Top 10 Medical Advancements To Look Out For

As medical technology becomes more and more advanced, doctors are beginning to work with tools that may seem to be the subjects of science fiction. However, each of these ten medical advancements are able to help treat a wide variety of illnesses, and provide people with healthcare services that they may have never thought possible.

Anesthetic Decision Support Systems
These systems function help provide medical professionals with crucial patient information. These systems monitor the health of patients while they are under anesthesia and can help doctors react to changes in the patients’ bodies.

Artificially Intelligent Limbs
As digital technology becomes more advanced, doctors are providing amputees with intelligent prosthetic limbs. These limbs are outfitted with microprocessors that can help them react and adjust to the patient’s activities.

Bionic Eyes
Ground breaking developments in medical technology allow patients who are unable to see out of one of their eyes to be able to experience the sense of sight again through bionic eyes. These eyes work with microscopic lenses to provide images to the brain in the same way that ordinary eyes do.

Artificial Cell Mimicry
Doctors are beginning to work with numerous molds for artificial cells. All of these cells are designed to behave and function with the rest of the body as the cells after which they are modelled do. This can help fight against several diseases that cause
deficiencies in the cell count of the individual.

3D Printed Bones
When 3D printers began to see more widespread utility, healthcare became one of the most prominent fields to receive their applications. Individuals who suffer from bone damage and weak structures will be able to function with the aid of bones that
have been developed by these printers. Because of the accuracy of these devices, the printed bones can match with just about any patient’s existing skeletal structure.

Developing Brain Cells from Urine
As scientists learn more about the construction of cells on a molecular level, they will be able to work with those processes to retune them for different uses. Recently, biologists experimented on waste cells in urine and modified them to develop progenitor cells. These cells are used by the body as the basic blocks to develop brain cells.

Possible Cure for HIV
Recently, a child who was born with signs of an HIV infection was able to fight it off thanks to the efforts of three new anti HIV drugs developed by medical professionals. Since the introduction of these drugs into the newborn’s system, not only has the virus not shown any signs of returning, but it stayed that way even after the child was taken off of the anti HIV medication.

Advancements in Cancer Identification
While some cancers are not as immediately lethal as others, all of them can develop into seriously debilitating issues. However, with new developments in genome identification, doctors will be able to analyze the genetic structure of a tumor and learn if the cancer will be more susceptible to certain types of chemotherapy over others.

Stopping Seizures in Epileptics
Scientists have recently developed a device that some describe as a defibrillator for the brain. These systems work with sensors that are implanted directly onto the brain, which can sense the tremors that suggest an incoming seizure. Once these waves are spotted, the device counteracts them with electrical pulses, stopping seizures before they start.

New Developments in Hepatitis C Medication
As treatments for hepatitis C slowly advance, patients can expect to be able to work with a new form of medication. Sofosbuvir, the drug developed to help treat hepatitis C, is the first all oral medication to be taken for the condition, and studies have shown it to improve recovery by upwards of ninety percent.

Ryan Ayers is a writer who creates informative articles in relation to education and technology. In this article, he talks about 10 technological advancements on the brink of application to the healthcare industry. He aims to encourage healthcare education through pursuing an online bachelor in sonography.