Top Five Revolutionizing Implants Shaping the Future of Medical Science
The rapid evolvement of Medical Science surprises continually with revolutionary strides, especially the advancements in the field of medical implants. This marks an interesting beginning to delve into the upcoming breakthroughs which have the potential of transforming healthcare. Starting the conversation, what can be better than the discussion on 'Organ-on-a-chip', a burgeoning implant technology?
Organ-on-a-chip is a multi-channel 3D microfluidic cell culture chip, simulating the activities, mechanics, and physiological responses of entire organs and organ systems. This technology is a beacon of hope for organ transplant candidates who spend years on waiting lists. Taking the shape of small-scale organ systems that fit on a computer chip, they function similarly to full-sized organs. This innovation could largely eradicate the need for organ donations and save countless lives each year.
Telescopic Vision – Implants for the Eye
Sticking with the theme of implant innovation, the second slide tackles a growing concern among the world population - vision loss. Scientists developed an optic breakthrough: an implantable miniature telescope (IMT). This is a magnifying device designed to improve vision in people with end-stage, age-related macular degeneration.
The implant needs to be surgically placed inside one eye, while the other eye provides peripheral vision for mobility and orientation. Despite its infancy stage, this bionic eye innovation shows great promise in restoring vision and offering a fuller life to individuals struggling with blindness or severe visual impairment.
3D Printed Implants – A Modern Miracle
Entering the third slide, we venture down the exciting path of 3D printed implants. These life-changing implants, synthesized from a digital 3D model, cater to a large range of medical applications. From bone scaffolds to surgical instruments, the applications are impressive.
The significant advantage of 3D printed implants is the ability to customize them according to patient-specific needs. This means a perfectly shaped implant for each individual patient, reducing rejection rates and enhancing post-surgery recovery.
Bioresorbable Electronics - The Temporary Implants
Slide four takes a look at a new kind of implant - ones that are temporary. Bioresorbable Electronics, also known as transient electronics, are designed for a specific period before they harmlessly dissolve in the body.
These devices could have significant implications in various health conditions like infections, inflammation, or localized pain. They provide the required care before dissolving, eliminating the need for an extra surgery to remove the implant.
Responsive Neurostimulator System (RNS): A Hope for Epilepsy
We conclude this visual journey with the Responsive Neurostimulator System (RNS), a device designed to prevent epileptic seizures. This neurostimulator monitors brain waves, detects unusual activity, and responds by emitting subtle electrical signals.
This advancement holds potential to revolutionize epilepsy treatment, and while there are risks associated with the surgery, the possibility of a world with significantly reduced epilepsy cases is a future worth striving for.
