock, placing them in a unique position to recognize subtle changes, identify contributing factors, implement prevention strategies, and communicate concerns to the healthcare team.

In acute and critical care nursing, recognizing respiratory deterioration early can make a significant difference in patient outcomes. While pulse oximetry remains an important assessment tool, oxygen saturation tells only part of the respiratory story. End-tidal carbon dioxide (ETCO₂) monitoring and capnography provide nurses with valuable information about ventilation, perfusion, and changes in a patient’s respiratory status—often before those changes become obvious through other assessments.

For nurses working in emergency departments, intensive care units, procedural areas, post-anesthesia settings, and other environments where respiratory compromise can occur, understanding ETCO₂ is an increasingly valuable clinical skill.

Pedagogy Education's End-Tidal CO₂ Monitoring for Nurses: Clinical Application and Interpretation provides a focused, practical approach to helping nurses understand what capnography is telling them—and how to use that information in clinical decision-making.

In emergency medicine, some calls leave little room for hesitation.

A patient with uncontrolled hemorrhage can deteriorate rapidly. Internal bleeding may be far less obvious than external trauma. Shock can develop from blood loss, cardiac dysfunction, infection, anaphylaxis, obstruction, or other causes and recognizing which type of shock is occurring can directly influence what happens next.

For EMS professionals, knowing how to recognize these conditions early and respond with evidence-based interventions is an essential part of prehospital care.

That’s the focus of Pedagogy Education’s Bleeding and Shock: Evidence-Based Prehospital Assessment and Management online continuing education course.

You arrive for a patient who is “weak and dizzy.”

Nothing dramatic.

No major trauma. No obvious bleeding. No crushing chest pain. No glaring neurological deficit.

The patient is pale, tired, and a little short of breath. Their pulse is elevated, but their oxygen saturation looks reassuring.

So, what exactly is going on?

Sometimes, the emergency isn’t something you can see.

Sometimes, the problem is in the blood.

For EMTs and paramedics, hematologic emergencies can be particularly challenging because they often masquerade as other conditions. Fatigue, weakness, tachycardia, dyspnea, altered mental status, bruising, fever, and hypotension can point in dozens of directions.

But when you understand what blood is supposed to be doing—and what happens when it can’t—you may start recognizing patterns that are easy to miss.

Think about a song you haven't heard in years.

Within the first few notes, you may remember every word. You might picture where you were when you first heard it, remember a person you haven't thought about in decades, or find yourself tapping your foot before you even realize you're doing it.

Music has a remarkable relationship with the human brain.

For nurses and other healthcare professionals caring for an aging population, that relationship is more than interesting, it raises important questions about cognition, attention, healthy aging, and the ways non-pharmacological interventions may support patient care.

If you’re a nurse licensed in Texas, there’s an important change coming to the license renewal process.

Beginning September 1, 2026, Texas nurses will be required to upload documentation of their required continuing education (CE) before renewing their nursing license.

The change stems from Senate Bill 912 (SB 912), passed during the 89th Texas Legislative Session, which requires healthcare licensing entities to establish systems for tracking continuing education compliance.

For nurses, that means keeping your CE certificates organized is about to become even more important.

Texas nurses are familiar with the general continuing nursing education requirement: complete 20 contact hours of continuing nursing education (CNE) or maintain an approved national nursing certification during each licensing renewal cycle.

But depending on where you work and the care you provide, there may be additional targeted continuing nursing education requirements you need to know about.

One of those topics is Forensic Evidence Collection.

If you manage education in a skilled nursing facility or long-term care organization, you already know that keeping Certified Nurse Aides (CNAs) current on required training isn't optional—it's a CMS expectation. Surveyors routinely review in-service records, and deficiencies in staff education can contribute to citations during the survey process.

The good news? Meeting CMS requirements doesn't have to be stressful or time-consuming.