Health Article about Nurses and ACLS

Health Article about Nurses and ACLS

Technology advancement has been of great benefit to the health sector across the world. Numerous machines have been invented to help deal with various illnesses and health defects. Many developments have brought about relief and efficiency in the field of medicine. Some of these inventions include ACLS, 3D printing and prosthetics.

Advanced Cardiac Life Support (ACLS) Training

ACLS stands for Advanced Cardiac Life Support. It involves a set of clinical interventions for the immediate treatment of cardiac arrest and stroke. Nurses are expected to have the knowledge and skills of administering ACLS to patients. Only qualified health practitioners are allowed to engage in ACLS.

What are prosthetics?

A prosthetics is an artificial limb that is evaluated, fabricated and custom fitted to replace a missing leg above the knee. They are mainly used by amputees to enhance their functioning and lifestyles. These patients could have been amputees by birth or due to trauma, cancer, infection or abnormalities in blood vessels. As such, they need prosthetics to help them perform daily activities with ease. Prosthetics are time-consuming to make and are expensive to acquire. This has led to alternatives such as the 3D printed prosthetics.

3D Printing and Prosthetics

3D printing is commonly known as additive manufacturing. It entails creating solid, three-dimensional objects from digital files. The process is additive in nature as it entails laying down layers of materials in succession until the desired object is created. It is commonly used in the clothing and car industry but has brought numerous benefits in various aspects of medicine. Experts have come up with 3D-printed skin to help burn victims, airway splints for infants and facial reconstructions for cancer patients.

This technology has led to the production of hearing aid shells and ear moulds, dental crowns and bridges from digital teeth scans. Knee replacement operations and jaw surgeries are being done by use of surgical guides that are printed on the surgical machines.

Why 3D Printed Prosthetics?

  • Affordable– Prosthetics are very expensive. This makes it difficult for people who need them to access them. This limits people‚Äôs ability to better their health. 3D printed prosthetics are fairly priced hence affordable to numerous patients in need of them.
  • Speed– Prosthetics take a lot of time to be made, usually weeks. In contrast, 3D printed prosthetics take less time, at least a day.
  • Versatility– 3D printed prosthetics can be custom made to suit the patient. Specialty, rugged and artistic designs are available to suit different activities.3D printed prosthetics can be made to enable you to take part in extensive outdoor activities like biking.
  • Growth– With prosthetics, new ones are needed gradually as the body grows. This is very costly to manage. 3D printed prosthetics are easy to produce and cheap if replacements are needed. There are 3D printed prosthetics that have the ability to expand and stretch hence no need to replace them. They are mostly available for patients who are children.

The 3D printing and prosthetic are here to stay. It has been effective in producing bones, ears, jaws, cell cultures, blood vessels, tissues, organs, drug delivery devices, plants and prosthetic devices. This 3D printing revolution has led to the production of very comfortable and highly functional prosthetic devices.