Benefits Of Elastic Surgical Glue

Assistant: Markus Leroy Johnson PAC (Surgical assistant was used for soft tissue protection and retraction and also for maintaining reduction during temporary and permanent fixation use of surgical assistant was medically necessary, and to prove the safety and efficacy of the procedure.)

Within the last 10 years, the “Baby Boomer” generation is aging, and surgeries have become safer overtime, job opportunities for Surgical Technologists are expected to grow between 2012 and 2022 (“Association of Surgical Technologist”, 2011). As advancements in surgical technology are made, Surgical Technologist students will have to continue to grow through education on the use and sterilization of newer instruments, such as robotic tools. Surgical technologists mainly work within the OR of hospitals, but one report states that

I aspire to become a successful researcher applying mechanical engineering principles to tackle human health issues. My exposure to patients at the VA Medical Center has motivated me to concentrate my academic goals and future scientific career on contributing to technological advancement of human health.

20). Further, the presence of pressure ulcers places a burden on patients and their family (Grinspun, 2005, p.21). As recommended by Grinspun (2005), pillows and foam wedges to separate prominences of the body and lifting devices have been beneficial to avoid friction (p. 32). Research suggests that the majority of pressure ulcers can be avoided. Although, the population at risk likely suffers from the possible contributors, as stated repositioning at least every 2 hours or sooner was effective (Grinspun, 2005, p. 32). When practicing I will reposition patients at appropriate times to reduce the risk of damage to the skin. Additionally, when moving a patient up in bed, I will request adequate assistance from other nursing staff to use a lifting device. This will help to avoid friction while the patient is being moved, ultimately reducing the development of pressure

The adhesive bandage went thgrough a lot of development to be the what it is today. The bandage was developed from the original methods that were used in the 1920s. Earle Dickinson was trying to make a more durable and easy to use bandage for people that were injured including his wife who kept injuring herself in the kitchen. The concept of the bandage was to use a piece of gauze on an adhesive tape so you can cut it to be utilized.

I learned while on my surgical rotations how exciting it is to participate in the care of patients which acute illness or injury. I enjoy working with my hands and look forward to the challenge of becoming proficient at microsurgical techniques. On the other hand, I also enjoy the long term treatment of patients which chronic disease and the relationships that can often develop from this type of interaction.

Taping is a common practice that has been used by medical professionals for years.1 Over time, new treatments or devices are presented to the public with the promotion of being able to help people. One specific treatment or device that has been used is Kinesio tape. It was designed by a “Japanese chiropractor, Kenzo Kase in 1980...it is approximately the same thickness as the epidermis...it has heat-activated glue...is able to stretch to 140% of its resting length and can stay on the body for 3-5 days.”2 The tape has been said to have therapeutic qualities. These qualities include but are not limited to: assisting edema removal, decreasing pain, helping range of motion, increasing lymphatic flow and improving proprioception.3

A medical device? They remove the dead tissue that impedes healing "mechanically," FDA determined. It's called chewing.

Transglutaminase also known as TG, in simplest terms is “meat glue”. It’s definition according to the USDA is, “an enzyme approved for use as a binder to form smaller cuts of meat into a larger serving of meat. It is a natural substance derived from fermented bacteria, a non-toxigenic and non-pathogenic strain of the organism Streptoverticillium mobaraense.”

As today’s technology is changing, some of the most major effects of it are superior advances in the medical field. One advance in the medical field is tissue engineering. It is being developed for use in regenerative medicine and soon to be in wider use for other treatments. Tissue engineering’s goal for the future is for the medicine to be able to stimulate other cells around the damage area of the body to get them to grow and produce living tissue (Sciencedaily). Another medical advancement is the monitoring systems and how hospitals can better track for problems and signs of an emergency. This can also help the surgeons decide how to stitch up a patient for best recovery time (Sciencedaily). As technology keeps progressing, another medical advancement is the way surgeons are doing operations. Today, for complex surgeries, surgeons now will get help from the use of a robot for accurate procedures; this will help with the size of the incision and keep the recovery time shorter than during standard surgery.

The article, “Oozes and aahs: Slugs' gooey substance may provide alternative to surgery,” begins by talking about how scientists have been inspired by slug slime to create a flexible glue. Scientists believe that sometime in the near future, this glue could possibly hold together a beating, bleeding heart. According to the professor of Bioengineering at the University of California, “The sticking power of this adhesive is probably on the order of 10 times better than what's currently on the market." Not only can this adhesive contribute in surgeries, it can also help hold medications in place that need to be released in the body. Since it is really flexible, scientists think that they could possibly be used in the hearts of children who have

Skin glue is a special type of medical adhesive. It joins the edges of a wound together, while the wound starts to heal underneath. It may be used by practitioners to close wounds instead of other materials, such as sutures and skin staples. The first layer of the skin glue takes a few minutes to dry. It forms a protective barrier over the wound.

Mainly this article is focused on what will help wounds of natural clotting.There is an assumption based on scientific procedures (based at Rice’s BioScience Research Collaborative) that synthetic collagen may heal the wounds of the natural clotting by chemist and bio-engineer Jeffrey Hartgerink. During this process there is a substance used called KOD. KOD is a protein that unites or links organs as well as tissues. The use of KOD is used to mainly help with clotting blood. They believe that this material (KOD) copies natural collagen.This product could be very helpful when dealing with a surgical bleedings. How is what you ask? Well KOD is used to help clot the blood so this will be an assistance before and after the procedure during the healing process. KOD would be mostly not be valuable during major trauma.

The actual bioresorbable segment is in the Market development stage. Surgeons who have a large say in purchasing power of the products still need a great deal more information and trial before Although other companies have introduced first and second generation bioresorbables to strengthen market niche. Synthes’ participation in these efforts was minimal, as they focused primarily on improving their standard devices, staying away from the newer bioresorbable craze. First and Second Bioresorbables did not accelerate in sales as originally planned.

Experiencing low cost traditional surgical procedures, Advanced Medical Technology Corporation (AMT) wants to broadcast this tagline by manufacturing well designed medical instrument based on a massive researching.