Dave Corey BS, ATC, CF-L1’s Post

"Improvement of operating room air quality and sustained reduction of surgical site infections in an orthopedic specialty hospital," conducted by Anildaliz N. Mullen, BSN, RN, and Eric Wieser, MD, was published in the American Journal of Infection Control in February 2024. The study highlights the critical role of Aerobiotix’s Illuvia Sense in significantly reducing surgical site infections (SSIs) – particularly in spinal surgeries where SSI rates were cut from 2.06% to 0.29%. These outcomes reflect enhanced patient and staff safety and indicate a notable advancement in operative care.   📊 Explore Illuvia Sense to safeguard your operating environment by reducing airborne contaminants and surgical site infections. Contact us to arrange your Free Trial and Air Quality Assessment Report. Read the study here: https://lnkd.in/e63JYS-j

morbidly obese patient approx 2 weeks out from Outpatient opioid free knee replacement with a high risk infection mitigation protocol. in higher risk patients can we deploy solutions to reduce infection risk (and other complications), preserve the ability to say yes for surgery, while properly managing resources? This patient is able to rise and sit from a chair (good strength/pain control) and ambulate without much discomfort. the patient only needed Tylenol and anti inflammatory meds after surgery (no narcotics). By using an ecosystem of solutions + teamwork we can achieve enhanced results to allow patients a better recovery. There’s nothing magical about the surgical technique. All the tools are currently available for any surgeon/hospital. However, this isn’t that common. Why is this not more common? We need incentives for hospitals and physicians to change. Currently, employers, government, and others don’t really differentiate between someone who gets 100 opioids or 1. They don’t differentiate between someone who returns to work in 2 weeks or 2 months. A whole host of other practical quality and value metrics that are not yet valued which can drive change

Younger morbidly obese patient approx 2 weeks out from Outpatient opioid free knee replacement with a high risk infection mitigation protocol. in higher risk patients can we deploy solutions to reduce infection risk (and other complications), preserve the ability to say yes for surgery, while properly managing resources? This patient is able to rise and sit from a chair (good strength/pain control) and ambulate without much discomfort. the patient only needed Tylenol and anti inflammatory meds after surgery (no narcotics). By using an ecosystem of solutions + teamwork we can achieve enhanced results to allow patients a better recovery. There’s nothing magical about the surgical technique. All the tools are currently available for any surgeon/hospital. However, this isn’t that common. Why is this not more common? We need incentives for hospitals and physicians to change. Currently, employers, government, and others don’t really differentiate between someone who gets 100 opioids or 1. They don’t differentiate between someone who returns to work in 2 weeks or 2 months. A whole host of other practical quality and value metrics that are not yet valued which can drive change

Did you know That the discovery of antiseptics revolutionized surgical practices and dramatically reduced infection rates in the 19th century? Before the introduction of antiseptics, post-surgical infections were rampant, often leading to severe complications and high mortality rates. The breakthrough came in 1867 when British surgeon Joseph Lister applied the germ theory of disease, proposed by Louis Pasteur, to surgical practice. Lister began using carbolic acid (phenol) to sterilize surgical instruments and clean wounds, drastically reducing infection rates and proving that antiseptics could prevent surgical infections. Lister's work marked a significant turning point in medical history, leading to the widespread adoption of antiseptic techniques in surgeries worldwide. This innovation not only improved patient survival rates but also allowed for more ambitious and complex surgical procedures. The introduction of antiseptics is celebrated as a major advancement in medical science, laying the foundation for modern surgical practices and infection control, and highlighting the critical role of sterile techniques in healthcare. #didyouknow #tgif #uknurses #uknurse

🌟 Exciting News from Practical Patient Care! 🌟 We are thrilled to share your complimentary digital copy of the latest issue of Practical Patient Care! This edition is packed with essential insights and strategies for healthcare professionals navigating the ongoing challenges posed by Covid-19. In this issue, you will discover: 💡🧪 Innovative Strategies: Learn about new methods for overcoming biofilms on wounds to enhance antibiotic delivery. ❤️📈 Heart Disease Monitoring: Explore advances that could significantly impact the management of heart disease rates. 🏥✈️ Remote Surgery: Find out how surgeons might operate from 3,000 km away in the near future. 🧠🔍 Neurological Diagnostics: Delve into soft materials enabling brain monitoring for neurological diseases. 🦠🏥 Infection Control Insights: Gain expert opinions on infection control practices in hospitals during the pandemic. This publication is a vital resource for anyone involved in patient care, providing the latest industry thinking and practical solutions. Don't miss out on these invaluable insights that can help support patients, systems, and staff alike! 👉 Read your copy today and stay ahead in the ever-evolving healthcare landscape! - https://lnkd.in/eD-nbcvx 📰 Stay ahead in healthcare by following Practical Patient Care on LinkedIn! Get the latest news and insights on patient care and clinical advancements. Join our community to stay informed and enhance your knowledge. Follow us today! #HealthcareInnovation #PatientCare #PracticalPatientCare #Covid19Response #HealthcareProfessionalsFeel Free to share your thoughts or questions in the comments below!

