The Effects of Modern Technology on Medicine

According to college professors Simon Wessely and Keith Petrie, modern technology has also lead to a number of new problems and woes in the modern world. According to Wessely and Petrie, symptoms of everyday aches and pains are now considered symptoms of disease because technology has made medical knowledge more widespread. In addition, technology is more of a crutch for modern health care, convincing people to solve their woes through pharmacology rather than through more traditional or natural methods. And for every disease that's cured, additional diseases are discovered through or sometimes caused by technological advances.

Technology touches every aspect of the modern world. Whether it's automobiles and airplanes or insurance and health care, technological advances can change the way things work. Nowhere is this more apparent than the field of medicine, where technological breakthroughs seem to be happening all the time.

Modern technology has changed the way the medical field is organized. Patient files are now kept on computers, and these files are often kept on a central database so they can be accessed from anywhere in a hospital. This remarkably saves time, especially for tasks such as sending a patient's file and X-rays; a process that once took up to a week can now be completed within an hour. While the technology may confuse older practitioners, it generally leads to faster access to information.

As technology has advanced, more ways have been discovered to find out what's wrong with a patient without having to cut him open. X-Ray technology and radioactive dyes can often allow doctors to see inside a patient without making a single incision. Tissue biopsy and other methods can also be used to get small samples with minimal pain and suffering. Less invasive surgeries are also possible with the use of cameras and smaller incisions in the patient's body.

The science of surgical care has advanced further in the last 50 years than in all preceding years combined. Complicated procedures such as natural and artificial organ transplants, xenotransplantants (organs transplanted from animals), neurosurgery (brain surgery), coronary artery bypass surgery, laparoscopic surgery and laser surgery were rare, if not completely unknown, 50 years ago but these procedures are becoming more commonplace today. What is more, surgical operations generally have become far less invasive, thus, requiring in many cases little if any hospital stay. As a result, the overall cost of these procedures has decreased dramatically in terms of both the financial costs to patients (and their insurance companies) as well as recovery costs to patients in terms of lost wages and physical and emotional strain. In short, advances in surgery and medical technology have allowed many more people to live healthier and longer lives than at any preceding time in history.

Unfortunately, while technology has produced an enormous number of benefits for mankind, it has also led to a number of new problems and woes in the modern world. Symptoms of everyday aches and pains are now considered to be symptoms of disease because technology has made medical knowledge more widespread. In addition, technology is more of a crutch for modern health care, convincing people to solve their woes through pharmacology rather than through more traditional or natural methods. For every disease that is cured, additional diseases are discovered through or sometimes caused by technological advances.

Blood loss is one of the leading causes of death on the battlefield, but war-zone medics often find it difficult to receive the training to prevent those deaths.

Today they can “save” a life-sized arm developed by the University of Central Florida’s Institute for Simulation and Training that simulates “bleeding.”

Researchers there have developed the arm in conjunction with the U.S. Army’s Research, Development and Engineering Command (RDECOM) and Chi Systems. On Tuesday, they demonstrated how it works during the nation’s largest exhibition of modeling, simulation and related technologies at Orange County Convention Center.

According to the recent study published in the online issue of American Chemical Society’s Environmental Science & Technology Journal,some of the Laser printers could release tiny particles of toner-like material into the air and could pose a long term health hazard to people when these are inhaled.

The report which was based on the research conducted at the Queensland University of Technology in Brisbane study who studied the printers used in our home and office found that some of these printers released particles from the toner-an ultra thiner powder used instead of ink.

This study investigated particle number and PM2.5 emissions from printers using the TSI SMPS, TSI CPC 3022, and 3025A TSI P-Trak and DustTrak.The monitoring of particle characteristics in a large open-plan office showed that particles generated by printers can significantly (p = 0.01) affect the submicrometer particle number concentration levels in the office.These released particles were comparable to emissions released from cigarette smoking.

 


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