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As a result of financial constraints faced by the developing countries, policymakers in the health sector are seeing the need to develop available health technologies for the global health development. This will cushion the middle class and the low class countries against exploitation from the cartels in the health sector. Developing these health technologies requires modern engineering techniques that are stylish, uncomplicated, field-tested and custom-made to suit the prevailing medical situations. The technology must succeed in setting out the unique designs to address the challenges and burdens of illness, which characterize the global world. To meet the practicability nature and the success of the technology, there is a need for the developing countries to align themselves with users’ requirements. This will create the successful pathway, which will provide a free environment for dissemination of feedback.
Definition of the Concept
Boston has become the major hub for biomedical invention and innovation for the global health. Institutions in the fields of engineering and medicine have collaborated with Boston to be in a position to generate blueprint and inventions, which impact on research in the global health. With the great partnership, the Global Health Technology has become a reality. Global Health Technologies are the realistic applications of scientific approaches, which are efficient and stable to the intention of concern delivery settings. To this context, the term technology is the autonomous indication of the world health rather than the guideline or a policy that will only oversee the implementation of the global health technology.
The practical nature of the Global Health Technology balances the very attributes of the Collaborative Research, teamwork and user-oriented imminent to foster the development of the innovative technologies. To oversee and advance the research and implementation of the Global Health Technology assortment, there is the technical assistance from the collaborators. Among the bodies, which have partnered with Global Health Technologies are the Center for Integration of Medicine and Innovative Technology’s (CINIT) and the Center for Global Health in the Massachusetts General Hospital (MGH) .
Design Innovation Practices
The collaborative design between the Global Health Technology and partners is entirely that of teamwork. The multi-institutional partnership aims at the low and middle class countries’ health care in sustenance and education using the medical technologies and guidance. The CIMIT GHI and the Center for Global Health at the MGH are currently in Ethiopia, Indonesia and Cambodia. They are educating about 500 midwives in the Aceh province and this aims the maternal and the infant’s population. This was due to the Tsunami and the conflict, which hit the Asian continent in 2005. The training of the midwives involves equipping them with knowledge of how to use the new device during the process of the delivery. The group has already experimented to the midwives, the use of the delivery device in Ethiopia. The institution also continues during their field practical with the device and co-develops medical equipment, for example, the Coolcomply and Car Part Incubator. This training and new invention is towards providing skills, which would otherwise be unavailable because of lack of human resources (Hill 232).
Across River Charles, the IIH @MIT collaboration with CIMIT as multi-institutions has invented the use of low-cost material devices, which brought the multidisciplinary groups jointly in Skunk works setting. Through the example of small model of interdisciplinary groups, the IIH enhances the medical technology design for the middle and the low-income earners. The IIH is employing the sophisticated technology of the use of prototyping. The group also utilizes the latest advancement in the field of engineering designs to develop the early-phase examples.
The advancement of the technology by the IIH heavily depends on the network feedbacks from the community on what they are dealing with. The question on the prototype, which is not answered in the Cambridge lab, is addressed by the IIH through the structured and functional questions. The Medical Education Design and Invention Kits is one of the many projects in their portfolio, which aims at enabling all the medical practitioners to develop swift model of mere opinions for the mechanism solutions. This is towards tackling the challenges of the global concern (Dyro 458).
To create a favorable environment for investing occasion in high threat, it is important to embrace the combination of the communal and the interdisciplinary networking. In addition, it is important to be aware that finance is one of the many prototypes needed in inventing a solution to the problem in the global health. This advancement has profound effects on various developmental stages during the innovation process. This advancement includes the expertise in mounting inhalable administering immune delivery and fostering behaviors, which will enhance diagnosis for medication. It also touches the remote environment for the diagnosis by the use of micro fluidic and cost friendly incubators for the swift prone areas to the tuberculosis infection. The Global Health Technology is already covering more than 15 developing countries. This puts the organization in a better position to speed up the medical expertise transfers and develop the prototype thus, enabling them to concentrate on high influence technology (Hill 234).
To guarantee the success in solving issues, which threaten the global health, the appropriate technology is developed in the Global Health Technology. For this context, appropriate technology defined as the health expertise that takes into account the client requirements and puts it into deliberation. Through the co-creation model, the innovators constantly exchange vital information on the development of the solutions to the global health. Innovators constantly get the motivation to develop solutions and are treated like any other individuals. This, as a result, can draw innovators ranging from medical practitioners in Boston to a shoe repair in Indonesia. The co-creation model encourages individuals and groups to shift from being utilized of the technology but becomes innovators. The technology creates an environment, which favors teamwork among the innovators (Kathi 69).
Problems in the Development of Medical Device
With the current world population of over 6.9 billion, more than half of the population lives on less than a dollar per day. This illustrates the huge disparity in the access of the healthcare by the majority. Statistics indicate that women in the developing world are likely to die for more than 300 times, and so as the infants in comparison to their counterparts. These deaths can be prevented from occurring if the right technical innovations being are made. Another challenge in developing medical devices is the medical hi-tech transfer devices. The devices mostly from the welfare countries to the developing countries are outdated or non-functional (Dyro 455). Another problem with device transfer is the quality.
The global manufacturers in the production of medical equipment produce cheap and sub-standardized equipment. Due to the lack of analog technology, the devices bring no success to developing the global access to health facilities. Another challenge arises in the appropriate technology where there are accidental spin-offs from the well- developed countries to the third world countries. These situations lead to the trickle-up innovations (Hill 230).
Recommendation for Global Health Technology
There should be a constant training on the use of medical devices, which will intrigue the sense of professionalism. This will encourage the intake of new protocols on medical practicing. Secondly, there should be a regular prototyping to enrich the innovators with experience rather than with paperwork. Thirdly, there should be the collaborative sharing as a result of scarce resources within the environment disposal. In addition, all records are stored at a centralized database that is accessible to all the health providers in the country. Physicians readily access information on patients from a computer terminal rather than having to call may be the next of kin or the patient’s doctor who may be in another state.
The cost in terms of storage, human errors and human resource is decreased. There are no manual records to be stored, the errors associated with scheduling of visits are hardly occurring and the cost of human resource in terms of remuneration, sick-offs, annual leaves are removed from the equation. On the flip-side, the disadvantages include the issue of cost and the attendant pricing. The groups as innovators should embrace the art of teamwork. The team has diverse ideas and opinions, which when tapped can lead to success of the Global Health Technology. Lastly, the group should use the challenges and change them into opportunities to the members of the innovation team.
The Global Health Technology through its activities can change lives of many people who cannot access medical facilities due to hard economic times. These technologies have not been properly utilized or even started. The great part of failure in innovations is the poor quality of medical devices, which are designed to solve the medical problem in scarce resource setting. The innovators should ensure that they embrace the technology outcome expansion through the co-creation with the aim of utilizing the feedback by the users. The element of effectiveness and sustainability of the innovation should be incorporated into the development of the system to maximize the intended environment. There is the need to develop the system, which meets the demands of the target population. Partnerships and co-creation create a platform for individuals from various disciplines (Dyro 456).