The Future of Brain Surgery

A healthy brain is like drivers insurance—it is your passes to a long, productive life.
Hence, it is of utmost importance that you ensure your brain’s health at all times, the same way you beef-up your body’s immune system by taking vitamins, getting enough sleep, going on a healthy diet regimen, and spending hours upon hours on exercise bikes burning unnecessary calories.

Every year, cases involving brain diseases involve increasingly complex and highly dangerous operations that require cutting-edge technology and doctor expertise, the same way present-day websites demand increasingly technical work on the part of web developers and web designers. The prices at stake for every brain operation are also now at staggering highs, the very same way heat pump prices skyrocket at breakneck speeds.

On this day and age, the demand for qualified neurosurgeons are more pronounced than a decade before, much like the demand now for experts in the installation and maintenance of solar PV or the clamour for the cheapest pet supplies prices possible.

Knowing the resources, technology, and experts available in the field of brain surgery could be of great help to you, your immediate family, or friends if in case anyone has to undergo brain operation. Since neurosurgery is not exactly a risk-free operation, unlike some fat loss 4 idiots program, you may well learn everything you can about neurosurgery, the same way you would study the options concerning drug rehab facilities for a friend or a relative.

Here are two of the cutting-edge technologies and practices that are bound to define the future concerning the field of brain surgery around the world, in the same fashion that a free government cell phones trick to win peoples’ approval would be:

Excimer laser technology. This relatively new, cutting edge technology is geared to provide a safer way of operating on large brain aneurysm. In the United States, it was Chris Ratuszny of Lindenhurst, NY who was the first one to undergo this operation. His brain aneurysm grew so large that a brain artery bursting, leaving him dead or immobilized for the rest of his life, was very imminent. The operation involved the use of excimer laser to operate on a ballooned or swollen brain artery without clamping a major artery, a previously rampant practice which posed threats of stroke on the patient.

Coil treatment. This procedure promises to significantly lower deaths caused by burst aneurysms. This minimally invasive brain surgery technique of repairing major brain arteries is seen to improve survival chances at one year when compared to traditional clipping technique which has already resulted to several deaths among patients.

These are just but two of the most promising advancements in brain surgery, and the actual number of working techniques may still go up as medical and scientific breakthroughs continue to pile up. In the future, there could be zero mortality rates for operations involving ruptured aneurysms and similar brain procedures.

Needless to say, the future is bright for all of humanity in the field of brain surgery.