Table of ContentsLack of Advancement OpportunitiesWork OverloadPoor PayToo Few StaffPhysiological MonitoringPatient Function Monitoring and Emergency DetectionSecuritySecuritySocial InteractionsCognitive and Sensory ActivityPersonalized MedicineGenetic ProfilingBiological MarkersVirtual HealthVirtual MedicineDiscuss challenges faced by today's healthcare professionals, nursing, biomedical scientist and physiotherapists when providing health services to the communitySay no to plagiarism. Get a tailor-made essay on “Why Violent Video Games Should Not Be Banned”? Get the original essay Lack of Opportunities for Advancement Employers can make this easier by offering social additions, unique responsibilities, and leadership points to long-time employees. Employers should also provide education and training opportunities, consider these investments in services, and attract employees to retain employees over time. Workload This makes sense given the demand in healthcare. The future healthcare industry will place more emphasis on medical technicians and assistants rather than doctors. Physician assistants will also likely take on more responsibilities from physicians, while remaining under their direction. Poor Pay From doctors to allied health professionals, the typical healthcare employee earns $24.66 per hour and works 33 hours per week. This average has gradually increased since 2006, when the average health care worker earned $4 less. Many healthcare professionals do not earn enough for the work they put in. Too few staff. Employers might say they have little control over the accessibility of allied health professionals, but often just investing a little more money to hire more part-time employees – and putting one a little less in the CEO's pocket – could improve worker satisfaction. More satisfied workers mean less income and fewer resources invested in finding and adapting new hands. Poor organizational culture Lack of mentorship Training and implementing regular volunteer programs that turn into real certifications, academic and financial benefits would solve many problems. Poor personal fit with employers Limited or no sufficient access to technology Lack of training Not enough time with patients Describe the evolution of health services over the last three decades. The main characteristics of the first decades were: patients depend on autonomous physicians to act as agentsPatients receive complex care from independent, non-for-profit hospitalsInsurers did not intervene in medical decision-making and reimbursed doctors, hospitals and other workers on a fee-for-service basis. Over time, few other changes were requested, and then health care was transferred to them. These new approaches were adopted based on the new challenges they faced in delivering healthcare. Improving health through preventative care. Abandon overuse and unnecessary operation of expensive services. Standardize and monitor the highly variable quality of care presented by traditional fee-for-service providers. Managed care grew rapidly after sometimes mainly in the 20s. It was launched when doctors decided toprovide prepaid medical care to camps, municipal orders, unions and other worker associations. Previously, these groups also offered their members social benefits such as life insurance, so paying for health care was a natural fit for them. Prepaid group practice also dates back to the early 20th century, when occupational medicine and health care began to be provided for a prepaid monthly fee. Today, in the modern world, health care is more focused on preventative care rather than care because it helps in different ways. only for patients, but also for hospitals and healthcare workers. Describe future technological development where machines and soft clothing could alleviate the challenges faced by healthcare professionals. There are two main types of new advancements and they are active and passive. Physiological monitoring Active home monitoring devices can detect vital signs, weight or symptoms and report them to a remote provider. Passive remote monitoring technologies contain bed sensors that capture restlessness, sleep interruptions, or pulse and respiration during sleep. Monitoring patient function and detecting emergencies Active technologies include devices that can detect falls and that people can wear. They also contain personal emergency response systems that a person can also wear that allow them to press a button to call for help when they fall. Passive systems can be integrated into the mat and can detect falls or near-falls. SafetyAlarm systems can actively detect fires or floods while passive systems can use motion and heat sensors. These can remind the person of a danger that may arise due to their negligence. Security camera systems allow for remote monitoring of home spaces and visitors. Passive systems use sensors to detect the level of activity and whether unusual forms of activity are occurring. Social interactions Social contacts can be supplemented by active use of social networks, and software can assess self-perceived social connectivity. Passive sensor-based systems track the number of visitors, time spent inside and outside the home, and idle activities. Cognitive and sensory activities Active technologies can create alerts and reminders, help locate lost items, or dispense medications. Passive automatic features control in the background and generate warnings, alerts and reminders or turn on lights. Write noted on: Personalized medicine Personalized medicine consists of adapting medical treatment to the specific appearances of each patient. The approach depends on scientific inventions in our understanding of how a person's unique molecular and genetic profile makes them vulnerable to different diseases. This can also be helpful in identifying which medication or procedure is safe for the patient as well as which will not give them side effects. Genetic profilingThis technology, also called DNA profiling, can be used to identify people and tell them apart. of others. Current DNA profiling, called STR analysis, is a very sensitive technique that requires only a few skin cells, a hair root or a tiny volume of blood or saliva. DNA profiling is particularly useful for unraveling crimes, but can.