Tag: Medical technology

Clinical evidence has shown that biological extracellular matrix dressings can significantly speed up the healing time of chronic ulcers compared to standard moist wound dressings, with one study reporting an average healing time of 5.4 weeks versus 8.3 weeks. This highlights how **matrix dressing** technology represents a major advancement in complex wound management.

With thousands of medication errors occurring annually, automated drug delivery systems are critical for improving patient safety and outcomes. A prime example of an automated drug delivery system is the automated insulin pump, which has revolutionized the management of type 1 diabetes for many patients.

According to the U.S. Food and Drug Administration (FDA), approximately 56,000 adverse events associated with infusion pump use were reported from 2005 through 2009, highlighting the critical need for precise, controlled operation. This emphasizes that the main purpose of an infusion pump is to deliver fluids, medications, and nutrients with controlled accuracy and consistency, greatly improving patient safety over manual administration methods.

According to a systematic review published in *Frontiers in Digital Health* in early 2025, AI-based tools improved medication adherence rates by a range of 6.7% to 32.7% compared to traditional methods. The phrase **What does an AI tablet do?** can refer to several distinct, groundbreaking technologies in modern medicine: ingestible smart pills that monitor health from within the body, specialized medical tablets used by healthcare providers, and software-based treatments known as digital therapeutics. This exploration will clarify the functions of each to provide a complete picture of this transformative technology..

Developed by scientists at MIT, Phasix mesh is a biocompatible and fully resorbable polymer used for soft tissue and hernia repair. It is engineered to provide immediate strength for the surgical site before gradually remodeling and dissolving into the patient's own tissue over 12 to 18 months.

The history of needle-free injection dates back to the 19th century, inspired by accidental injuries from high-powered grease guns. Today, the modern **jet injection method** is a sophisticated technology that uses a high-pressure stream of fluid to deliver medication, offering a compelling alternative to traditional needles for various medical applications.

Acute upper gastrointestinal bleeding (UGIB) has an incidence of approximately 67 per 100,000 people and accounts for about 300,000 hospitalizations annually in the U.S. [1.8.2, 1.8.3]. So, **what is Endo Spray?** It is a type of hemostatic powder used to control this bleeding.

According to research, wounds treated with negative pressure wound therapy (NPWT) can heal significantly faster than those with traditional dressings. The term “vaccum**ed** dressing” is a common layperson’s term for this medical procedure, known as vacuum-assisted closure (V.A.C.) or NPWT, which uses controlled suction to promote wound healing.

According to clinical studies, the use of PuraStat® has shown high rates of initial hemostatic success in endoscopic procedures for GI bleeding. For healthcare professionals, understanding **how to use Purestat** (PuraStat®) effectively is crucial for managing bleeding and ensuring patient safety during and after endoscopic interventions.

A staggering one billion peripheral intravenous lines, a type of cannula, are used globally each year, making them one of the most common invasive medical procedures. But **what does a cannula look like**? The answer depends on its type, with appearances ranging from a simple oxygen tube to a complex, color-coded vascular access device.