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Technology

Formula I 19 Feb 2008 Advances in Medical Technology Medical Technology has developed largely over the course of generations. Since the days of Hippocrates, considered the “Father of Medicine”, advances in the medical field have brought all of us into a brave new world. Together with the advent and application of modern tools, the healthcare industry seems to have progressed more within the last 10-20 years than in the prior 1000 years.

Just lately, new floor has been damaged throughout the field, involving medical techniques, surgical procedure, and electronics. Such developments have streamlined the practice and science of medicine nowadays. One type of advancement in Technology that has simplified the record keeping process to get Physicians and Nurses equally is the electronic clipboard.

In respect to Sam Kelly of Phillips Medical Systems, “The portable, often connected unit is designed to need minimal training and provides significant benefits towards the clinical users, helping to decrease medication problems, positively discover staff and patients, submit charts, capture vital indications, write up reports and validate blood transfusions as well as the ability to closely screen the curing of injuries (Terry). Terry’s words summarize the benefits of this sort of a device quite nicely. Another concept in the forefront of Medical Technology is that of Bionics.

Bionics requires the executive of “Synthetic”, or man-made limbs to switch those misplaced due to accidents or amputation. Bionics, overall, is no entirely new concept. The crafting of synthetic hands or legs has been applied for some time, yet modern Technological advances have got cleared a path pertaining to much more reasonable, functional, and “smarter” braches. The I-Limb Hand, of Touch Bionics, is probably the latest example of how realistic these limbs have grown to be in their appearance.

As stated by simply Paul Dazzling of Feel Bionics, “Touch Bionics created the I-LIMB turn in hopes to put more functionality for people who desired more than just a gripping tool”(Bright). In the image to the left, courtesy of gizmag. com, one of the hands is a great implant, and one is genuine. Thanks to advances in the research of Bionics, it is difficult to see which one can be artificial. Similarly, research in the field of Implantable Biochips has led to innovations in monitoring vital indicators and personal information for soldiers on the battlefield.

The Center for Bioelectronics, Biosensors, , Biochips, Based for Clemson University, is among the leading manufacturers of those Biochips. Within an article in Science Daily based on elements provided by Clemson University, it is known that “The biochip, about the size of a grain of rice, may measure and relay such information since lactate and glucose levels in the case of a major hemorrhage, whether within the battlefield, at home or for the highway”. Furthermore, we’ve viewed advances in Medical Technology concerning just how surgeries happen to be performed nowadays.

As computer systems become more and even more integrated into medical procedures, we can start to envision surgical procedures that are completed robotically. One of the latest innovations in Robotic Surgery is the Weil Vinci Robotic Surgery Program, from User-friendly Surgical. A paper in Newsweek written by Jennifer Barrett entitled “Cutting Edge”, states that “The automatic system has already transformed the field of prostate surgery, for which it was approved in May 2001. That year it absolutely was used in lower than 1 percent of most prostatectomies. This season more than 20% will be done with the robot”(Barrett).

Barrett’s remarks indicate which the utilization of such Technology has become more prevalent and definitely will most likely end up being standard practice in the near future. Another innovation of Technology involving portable devices in the field of treatments is the product of research done at the NYU School of Medicine. The BrainScope, since it is called, is actually a handheld system capable of monitoring activity in the brain. The significance of such a unit in both Sports and Warfare can be amazing. For the Athlete or possibly a Soldier is usually injured, this sort of a device may be used to measure variances in human brain activity to point the seriousness of the destruction.

The brain activity is interpreted in only a few momemts, preventing pricey and time consuming trips into a hospital to get an MRI. These features allow for faster diagnoses of trauma to the brain, and contribute to more quickly, better knowledgeable decisions subsequent an injury. Mentioned previously in an article in ScienceDaily, adapted via materials provided by the New York University Clinic, “BrainScope consists of an backing strip, made up of six electrodes, which are linked to a mini-computer that appears like an oversized ipod touch.

After a supposed head damage, a first rebatir affixes the electrode remove to the patient’s forehead. The unit automatically gathers a sample of the patient’s ELEKTROENZEPHALOGRAPHIE and computes a large number of QEEG features, each of which are compared to a databank of normal scores. Within minutes, BrainScope’s color screen indicates if any of the person’s brain functions deviate via normal”. In summary, recent developments in Technology have brought about vast changes in regards towards the practice of Medicine.

With the creation of such principles as Electronic Clipboards, Bionic Replacement Hands or legs, Biochips, Automatic Surgery Devices, and the handheld BrainScope, the world of Medicine has certainly progressed to meet the brand new century. Certainly, as we have only scratched the surface of Computerized Technology and the applications thereof, the opportunity of the future of Medication is nothing at all short of amazing. Works Reported Barrett, Jennifer. “Cutting Edge”. Newsweek. com 19 Dec. 2005. twenty-five Feb. 2008 http://www. newsweek. com/id/51510. Glowing, Paul. “World’s First Bionic Hand to Now Available the Public. 18 Jul. 2007. twenty-four Feb. 2008 http://www. associatedcontent. com/article/318351/worlds_first_bionic_hand_now_available. html code. Clemson College or university. “Implantable Biochip Could Relay Vital Health Information If Soldier Is Injured In Struggle. ” Technology Daily 1 August 2007. 25 Feb 2008. Kelly, Steve. “Philips joins Intel to develop wireless, handheld ‘Mobile Clinical Assistant”. 27 Feb 2007. twenty-four Feb. 2008. New York University Medical Center. “Experimental Handheld Unit Can Detect Subtle Mind Injury Soon after Concussion. ” Science Daily