Articles tagged with Medical Equipment
A Concordia University study found that designated minimum separation distances (MSDs) can effectively reduce the risk of electromagnetic interference caused by wireless transmitters in hospitals. By complying with MSD policies, hospital staff can minimize the risk of device malfunctions and ensure patient safety.
Researchers developed a miniature device that measures methotrexate levels in patient blood, providing accurate results in under 1 minute and costing around $10,000 compared to traditional equipment at $100,000.
A study urges developing countries to adopt 'frugal technologies' that are designed specifically for local conditions, improving healthcare outcomes. Examples of such technologies include the Jaipur foot prosthetic and PATH's Uniject injection system.
Efforts to green operating rooms can result in significant cost savings for hospitals while reducing their environmental impact. Implementing greening initiatives such as separating waste streams, using closed collection systems and reprocessing single-use devices can generate substantial cost savings.
A Caltech study finds the CMS auction system falls short of expectations, leading to low-ball bids and few companies able to afford the items. The experimentally tested auction structure shows that eliminating two unorthodox rules can improve efficiency, but it may still face challenges.
An analysis of patient safety incident data reveals that the NHS is poorly equipped to handle obese patients, with common themes including inadequate staffing, specially adapted equipment, and surgical errors. Most incidents resulted in little or no harm, but severe cases were reported.
The European Society of Cardiology has established minimum standards for cardiovascular medical expertise, equipment, and emergency planning at major sporting events. These recommendations aim to prevent unnecessary deaths from Sudden Cardiac Arrest (SCA) by ensuring rapid access to treatment facilities.
Chapman's research aims to simplify the development of portable applications, enabling medical equipment manufacturers to create advanced software for embedded multicore processors. The collaboration has led to the creation of open-source training material and graduate courses introducing UH students to multicore programming.
The Lancet study reveals substantial disparities in surgical care access between high- and low-income countries, with over 2 billion people lacking adequate surgical services. The authors estimate that nearly half of all operating theatres worldwide are not equipped with vital equipment.
Dental providers can prepare for medical emergencies by stocking essential medications and equipment, such as automated external defibrillators and portable oxygen delivery systems. The new guidelines provide a detailed list of emergency medications and equipment to ensure timely and effective treatment.
Hospitals in the US could save hundreds of millions of dollars annually by reusing medical equipment such as laparoscopic ports and cutting tools. With proper sterilization and testing, these devices can be safely reused multiple times.
Injuries are the leading cause of death in children over 1 year old, with traffic accidents being a major contributor. By modifying built environments, such as playgrounds and homes, to prioritize safety, injuries can be reduced by up to 75%.
Researchers found a 17.4% contamination rate of S. aureus on computer stations, with lower rates for MRSA and A. baumannii. The study suggests that routine disinfection and surveillance may not be necessary in non-outbreak settings.
A 7-foot-tall SUDS machine sanitizes hard-to-clean hospital equipment in 30 minutes, removing bacteria and superbugs. The device is effective in reducing infections and saving healthcare dollars by reusing equipment.
A study found that RFID devices caused 34 out of 123 EMI tests to malfunction, with hazardous incidents including pacemaker stoppages and syringe pump failures. The authors warn that the introduction of RFID in critical care environments requires careful management to prevent such incidents.
Researchers at Johns Hopkins University have designed a mobility aid for ICU patients called the MOVER Aid. This device allows patients to leave their beds and walk while remaining connected to essential life-support equipment.
The National Academy of Engineering has released a list of 20th century's greatest engineering achievements. Stanford's William Perry will present this list, along with challenges the engineering field should address in the 21st century, at an upcoming AAAS meeting.
Researchers developed a novel method to produce dark-field x-ray images using nanostructured gratings, enabling diagnosis of osteoporosis, breast cancer, and Alzheimer's disease. This technology can be adapted to existing medical equipment, improving image clarity and sensitivity.
A study by Mayo Clinic researchers found that normal cell phone use has no noticeable impact on patient care equipment. The five-month test involving 300 calls and 192 medical devices revealed no problems incurred.
A recent study by A.W. Howard and colleagues found that replacing hazardous playground equipment with safer versions significantly reduced injury rates. The study, which analyzed data from 86 schools, avoided 550 injuries over a 10-month period after the replacement of unsafe equipment.
A study by Sick Kids and the Toronto District School Board found that replacing outdated equipment with safety standards resulted in a 49% reduction in injuries. This effective strategy demonstrates the importance of regular playground maintenance in preventing childhood injuries.
Despite improved personal protection equipment, trusts continue to struggle with chemical incident management. Staff reported difficulties with suit assembly, decontamination, and disposal procedures, highlighting the need for further training and equipment refinement.
A University of Toronto study estimates that pain pump programming errors could result in up to 667 deaths, with reporting rates ranging from 1.2% to 7.7%. The researchers recommend redesigning the control panel using human factors engineering techniques to reduce human error.
NavMedWatch enables healthcare professionals to track medical assets, anticipate future needs, and provide alerts for transportation to other facilities. The next version will include a history function to track individual patient care throughout the Naval medical system.
A study by Brown University researchers found that overweight women who used home exercise equipment lost significantly more weight than those without the equipment, with an average of 16.3 pounds lost compared to 8.1 pounds. The equipment also helped participants maintain a higher level of exercise throughout the study.
Researchers used virtual reality to visualize the Earth's electromagnetic tail, a challenging problem for astrophysicists. They discovered that charged particles follow a moebius strip path, which they confirmed using 3D imaging equipment.
The University of Michigan team developed a miniature laboratory on a chip that can analyze DNA samples quickly and sensitively. The device is expected to make DNA analysis widely available and has potential applications in medical diagnostics, forensics, and agriculture.
A study by the American Heart Association found that casinos and airplanes are more likely to have automated external defibrillators (AEDs) than primary-care physicians' offices. The devices were found on firetrucks, police cars, and in some airlines, but only six out of 51 offices had a defibrillator.