Medical Devices are considered a fundamental component of Health Systems; the benefits they can provide continue to increase as they're essential to prevent, diagnose, treat and rehabilitate illnesses and diseases in a safe and effective way. The steps that involve Medical Devices manufacturing, regulation, planning, assessment, acquisition, and management are complex but essential to guarantee their quality, safety and compatibility with the settings in which they are used. Collaboration is at the heart of all we do. Every day we connect nations, partners and experts so that we can go further, together. Our partners help support WHO’s scientific work and field programmes, contribute funding and resources, engage in our campaigns and programmes and join us in advocacy to bring policy and behaviour change for better health. Partnerships help us to deliver life-saving vaccines and supplies, raise funds for the Triple Billion Targets, establish consensus among leading scientists and much more. From world leaders to international organizations, civil society, foundations, researchers and health workers, we mobilize every part of society to achieve health and safety for all. ntegration of healthcare IT and medical equipment If you work in a healthcare IT organization today, you have probably already been involved in the integration of your IT systems with medical equipment in some manner. Medical equipment is typically managed through a clinical engineering department .Medical equipment is defined as equipment used in the diagnosis, monitoring, or treatment of medical conditions. Medical equipment is used directly on or with a patient. This can include diagnostic, therapeutic, monitoring, life support equipment and medical laboratory equipment. Diagnostic equipment includes diagnostic imaging such as X-ray, CT, MRI, PET scans, ultrasound, and more. Diagnostic imaging typically generates images that are stored in systems that share data with EMRs. Systems can include picture archiving and communication systems (PACSs), radiology information systems (RIS), and cardiovascular imaging systems (CVIS), all of which are designed to help healthcare organizations manage the massive amount of specialized imaging data that come from medical imaging departments. These images are often referenced in the medical record via a link to an external storage system (PACS or other). This is vital to understand when planning your BC/DR initiative. our Therapeutic equipment includes device s Practical . Other types of therapeutic device are ventilators (see “life support equipment”), respiratory therapy devices (nebulizers, for example), and neonatal warming devices. There is a wide range of therapeutic medical devices; these are all used to support patients in a variety of ways. As you can surmise, monitoring equipment is any equipment that monitors the status of some patient function whether that’s heartbeat, oxygen saturation, pulse rate, or blood pressure, to name just a few. Monitors can measure vital signs as well as other types of data including electrocardiograms (ECG, sometimes referred to as an EKG, the K coming from the Greek kardia, meaning heart) and electroencephalography (EEG), which measure and monitor heart and brain functions, respectively. Life support equipment includes any equipment that supports and sustains the life of a patient. This can be equipment like medical ventilators, which help a patient breathe. It can also include devices used in surgery such as heart-lung machines and anesthesia machines. These devices are critical to supporting the life of the patient in a variety of situations. Finally, medical laboratory equipment includes equipment used in medical labs to automate the testing and/or analysis of blood, other bodily fluids, or genes. This equipment is used for diagnostic purposes and often is managed by laboratory information systems (LIS). you will ultimately have to work to ensure the data collected by our team systems are safe, secure, and available after a disruption or disaster.