Group items tagged

An insertable cardiac monitor is a small electronic device usually attached to the heart via a catheter inserted through the skin into the chest cavity. It finds applications in cardiac rhythm management. It is designed to record heart rhythms in real-time and is used for diagnostic purposes in monitoring and treating diseases such as heart arrhythmia, congestive heart failure, and heart rhythm irregularities. Some models can measure blood pressure automatically, while others require the user's manual input of readings. Furthermore, some monitors are designed to provide continuous feedback to the user by providing feedback in the form of visual images or sound reports. Some monitors also offer additional functions such as providing feedback on the patient's temperature, oxygen saturation, blood sugar levels, and other pertinent information. There are two common types of these monitors that are available and they are called open and closed systems. The open system is generally considered more reliable than the closed system because there is less chance for error. However, it is important to note that the most accurate results can only be obtained by using both the open and closed systems. This type of cardiac monitor is often used with people who have had their heart surgery. Read More @ https://coherentmarketinsights-blog.blogspot.com/2020/11/what-does-future-hold-for-insertable.html

Which touchscreen monitor is right for you? Provinet's secure, high-performance scratch-resistant touchscreen ensures that all your patients' data is safely stored and accessible. Learn more.

Blood glucose monitoring helps diabetic patients to make daily management decisions such as food intake, insulin dose, and physical exercise. Self-monitoring blood glucose (SMBG) is a modern diabetes management procedure, which involves usage of blood glucose meters by patients to check their glucose levels quickly and provide an accurate measure of capillary glucose concentration. SMBG technology uses test strips, lancets, and blood glucose meters to achieve long-term glycemic control.

The global Holter ECG monitoring market was valued at $226.5 million in 2016 and is projected to reach $418.3 million by 2023, growing at a CAGR of 9.1% from 2017 to 2023.

Tynor Leg Traction Brace is basically designed to provide traction to the leg. It works well even on the weak or geriatric skin. It ensures proper compression of the leg and provides traction. It is made of three layered polyurethane fabric which makes it soft and comfortable to use. The innermost layer gives the required friction for faster recovery. It is augmented with hook and loop closures to make it convenient to put on and remove. It does not require any adhesion. It provides cushion like support to the leg and relieves it from pain. It also prevents the bone from getting fractured and any muscle pull. It does not cause any peeling of skin and any rash or allergy on skin. It distributes the pressure exerted on the leg evenly. Tynor Leg Traction Brace Leg traction brace is a traction halter applied to the leg for below knee traction. It offers a distinct advantage of a very large holding surface area, ease of application and removal, reuse and patient comfort. Easy application & removal. Can be used for geriatric/ weak skin. Ideal for sensitive skins. Easy monitoring. Distributes pressure evenly. Tynor Leg Traction Brace Features Three-layered PU bonded fabric offers: Soft feel and plush looks through the top layer. Comfortable cushioning through the middle Polyurethane layer. Inner layer provides good frictional characteristics. Multiple hook loop closures Ensure controlled compression. Easy application and removal No loosening, less monitoring Large skin contact area Ensures no vaso-constriction. Eliminates need of an adhesive. Convenient and quick to apply Ensures no skin peeling. Ideal for weak or geriatric skins Tynor Rib Belt Rib belt is applied to the thoracic and upper abdominal region to compress and bind the rib cage during rib fractures and postoperative care, while allowing sufficient flexibility for comfortable breathing. Extra porous. With splinting pad. No buckling or rolling over. Controlled compression

Researchers at Stanford University in the US have developed new sensors that can be adhered to the skin for wireless monitoring of health. The sensors are designed to identify the physiological signals that the skin emanates, such as pulse. These readings will be wirelessly transmitted to a receiver clipped onto clothing. The sensor and receiver system has been named BodyNet.

Medical device software development is key to improving patient care. It allows healthcare professionals to provide more accurate and efficient treatments. Next-gen software in medical devices is transforming diagnoses and therapeutics, boosting monitoring tools that enhance efficiency and patient outcomes. This software uses AI and ML to improve diagnostics, treatments, and patient monitoring. It helps healthcare organizations deliver better care while meeting regulations.

