Latest news and articles about medical technology from NEX English
Researchers at the University of Guadalajara in Mexico have developed a new robotic arm called <strong>E-Redi</strong>, designed to simplify the use of prosthetics and make them more accessible to patients. The device relies on a single muscle sensor to control hand movements.
Artificial intelligence is increasingly threatening the profession of radiologists as modern technologies aim to enhance diagnostic accuracy and reduce reliance on human experts. This shift may alter the nature of work in this field, raising questions about the future of specialists and their ability to adapt to these changes.
Researchers at the University of California have developed a low-cost blood test that shows promising capabilities in early detection of various cancers and liver diseases. This breakthrough could revolutionize diagnostic methods.
University Hospital has announced the addition of a modern device to its Neurophysiology department, reflecting its commitment to providing advanced medical services. This device will improve diagnostic accuracy and patient treatment.
The Indonesian Ministry of Health has announced a collaboration with the Satriyabudi Dharma Setia Foundation to develop a new genomic technology aimed at providing more affordable healthcare treatments. This partnership is part of efforts to enhance technology-based healthcare services in Indonesia.
Epia New, a startup from San Francisco, has unveiled an innovative technology that involves implanting a device in the brain and using a robotic glove to assist stroke patients in regaining hand movement. This innovation aims to enhance the quality of life for patients suffering from mobility impairments.
Researchers in Guadalajara, Mexico, have unveiled a new prosthetic arm called E-Redi, featuring a simple design that relies on a single muscle sensor to control multiple natural movements. This innovation represents a significant step towards improving the quality of life for individuals with mobility impairments.
An international team of researchers has developed a new AI tool called <strong>EvORanker</strong> aimed at speeding up the identification of genes responsible for rare diseases. The tool, presented in the journal <strong>Genetics in Medicine</strong>, shows promising results in analyzing genes across different species.
Rashid Hospital in the UAE has announced the implementation of advanced technology aimed at treating constipation and rectal issues. This initiative reflects the hospital's commitment to enhancing the quality of healthcare provided to patients.
Researchers have unveiled a groundbreaking brain implant technology that can restore hand movement in stroke patients. This innovation represents a significant step forward in enhancing the quality of life for many individuals affected by this condition.
Recent medical research has announced the successful application of gene therapy for sickle cell anemia, representing a beacon of hope for patients. This achievement opens new horizons in the treatment of genetic disorders.
In an innovative step, doctors have employed a digital model known as a digital twin to test and treat a patient's heart rhythm disorder. This modern technique marks a significant advancement in medicine, allowing doctors to accurately simulate the patient's health condition before any medical intervention.
Abu Dhabi has announced the launch of its first MRI machine supported by artificial intelligence, marking a significant advancement in healthcare services in the emirate. This innovative technology aims to enhance diagnostic accuracy and reduce examination times.
In a groundbreaking achievement, a Polish doctor successfully conducted surgery using a surgical robot in China while seated in his home country. This innovative technology enhances the potential for global healthcare delivery.
RevMedx, an American company, has developed a new foam material called ResQFoam™ aimed at treating severe internal bleeding in the abdomen. This innovative technique could revolutionize emergency medicine by quickly reducing blood loss.
Russian scientists have unveiled a groundbreaking artificial eye that can move similarly to natural eyes. This innovative technology represents a significant advancement in the fields of medicine and technology.
An American hospital in Dubai has made significant strides in treating complex diseases by providing innovative medical solutions for challenging health conditions. This achievement comes at a time when the demand for advanced healthcare is increasing in the region.
Recent advancements in medical treatment have introduced new technologies aimed at enhancing healthcare quality. These innovations emerge amid a growing demand for effective medical solutions.
A team of researchers has developed a smart implant that is placed under the skin, capable of automatically distributing medications based on the body's needs. This groundbreaking technology represents a significant step towards enhancing patient care and alleviating burdens on the healthcare system.
Researchers have unveiled a small programmable device that can produce and deliver multiple medications inside the body, marking a significant breakthrough in managing chronic diseases. This innovative device acts as a 'living pharmacy' beneath the skin, allowing patients to receive necessary treatments continuously without daily medication intake.
Scientists have made significant progress in combating one of the deadliest forms of brain cancer by developing a genetically modified virus. This virus enables the immune system to precisely identify and target tumors, opening new avenues for treatment.
China has announced its approval of a commercial brain chip called 'Niu' for treating individuals with disabilities due to paralysis. This groundbreaking technology comes after 18 months of clinical trials, positioning the country at the forefront of technological innovations in this field.