The History of Technology in Medicine
While it might sound hectic, this consistent level of innovation and development is what keeps our medical treatments at the highest standard of quality. As patients, we demand the very best, and we expect to receive it. This is why contemporary cosmetic treatments such as Botox, liposuction, and laser eye surgery are often at the cutting edge of medical science.
In fact, corrective laser eye surgery is a great example of how technological developments continue to drive the industry forward. With modern femtosecond lasers now powerful enough to provide as much as 1,400 pulses every second, it is no longer uncommon for laser eye treatment to be complete in just a few minutes.
This is a remarkable achievement, and it has only been possible because of sophisticated developments in the machinery used for corrective procedures. For example, it is now possible for specialists to exercise a lot more control over the angle, direction, and movement of the laser than ever before.
As it is now believed that the angle at which the laser hits the cornea can have a big impact on healing estimates, this increase in control could mean that recovery times get much shorter in the future. If you consider the fact that the average recovery time is only about 24 hours now, it is clear that corrective laser eye surgery really could become something that a person pops out to do on their lunch break.
The Parkhurst NuVision clinic is one of the leading ophthalmic centers in Texas. It offers a broad range of services, from cataract treatments to glaucoma procedures, and even cosmetic services such as Botox and lip fillers. It is most famous, however, for the success of its LASIK vision correction treatments. If you are considering laser eye surgery, and would like to find out more about the procedure, costs, and benefits, pick up the phone and get in touch with the LASIK San Antonio team.
There are plenty of other groundbreaking developments on the horizon. One of the most talked about has seen surgeons remove a thin piece of the corneal tissue for cryogenic freezing. This might sound strange, but if the tissue is kept frozen, it can be reinserted into the eye in order to reverse the surgery. This is only ever necessary if a patient has developed complications (such as keratoconus) following a corrective procedure. While the chances of this happening are extremely small, the awareness of a potential fix for complications is bound to put millions of prospective patients at ease. It also demonstrates how dedicated the industry is to aftercare and patient satisfaction.
It is developments such as this one that have caused the number of patients seeking corrective eye surgery to boom in recent years. The latest clinical studies indicate that 96% of patients walk away from procedures feeling happy with the results.