Condition of the Day: Endophthalmitis 👁️ What it is: Endophthalmitis is a rare but severe eye infection that leads to inflammation within the eye’s interior structures. Often caused by bacteria or fungi, this condition can occur following eye surgery, injury, or even through bloodstream infections. The bacteria release toxins that damage the eye’s tissues, creating a significant risk of vision loss if untreated. Symptoms: Key signs include severe eye pain, redness, swelling, blurred vision, light sensitivity, and occasionally, discharge from the eye. These symptoms can develop rapidly, making prompt medical intervention crucial. Treatment & Prevention: Treatment typically involves direct antibiotic or antifungal injections into the eye to halt the infection, often supplemented by surgery to remove infected tissue if needed. While endophthalmitis can be difficult to prevent completely, maintaining sterile conditions during eye procedures is essential. Early recognition and treatment are critical to preserving sight. Why Awareness Matters: Conditions like endophthalmitis highlight the importance of eye health and infection control. Spreading awareness about the symptoms and risk factors can help others seek care immediately, protecting their vision and overall quality of life. #ConditionOfTheDay #Endophthalmitis #EyeHealth #InfectionAwareness #HealthcareEducation

Understanding Post-Operative Fever: The 5 Ws 🌡️🩺 Post-operative fever is a common concern in surgical patients, but identifying the underlying cause is crucial for targeted management. Here’s a quick guide using the 5 Ws mnemonic to navigate through potential sources: 1. W - Wind 🌬️: Look for respiratory issues like pneumonia or atelectasis that can contribute to fever, especially within the first 48 hours post-op. 2. W - Water 💧: Check for fluid imbalances or signs of dehydration. Fever in this context may point towards urinary tract infections, particularly if catheters are involved. 3. W - Wound 💉: Inspect the surgical site for signs of infection. Incision site infections typically arise a few days post-surgery and can lead to localized or systemic fevers. 4. W - Walking 🚶♂️: Immobility can increase the risk of deep vein thrombosis (DVT), a significant post-op complication that may present with fever. 5. W - Wonder drugs 💊: Consider potential drug reactions. Some medications, including antibiotics and anesthetics, can induce fever as an adverse effect. Keeping these 5 Ws in mind can aid icu clinicians in evaluating and managing post-op fever effectively, ensuring timely interventions and better outcomes for patients. #PostOpFever #Surgery #CriticalCare #ICU #InfectionPrevention #5Ws #Healthcare

👉 Watch out: Today we continue our "L&R Prevent & Protect Series" and present: Our Pathogen of the Month: Enterococcus faecalis Enterococcus faecalis and Enterococcus faecium as Causes of Nosocomial Infections in Cardiac and Vascular Surgery Annually, over one million heart ❤️ and vascular surgeries are carried out in Germany, according to the Federal Health Reporting system (jointly supported by the Robert Koch-Institute and DESTATIS). Fortunately, most of these operations proceed without complications regarding infections 😊🚫🦠. However, a specific percentage, depending on the type of surgery, experiences surgical site infections (SSI), which can have a partially high mortality rate ⚠️. Enterococcus spp., ranking second among the most common nosocomial pathogens in cardiac and vascular surgery, includes both Enterococcus faecalis and Enterococcus faecium 🦠. These are Gram-positive, spherical bacteria 🔵 that can also develop resistance to antibiotics 💊. Studies have shown that a bundle of infection prevention measures is most effective 🛡️, among them for example reducing the number of door openings during a surgery 🚪. Other preventive measures include the prophylactic administration of antibiotics, preoperative full-body washing 🚿, proper hand disinfection by the personnel 🧼, sterile surgical gowns and gloves 🧤, postoperative infection monitoring 🩺, and not changing dressings until after 48 hours 🕗. At L&R, we support you with our strong portfolio and extensive information in implementing these measures 📚. You can find out more about this, many other pathogens and practical hygiene topics here: https://lnkd.in/dz3JCQVq #LRpreventandprotect #LRMed #enterococcusfaecium #ssi #infectionprotection #healthcare #infectionprophylaxis #prevention #healthcare

MASTOIDS Mastoiditis is an infection of the mastoid bone, specifically the air cells within the mastoid process located behind the ear. It often occurs as a result of an untreated or severe middle ear infection (otitis media) that spreads to the mastoid air cells. Because the middle ear and mastoid are connected, infections can easily pass between them, making mastoiditis a potential complication of ear infections. Symptoms of Mastoiditis Severe pain or tenderness behind the ear Swelling and redness behind the ear, which may cause the ear to stick out Fever and general feeling of unwellness Drainage from the ear (often foul-smelling if pus is present) Headache or hearing loss in the affected ear Diagnosis and Treatment Diagnosis: Doctors typically diagnose mastoiditis through a physical examination, often accompanied by imaging tests like CT or MRI scans to assess the extent of infection. Treatment: Treatment usually involves antibiotics, often administered intravenously in severe cases. If the infection doesn't respond to antibiotics, or if abscesses form, surgery (a mastoidectomy) may be needed to drain and clean the infected area. Complications If untreated, mastoiditis can lead to serious complications, including: Hearing loss Facial nerve damage Meningitis (infection of the brain’s protective membranes) Brain abscess Prompt treatment is crucial to avoid complications, and early management of ear infections can reduce the risk of developing mastoiditis. #ent #mbbs #mastoid #disease #head #infection #people #health #image

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