The reason why a group of doctors were shocked by this surgical scene today is that neurosurgery deals with brain tissue, which itself requires the doctor to have a very high level of touch; secondly, the high-end surgical tools used, such as the ventriculoscope, require an even higher level of touch.
You said that this is Xie's first time doing this, how could he show such terrifying touch and precision?
"He is different from Dr. Cao," said Shi Xu.
Huang Zhilei's brain reacted.
Brother Cao has a natural good sense of touch. His operations are like practicing Tai Chi sword, coming and going freely and elegantly.
Song Mao is also a genius student who relies on his brain, but it is not the same when performing surgery. Occasionally, he will show some arrogance of a genius, and when he uses his talent, he is like a magician waving his magic wand.
Only the junior sister's hands moved delicately as if they were controlled by something. This smoothness made people feel terribly that she was not like a human being for a moment.
Huang Zhilei turned his head to look at the people next to him. Brother Cao and Song Mao were both so silent that they looked like human beings.
"I told you, she has grasped the essence of the notes you corrected for her." Shi Xu turned to Tan Kelin and said, confirming again and again that he was definitely not trying to flatter anyone.
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Tan Kelin opened his thin lips and rejected him again coldly: "Nonsense."
The reason why his apprentice attracted so many people's attention from the beginning was not because of her brain, but because of her concentration. All the big guys knew that concentration was the first factor in determining a doctor's career ceiling.
How could what he wrote in the notebook open up the "special channel" that her brain directed to her hands? Only strong concentration and willpower could do all this.
This shows that Xie’s concentration has reached an even more terrifying level.
The operation is ongoing.
The scope sheath is hard, and the advantage of being hard is that it will not fall down even if the doctor takes his hands off it. This is because the surgical incision is made on the skull, and the skull is supported by the fulcrum and the tight brain tissue inside, which prevents it from tilting. For example, in a car accident, you have seen a steel pipe inserted into a person's head. The person's head does not move easily, so the steel pipe will not tilt by itself. Such scenes are often seen in news reports.
Xie Wanying held down the sheath of the mirror with her left hand and pulled out the guide core with her right hand.
Assistant Dr. Song quickly prepared the ventriculoscope for her and connected it to the power supply.
The ventriculoscope body and the sheath are similar in appearance, and the handle and the body are at a certain angle to facilitate the doctor's operation.
The ventriculoscope is inserted through the channel in the middle of the sheath and sent into the patient's brain. At this time, the pipeline is flushed first, and the catheter and syringe are connected to the side hole of the ventriculoscope and flushed with saline.
The monitor was turned on, and images of the interior of the patient's brain appeared on the electronic screen facing the doctors.
At first glance, doctors can see that the skin-colored tissue under the light is like a dome. This is the lateral ventricle. The dark hole inside is the interventricular foramen, located on the front and upper wall of the lateral ventricle. In this dome-like ventricle area, you can see various blood vessels running. The thin blood vessels are the septal veins, and the thick blood vessels are the thalamostriate veins. They meet at the interventricular foramen.
The red mass is the famous choroid plexus of the lateral ventricle, the source of cerebrospinal fluid mentioned earlier. If the patient is suspected of having problems with the choroid plexus and excessive cerebrospinal fluid is produced, causing hydrocephalus, the doctor will perform electrocautery at the choroid plexus to try to reduce the production of cerebrospinal fluid.
The thalamostriate veins and choroid plexus enter the third ventricle through the interventricular foramen.
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