The child's grandma admitted: "It's really hard to say whether he had eaten something from strangers when he was out there."

The child cannot answer it himself, so he can only guess the elders.

No matter what, it is important to treat your child.

On the one hand, the family members don’t have to think about the worms when they undergo surgery to get the worms, hoping to take them out as soon as possible. On the other hand, they will eventually have some concerns when they think of using the knife on the child’s head. They ask how the surgery will be done and whether it will affect the child’s brain.

At this point, first of all, this neurosurgery, like other surgeons, has long taken minimally invasive paths as much as possible on the path of medical development.

There is no need to take a big blow on the human head when taking insects, that is, it is unlikely that a large piece of the human skull will be removed for brain surgery.

Xie Wanying briefly explained to her family the general procedure of minimally invasive neurosurgery: "If you make a hole, you only need to make a hole about the size of a one-yuan coin. We will do the surgical positioning for him in advance, determine the opening position, and use the operation navigation system to determine where the insect body is, then directly enter the instrument and clip the insects out."

The human brain is inside the skull, except for the ventricle, like dense tofu blocks filled with dense tofu blocks.

In this case, removing large pieces of skulls and exposing the surface of tofu blocks is not very meaningful. Because enlarging the incision of the chest and abdomen surgery is to expand the surgical field, which makes it convenient for doctors to see inside and sometimes facilitate the doctor's hands to go directly into the organs. The tight feeling of brain tissue is destined that the doctor cannot go in with bare hands for the surgery, so he can only use equipment.

Therefore, in neurosurgery scenarios, it is usually seen that the doctor's hand holds the instrument, which is like carefully rummaging out foreign objects in a tofu block for clamping or cutting.

From the above, it can be seen that whether neurosurgery can remove large bones is no different for some surgery, and minimally invasive surgery has become highly superior and has become the first choice for neurosurgery.

What is the most difficult part of minimally invasive surgery? We can know from the previous minimally invasive surgery that the most difficult part of minimally invasive surgery is blind vision. For this reason, minimally invasive chest and abdomen are used to adopt laparoscopic methods, using medical instruments equipped with cameras to wander in the human body, turning into a doctor's eyes to perform this operation.

The premise of feasible laparoscopy is the principle of drawing on the operation of the lung collapse in cardiothoracic surgery, which fully demonstrates that such surgery requires space for the human body to operate the instrument.

Brain tissue is like tofu blocks that fill the space, so it is impossible to create a large space for thoracoscopy to wander inside. In addition to the special structure of the ventricle, there is room for doctors to use, and we can use the endoscopic ventricular lens we mentioned last time for surgery.

How to solve the blind vision problem of minimally invasive neurosurgery surgery depends on Xie’s powerful three-dimensional computing brain, which is actually subtle similar to the three-dimensional navigation system of neurosurgery.
Chapter completed!