The medical field has truly advanced with the help of science and technology. This is definitely true in the plastic surgery field as well. Every year brings new procedures and techniques that hone the skill even further. Recently, the Perelman School of Medicine at the University of Pennsylvania released research regarding 3D imaging and its impact on cosmetic injections. The findings were phenomenal – detailed and specific care is now possible like never before.
It will be interesting to see that if in the near future 3D imaging will be incorporated with these non-operative facial rejuvenation treatments.
Cosmetic injections are also known as liquid facelifts, and they are able to reduce wrinkles by keeping certain muscles from contracting. With the new research, plastic surgeons may one day have the potential to use these injections to deliver Botox San Diego or transmit to the areas that need to be treated precisely and with insight that allows for longer lasting results.
3D imaging hasn't always been used by medical professionals; as a matter of fact, for many years it was used almost exclusively in aerospace and automotive fields. One day, plastic surgeons may use a branch of 3D imaging called speckle tracking photogrammetry (or something similar perhaps) to measure distance between objects through photo images.
In recent reports in both scientific and medical journals, speckle tracking photogrammetry is used to calculate the most effective method to treat wrinkles with cosmetic injections. With this technology, facial wrinkles have the potential to be measured and tracked before and after an injection. Doctors were able to color code each wrinkle with a heat map, then compare the area treated before and after each injection.
While this information seems highly cerebral, the patients in the study were able to benefit because their doctor was able to deliver the ideal amount of dosage for their care, pinpoint injection sites for the best aesthetic goals, and evaluate each wrinkle for optimal reduction.
When initially mapping a site for cosmetic injections, it appears a plastic surgeon would want to look for areas that are compressed, meaning has wrinkles. The new software would color code these areas as blue. With a few weeks of treatment, the research showed that the areas that were treated no longer had an intense blue color, meaning that there are significantly less impacted with wrinkles for a longer period of time.
Who knows what the future holds in regards to patients that may very well enjoy seeing the physical effects of 3D mapping. A plastic surgeon could very well show the patient the before and after mapping images, which reinforces the physical effects of the cosmetic injections. They can see the reconstructive effects that come from the treatment by their potential plastic surgeon and feel confident that the transformation has gone beyond the surface level.
It may just be a matter of time before doctors enjoy the new 3D imagery because they can also give a mathematical result of how many areas are positively impacted by the treatments, and patients can actively track how they are able to improve their aesthetic appearance with the injections.
This study was quite revealing with the blending of aesthetics and science.
Source : articlesbase.com
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