Discover how medical device software development is revolutionizing patient care by enhancing accuracy, efficiency, and overall healthcare outcomes.

The soft cervical collar is constructed of foam rubber and covered with a stockinette material. Normally, the closure is achieved with Velcro. Depending on the patient's pathology and body structure, physician and/or orthotist will determine the proper height of the collar. When worn, the soft cervical collar is a reminder to keep in head and neck in a restricted position. It is the mildest design of cervical immobilization. Cervical collars are applied to blunt trauma patients all the time. And most of the time, the neck is fine. It's just those few patients that have fracture or ligamentous injury that really need it. The Cervical Collar provides firm, comfortable support which helps to relieve neck discomfort while providing extra support. Cervical Collar has a convenient hook and loop closure which allows the unit to be adjusted for a proper fit. The Cervical Collar is constructed of soft, porous cotton cover for comfort which is over polyfoam for the best support. Cervical collars are an orthotic device used primarily in the treatment of neck injuries and strains. The most common use of cervical collars is during recovery after surgery on the cervical spine. They are also used in whiplash injuries and conditions like Cervical Radiculopathy, which is caused by the nerves in the neck compressing due to herniated disks in the spinal cord. The main function of the cervical collar is to immobilize the neck and hold it in a gravity-neutral position Tynor Cervical Collar Hard Adjustable is used for supporting, immobilizing or adjusting the neck in the flexion, extension, or hyperextension position. Recommended where a rigid immobilization of the cervical region is required. Anatomical shape. Comfortable edge padding. Adjustable height. Slight weight. Latex free. The soft cervical collar is not designed to completely restrict motion. It depends on providing resistance to movement, which tells the patient to restrict their movements. The soft collar i

To get relief from and treatment the of respiratory disease at hospitals, clinics, home, traveling and emergency situations various medical devices have been developed. The respiratory devices are used to provide medication to the lungs and supply the proper amount of ambient air or oxygen to a patient. Most of the devices are used as a non-invasive form of therapy for patients. Respiratory drugs and devices companies are concentrating on developing new products. Companies are expanding their product portfolios and increasing their R&D budget. Major respiratory devices include therapeutic devices such as masks, ventilators, humidifiers, positive airway pressure devices and other devices. Other respiratory devices include diagnostic and monitoring devices and consumables and accessories meters.

#Postmarketing #surveillance (#PMS) is the practice of #monitoring the safety of a #pharmaceutical #drug or #medicaldevice after it has been released on the market How Pepgra Healthcare Pvt Ltd Can Help you in It ?? Extensive Post-Market Surveillance Comprehensive post-market surveillance - Registration and investigation. -The adverse event follows up. - Post-marketing literature surveillance. Read more on https://goo.gl/djvwXi

Researchers at Heriot-Watt University in Edinburgh, Scotland are developing smart sensors which can monitor the healing progress of a wound, eliminating the need to look underneath a bandage.

RevMaxAI, a pre-bill solution has real-time Natural Language Process(NLP) extraction that empowers reviewers with insightful nudges, provides an intelligent workflow to manage operations, and insights to monitor progress. This helps reduce administrative costs by minimizing claims rework and driving collaboration between payers and providers.

Catheter ablation would propel the market growth with a very high rate, as these devices are used for the treatment of atrial fibrillation when medications are not effective. Catheter ablation procedure is very low risk and minimally-invasive in nature than other surgery (such as MAZE surgery).

Medical Automation Market Research Report offers Diagnostic and Monitoring Automation, Pharmacy Automation, Medical Logistics Analysis until 2023.

AI in medical devices enhances clinical technology by enabling real-time signal analysis and timely responses. These devices assist care teams to improve outcomes and adapt as healthcare evolves. This blog will present an overview, key applications, challenges, and future trends, and how this technology is revolutionizing the healthcare sector.

AI in medical devices enhances diagnostics, therapy, and monitoring. Discover the impact of AI solutions for healthcare in medical device software.