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The level of technology in the first robotic leg prostheses made it the first artificial leg controlled by the human thought after it integration with an interface. Researchers at the institute acknowledge the fact the technology in the first robotic leg was high-tech. The robotic contained lithium-powered batteries that provided powerful electricity that powered the machine. It also had powerful electric motors and micro sensors that acted as muscles and nerves respectively. Such duplication of the human leg allowed the robotic to a viable alternative for a human leg for amputees (Salisbury, 2013). The first robotics leg prosthesis is better than the passive artificial leg in many aspects. In addition to moving independently and sync with movements of the user, it also recognizes the intentions of the user to switch activities. The robotics allows the user to walk faster, uses less energy and reduces the rate of fall among users. Therefore, the ability of the robotic to move like a natural human leg makes it a viable option to amputees. However, various factors limit the adoption and usage of robotic leg prostheses. There are strict regulatory requirements set by government authorities regarding the use of multi-joint devices such as the first robotic leg prostheses. Clinicians also require additional training in robotics before prescribing the prostheses to patients.
After development of the first robotic lower-leg prostheses, the Center for Intelligent Mechatronics also developed an advanced exoskeleton that allows paraplegics to stand and walk upright. The Indego exoskeleton was an award-winning piece of technology in 2013 (Ward, 2013). For people paralyzed from the waist down to the legs, this technology can be a source of hope. The exoskeleton can fit around the torso and extend down to the legs and ankles. The level of technological advancement in this machine is high to the extent that it integrates an individual’s movements
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Medical Marijuana: The Alternative Medicine Terminal diseases such as AIDS and cancer remained to be incurable. People with these diseases suffer from unbearable pain and tremendous effects of special treatments and chemotherapy. Medical practitioners and professionals are searching for alternative treatments that would relieve pain and adverse side effects.
Modernity is a tendency to bring a change in the overall way of living of the people, it is generally perceived as a betrayal to the traditions of the past. Modernity is deemed as a productive change in the way of living of the human beings; however it can be oppressive as well (Hall).
Nevertheless, its interventions have shown much promise in the management of illnesses. For which reason, some forms of complementary and alternative medicine has gained support from practitioners in conventional medicine. This paper shall consider the application of complementary and alternative medicine in the case management of the Hispanic population.
In order to remain technologically relevant, scientists are spending vast resources in medical research that sometimes involves the use of human beings. Human participation in these medical experiments is facing enormous opposition due to the failure of many past experiments.
Health sciences and medicine
These range from the political to the social and economy of the country. The one, which is of interest, in this case is in relation to the social policies and the way they relate with the health status in any particular country (Acheson, 1998).
They are therefore used to support human beings in their daily activities as well as assisting them in the difficult tasks (Saeed, 2010). There are various types of robots depending on their areas of application and tasks; they include mobile robots, hard task robots, military robots, school robots, entertainment robots and space robots among others.
Robots have proved helpful to the daily activities of human life. Over time, robots have been incorporated in manufacturing industries and many other fields. This paper discusses the advantages of robots to education, doctors and housework. Geminoid HI-1 is an example of a robot helping in education.
According to the research findings, for the robots to fit in the future into the society, research should be done to investigate ways to make the robot touch more human-oriented, thereby, acceptable to people; this is because of the fact that most useful robotic tasks or interaction require a robot touch.