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4 Ways Tech is Innovating Healthcare

4 Ways Tech is Innovating Healthcare

As technology continues to advance various aspects of daily life, one way in particular it is shaping society is through numerous healthcare innovations. The tech world has transformed health prevention from the annual physical into an advanced system of monitoring one’s well-being instead through digital devices, applications and cloud software. Here are five of the biggest improvements to hit the healthcare industry over the years:

  1. Wearable Technology
    The newest wearable technologies, such as the popular Fitbit, allow for complete daily activity to be tracked. This not only can be used to encourage users to increase the amount of activity they normally get in their lives, but can provide vital information to establish a better strategized wellness plan.In the case of many digital fitness wristbands, an accelerometer is employed to relay to the wearer the number of steps taken through the day as well as an estimated calories expenditure. If a heart rate detector is present, the device can be especially helpful in diagnosing all heart complications and recording this information for professional review.
  2. Robotic Surgeries
    Robotic surgery is a procedure which uses very small tools attached to a robotic arm. The surgeon controls the robotic arm with a computer a computer, allowing doctors to perform many types of complex procedures with more precision, flexibility and control than is possible with conventional techniques. Robotic surgery is usually associated with procedures performed through tiny incisions, otherwise known as minimally invasive surgery.Even the tiniest, most minute of surgeries can now assisted by robot technology. Demonstrating the increase in prevalence of these surgeries, the San Jose Inside wrote in their article, “Advances in Robotic Surgeries Lead to Higher Demand Despite Marketing, Regulation Concerns,” that a recent collaborative study between three universities found that of the 1.7 million robotic surgeries performed between 2000 and 2013, there were 8,061 reported device malfunctions, which injured nearly 1,400 patients and caused 144 deaths.

  3. 3D Printing
    Medical 3D printing is an emerging area of technology that explores how 3D printing can be used to replace or support an existing biological structure. It ultimately represents a shift in the medical manufacturing industry because of their costliness and their ability to allow doctors and researchers to create personalized devices for patients.This technology has made significant breakthroughs for those individuals requiring repairs or replacements for vital organs or other bodily structures. Included in application of 3D printing are ways to print new embryonic stem stems, skin, blood vessels and hear tissue, cartilage and bone. According to the LinkedIn Pulse article, “The 7 Biggest Innovations in Health Care Technology in 2014,” printing certain patches of cells can help to slowly improve heart function in those who have suffered a heart attack. The article further explains that printing new organs is increasingly possible as well due to additional scientific developments.This technology has made significant breakthroughs for those individuals requiring repairs or replacements for vital organs or other bodily structures. Included in application of 3D printing are ways to print new embryonic stem stems, skin, blood vessels and hear tissue, cartilage and bone. According to the LinkedIn Pulse article, “The 7 Biggest Innovations in Health Care Technology in 2014,” printing certain patches of cells can help to slowly improve heart function in those who have suffered a heart attack. The article further explains that printing new organs is increasingly possible as well due to additional scientific developments.
  4. Cloud Storage
    Through the recording of data on an online database, results can be monitored and tracked for longer periods of time. The accumulation of this data can shed light on various trends and occurrences happening to the body that would otherwise be difficult to detect. By having records sent to the cloud, personal information can not only be more efficiently stored, but can generally be more accurate than data entered by hand.Furthermore, cloud-based platforms allow collaboration in real-time from any device with an internet connection.They also cut back on required IT purchasing, aiding budgets within the industry, and make possible the sharing and accessing of vital information at much faster rates—almost instantly.