Top 5 New Medical Technologies of 2022:

1. Telemedicine. It seems that telemedicine technologies have come to stay forever. ...
2. Nano-Medicine. ...
3. Internet of Medical Things. ...
4. Using Big Data Analytics to Help Disease Prevention. ...
5. Augmented Reality for Education and Decision Making. ..

Telemedicine:

Telemedicine, additionally noted as telehealth or e-medicine, is that the remote delivery of attention services, together with exams and consultations, over the telecommunications infrastructure. Telemedicine permits attention suppliers to judge, diagnose ANd treat patients while not the requirement for an in-person visit. Patients will communicate with physicians from their homes by victimization their own personal technology or by visiting an avid telehealth cubicle.

For patients reception, a typical telemedicine test involves downloading AN app like LiveHealth or vocation a telemedicine variety, that typically is provided by a medical aid physician's workplace or patient's leader as a part of health edges. once sharing info regarding case history and symptoms, the remote patient are going to be connected to a practician. supported the clinician's analysis, the decision can finish with the patient receiving any directions -- like to require over-the-counter medication, fill a prescription, visit a hospital or schedule a follow-up appointment.

Nano-Medicine:

nanomedicine, branch of drugs that seeks to use nanotechnology—that is, the manipulation and manufacture of materials and devices that ar roughly one to one hundred nanometres (nm; one nm = zero.0000001 cm) in size—to the bar of unwellness and to imaging, diagnosis, monitoring, treatment, repair, and regeneration of biological systems.

Although nanomedicine remains in its early stages, variety of nanomedical applications are developed. analysis so far has targeted on the event of biosensors to help in medical specialty and vehicles to administer vaccines, medications, and genetic medical aid, as well as the event of nanocapsules to help in cancer treatment.

Internet of Medical Things:

The Internet of Medical Things (IoMT) is associate degree consolidation of medical devices and applications which will connect with health care data technology systems exploitation networking technologies. It will scale back surplus hospital visits and also the burden on health care systems by connecting patients to their physicians and permitting the transfer of medical information over a secure network. in keeping with Frost & Sullivan analysis, the world IoMT market was price $22.5 billion in 2016; it's expected to achieve $72.02 billion by 2021, at a compound annual rate of twenty six.2%.

The IoMT market consists of sensible devices, like wearables and medical/vital monitors, strictly for health care use on the body, within the home, or in community, clinic or hospital settings; and associated time period location, telehealth and alternative services.

Using Big Data Analytics to Help Disease Prevention:

Big information is usually mentioned within the context of rising treatment, however it conjointly encompasses a less appreciated however equally vital role to play in preventing sickness. massive information will facilitate action on the modifiable risk factors that contribute to an outsized fraction of the chronic sickness burden, like physical activity, diet, tobacco use, and exposure to pollution. It will do thus by facilitating the invention of risk factors for sickness at population, universe, and individual levels, and by rising the effectiveness of interventions to assist folks bring home the bacon healthier behaviors in healthier environments. during this article, we tend to describe new sources of huge information in population health, explore their applications, and gift 2 case studies illustrating however massive information may be leveraged for hindrance. we tend to conjointly discuss the numerous implementation obstacles that has got to be overcome before this vision will become a reality.

Augmented Reality for Education and Decision Making:

 

A common conclusion of many studies is that increased reality (AR) applications will enhance the educational method, learning motivation and effectiveness. Despite the positive results, additional analysis is critical. the present work aims to review the degree of diffusion of AR technology and teachers’ opinion regarding the requirement for continuous coaching, the method of making 3D models, and also the feasibleness of AR applications development by lecturers and students in class settings. lecturers ar the common component in each totally different instructional system and play a key role within the integration and acceptance of technology in education. Qualitative analysis was conducted in February 2019 in rural and residential area areas of North-Western Ellas on teaching lecturers of various specialties and also the results showed that AR applications development is possible below sure conditions, together with the limitation of the information because the main negative issue and also the teacher’s temperament and also the want for co-operation among lecturers of various specialties as positive factors.