Adopting the latest advanced medical technology in all hospitals

The Framework approach aims to ensure that thorough analyses support the evaluation of medical technology value. Federal Authority wants to understand how a technology benefits patients, providers, and others, while also considering the economic impacts, including both the cost of the technology and any potential savings. The Authority believes that a well-conducted assessment will lead to a clear understanding of the technology's overall value proposition

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1. Advanced Technologies Use in Hospitals

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Name of the Hospital

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Institution Classification

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Which of the following technologies are implemented in your facility?

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Robotics- (Robotic technology in hospitals is used in surgery, patient care, and operations. Robots assist surgeons in precise procedures, help with patient recovery, deliver supplies, and maintain cleanliness, improving overall efficiency and safety.)

Wearables - (Wearable technology in hospitals monitors patients' vital signs, like heart rate and blood pressure, in real time with devices like smartwatches and sensors. It helps doctors track health, provide personalized care, and allows remote monitoring for better communication and treatment.)

Genomic Medicine -(Genomic medicine in hospitals uses patients' DNA to improve diagnosis and personalize treatments, especially in areas like cancer care. It helps doctors identify genetic risks and tailor therapies, offering more precise and effective medical care.)

Neurotechnology -(Neurotechnology in hospitals helps diagnose and treat brain and nervous system disorders using neuro devices like brain-computer interfaces and deep brain stimulation. It improves care by providing better insights into brain function and aiding in treatments for conditions like Parkinson's disease and Alzheimer’s.)

Machine Learning and Algorithm-based diagnosis systems -(Machine learning applications in hospitals use algorithms to analyze patient data and predict health outcomes. They help doctors by identifying patterns and trends, improving diagnoses, treatment plans, and overall patient care)

Artificial Intelligence (AI) advanced imaging technologies.-(AI advanced imaging technology in hospitals uses artificial intelligence to analyze medical images, such as X-rays and MRIs, more quickly and accurately. It helps doctors detect issues early, improving diagnosis and treatment planning.)

Smart hospital technologies -(Smart hospital technologies use connected devices and systems to streamline operations, enhance patient care, and improve efficiency. They include automated systems for monitoring, managing, and optimizing various hospital functions, from patient tracking to resource management)

Telehealth services -(Telehealth services technology allows patients to consult with doctors remotely using video calls or online platforms. It provides convenient access to healthcare, reduces the need for in-person visits, and helps manage and monitor health conditions from home.)

Remote patient monitoring systems- Remote patient monitoring systems use technology to track patients' health metrics, like heart rate and blood pressure, from their homes. This allows doctors to monitor and manage health conditions without requiring frequent hospital visits.)

Electronic Health Records (EHR) - (Electronic Health Records (EHR) or Electronic Medical Records (EMR) technology stores and manages patients' medical information digitally. It helps doctors access and update patient records quickly, improving coordination and efficiency in patient care.)

Others (Please Specify with Description) -