Enhancing confidentiality and access control in electronic health record systems using a hybrid hashing blockchain framework.

Confidentiality and access control are essential to protect sensitive data, prevent cyber threats, ensure compliance, and avoid risks like identity theft. Hence, a framework towards secure patient Data access using Hybrid Integrated Hashing Method is introduced to ensure patient confidentiality and efficient data access in healthcare systems. Unlike conventional solutions that rely solely on standard blockchain and secure hash algorithm 256 for data protection, this proposed method integrates a multi-layer hybrid hashing approach combining dynamic hash chaining with temporal entropy encoding, making hash collisions virtually infeasible.

Cost-analysis of universal decolonization with pure hypochlorous acid and mupirocin to reduce MRSA infections in intensive care burn unit patients.

Introduction: Burn patients are at high risk for infections, particularly Methicillin-resistant aureus (MRSA). Universal decolonization strategies have demonstrated effectiveness in reducing infection rates. This study aimed to evaluate the cost implications of using pure hypochlorous acid (pHA) and mupirocin to prevent MRSA infections in hospitalized burn patients.

Evaluating the Impact of a Teaching Program on the Knowledge, Quality of Life, and Symptoms Among Asthmatic Children.

Asthma is a prevalent chronic respiratory condition that affects millions of children worldwide, often disrupting their daily activities, academic performance, and overall well-being. Despite its impact, many children, along with their families and caregivers, have limited knowledge about asthma, its triggers, and effective management strategies. Implementing a structured teaching program is crucial to improving asthma awareness, fostering self-management through action plans, minimizing emergency incidents, and empowering children with the confidence and independence needed to manage their condition effectively.

Comparative Evaluation of Microtissue-Engineered Root Dentin with Three Different Nanoparticles in Improving Fatigue Resistance of Endodontically Treated Teeth - An Study.

Aim: This study aims to analyze the fatigue resistance, surface mechanical properties, and biomechanical responsiveness of microtissue-engineered root dentin using cellulose nanofibers, hydroxyapatite nanocrystals, and walnut shell nanopowders.

Methodology: The objectives are to evaluate the differences in fatigue resistance and biomechanics and surface mechanical characteristics by infiltrating these nanomaterials into the root canal of endodontically treated teeth. Forty human permanent single-rooted teeth were collected with the patient's consent.