Beauty standards have become impossible to meet in today’s society. Standards are constantly raising, and with change comes new ways to improve the human body. Technology seems to be revolutionizing beauty now more than ever before. From gene editing to 3D printed implants, the future of cosmetic surgery is exciting and promising for both patients and providers alike. In this natural health and beauty blog post, we’ll discuss these upcoming technologies and individual treatments, as well as how they might impact the future of beauty standards around the world.
Plastic surgery has become one of the largest growing industries in today’s world. The humble beginnings of plastic surgery date back over 100 years ago to Dr. Thomas N. Mckinley, who was a dermatologist from New York City. He began his journey by performing skin graft operations that included a new technique for skin reconstruction . One of his most famous patients was Lillian Russell, an American actress and singer from the late 19th century in America. Since then, the field has grown exponentially as it continues to provide opportunities to enhance the lives of people around the world .
The future of plastic surgery
The future of plastic surgery is undeniably exciting. We are moving toward a time where we can have complete control over our physical appearance. Cosmetic advancements are continuing to grow exponentially with its integration with medical science and technology, and the possibilities for new treatments seem endless. In this article we will explore this topic and determine how the future of cosmetic surgery will impact global beauty ideals, as well as how society’s definition of beauty will change in the coming years.
One of the most common areas that has been benefited by technology is breast augmentation. Breast augmentation is a surgical procedure where implants are placed inside of a patient’s breast tissue to create an overall larger appearance. Before the development of breast implants, the only options for breast surgery were simple mastectomies. This procedure removes a patient’s breast tissue, but leaves behind an empty space full of scar tissue, which creates a concave appearance. Additionally, due to the scar tissue there will always be a small amount of disruption in the general symmetry of the breasts . Breast augmentation has changed all this by allowing patients to choose how large their breasts should be based on their specific aesthetic needs.
Breast augmentation is most commonly performed using silicone gel implants. Many of the best surgeons will use medical grade silicone gel to create implants that will provide a natural, beautiful appearance. This type of implant is made up of a liquid polymer, which allows it to contract over time, creating a more natural and uniform appearance.
Another advancement in breast augmentation was the development of “sculpted” implants. These newer types of breasts are created by hand with various shapes and sizes on a computerized model. Patients can choose from a variety of different shapes that are then sent to the surgeon for fabrication into actual silicone implants .
This technology has also provided new opportunities for breast reconstruction in breast cancer patients. Pre-reconstructive surgery is a plastic surgery procedure that helps restore a patient’s breast tissue prior to mastectomy. This procedure can be performed alone, or as a part of a double mastectomy where the surgeon will sculpt the prosthesis to match the patient’s anatomy .
The vast majority of these advancements are made possible by medical technology and its integration with cosmetology. In order to create better aesthetic treatments, it is important for surgeons to be continually learning new techniques and advancements in other areas.
One advancement that exists between these two fields is 3D printing. 3-D printing is a process used to create any three dimensional object. It is also referred to as “additive manufacturing” because the 3D object being created is made up of graphene layers that are stacked on top of one another. These technologies are beginning to be integrated into plastic surgery practices because it allows surgeons to eliminate the need for silicone and other materials that cannot withstand the rigorous strain of surgical procedures such as liposuction.
We have finally reached a point in time where we can easily visualize what we want in order to improve our own bodies. However, this technology has not yet been widely used by physicians. In order to improve and integrate the use of 3D printing in plastic surgery, surgeons need to continue to research and learn how these technologies can be implemented into their private practices .
3D printing is applied mainly in ear surgery. Ear reconstruction has been a challenging procedure for many surgeons. One of the main difficulty elements is finding a way to reconstruct ears that are as realistic as possible without any unnatural-looking characteristics. This treatment is especially important for patients that have suffered ear amputations or are born with disfigured ears. The advancements in facial plastic surgery can be used to reconstruct the ears so that they look completely natural. 3D printing can allow surgeons to recreate a patient’s ear based on a picture or an existing ear for the patient.
The use of 3D printing is now available in prosthetic devices, with an emphasis on prosthetic hands and arms. Previous prosthetics have been bulky and cumbersome, which did not provide much mobility for patients. In recent years, there has been an increase of artificial limbs that are flexible enough to make it easy to maneuver them into everyday life . Moreover, these artificial limbs are designed with smoother surfaces that allow more precise movements than previous models .
Another area where 3D printing is being used to help patients is in the dental industry. This particular industry needs to make new products frequently because patients are always seeking out new ways to improve their smile. They are also continuously checking and maintaining how they are caring for their teeth. The use of 3D printed models has made it much easier for dentists to create the perfect mold for a patient . This model will allow them to adapt the product according to a patient’s specific needs and preferences.
The dental industry and the plastic surgery industries have made huge advancements with the use of 3D printing but there is still plenty more that can be done. The use of this technology will continue to develop and advance until the industry reaches its full potential.