The paper "Wirelessly Powered Device Cruises the Bloodstream" is a worthy example of a case study on health sciences and medicine. Implants are critical ventures in the medical field with respect to solving the cardio and internal muscular problems. Of major interest in this study are the devices planted in the blood vessels that are highly crucial in the evaluation of the effectiveness of the blood vessels and the eventual normal blood flow. Further, their ability to deliver drugs to target internal organs and create solutions to arterial thinning and blood clots will be critically reviewed. This report paper tries to ascertain the importance of wireless devices in the medical field and their critical attributes regarding the understanding of the various medical problems affecting the arteries and the body organs.
The paper will look into the criteria of this research by outlining the breakthrough made by the new devices. Further, the background information regarding the devices and the implications they can have to the UAE medical field discussed. Finally, having outlined the devices and its critical review, a conclusion showing its viability in UAE will be outlined Key Words: Implants, Magnetic, Wireless, Bloodstream, Device, blood vessels. Introduction The development of implants capable of traveling through the bloodstream is a critical invention.
It not only requires energy to power its medical functions but also its propulsion system. According to Myers (2012), the current batteries are not in a position to be installed in a form factor small enough to fit in the blood vessels. The approach to solving the quagmire is to remove the battery and utilize a wireless electromagnetic power delivery, as well as the monitoring system. The essence of this research paper is to evaluate the viability of the incorporation of the wirelessly powered device for flowing in the blood system.
This is in context to the incorporation in the United Arab Emirates health care delivery. This is achieved by critically looking at the device in context and stating clearly its advantages in comparison to the old devices. The technological advancement on the device is critical to the whole context of this research study. This is with respect to enhancing power reliability efficiency to the gadget under consideration.
With overcoming the power challenge, the idea of using implants in the medical field has come out to be a success and efficiency has been improved. The Wirelessly Powered Device in context The discovery of radio waves being transmitted effectively in the body fluids and tissues was a great step in the medical field. The development has led to researchers installing self-propelled devices capable of moving in the bloodstream while being wirelessly powered from outside (parker, 2012). According to MTBE (2012), the device powered wirelessly by radio waves constitutes a radio transmitter outside the body sending signals to the body directly to an autonomous apparatus that picks up the signal with an antenna of coiled wire (see appendix II).
The magnetic property comes handy in this regard; the transmitter and antenna are magnetically coupled in such a way that any current change in current flow in the transmitter will eventually induce a voltage in the other wire (Quick, 2012).