Even so, it is impossible to say empty words to patients, especially when facing the big guys who have rich medical knowledge in Teacher Lu.

"Teacher, don't worry too much." Xie Wanying told Teacher Lu again. In addition to showing cruel facts, being a doctor also needs to bring new hope to patients and not make them desperate. "Medical technology changes every moment. Therefore,

The two difficulties I mentioned before are: Regarding the first point, our hospital already has this three-dimensional TEE esophageal echocardiography examination."

TEE.

A group of people suddenly heard her mention this technology that was relatively sniffy, and they were a little confused.

TEE is a transesophageal echocardiography. It originated in the 1980s and started as two-dimensional. It developed into three-dimensional in the early 1990s. Now some are studying four-dimensional. This technology has been used in clinical practice since its beginning.

.Most doctors are not optimistic about the prospects of this technology themselves. Its operation is like inserting gastric tubes and requiring anesthetics to patients. This is a relatively troublesome thing for both patients and doctors, so it is never clinically important.

Promote area.

"I seem to have heard from people that you said, aren't there so few people doing this examination?" Teacher Lu asked her, "Is it also an echocardiography?"

The teacher is a pharmacy master, so he may be unfamiliar with clinical examination items. A specialist who is not in this field did not think about understanding it. He can only think of TTE, which is also an echocardiography, at the first time.

"The teacher is talking about TTE." Xie Wanying explained, "TTE is widely used in clinical practice. Basically, patients with suspected organic heart disease will do this examination and further investigation. TTE is transchor wall echocardiography and probe separator

Go to the chest wall to explore the inside of the heart. TEE enters the esophagus and uses a probe to explore the heart. Comparing the distance between the two and the heart, TEE must be closer to the heart. So TEE has several major advantages here. If you want it, you need to

By exploring the heart structure farther from the chest wall, such as the atrial large blood vessels, it is obvious that TEE has more advantages than TTE and will shine more clearly."

Teacher Lu seemed to be fascinated by her words. He kept listening, his eyes focused on her face and almost motionless.

When this child talks about knowledge, it seems that there is a magical power coming from her mouth.

When Teacher Lu thought about it, it might be that her speech was concise and had the depth and confidence to understand medicine, which was enough to impress people.

If the boss spoke like this, no one would think of anything. The problem was that this child was just a famous doctor student, so she could only feel deeply surprised.

Everyone around him was surprised to hear Xie Wanying's words, and there were many people there.

"Its probe can be rotated and can detect important structures such as atria, pulmonary vein, atrial septum, etc. from angle detection. There is no anatomical lung tissue between the esophagus and the heart, so it is not afraid of affecting the lungs. It can be used with higher frequency

Probes are used to detect. These advantages are not possible in other examination items such as TTE." Xie Wanying said at the end, "The probe is in the esophagus, which means that continuous intraoperative monitoring can be performed during cardiovascular surgery. This is a good example.

Both cardiovascular doctors and anesthesiologists are of great significance.

Is that true? People from other departments look at people outside their hearts?

Some even looked at Zhang Tinghai who was undergoing anesthesia.

Zhang Tinghai was completely confused. They were doing anesthesia, but they never thought about using cardiovascular to perform intraoperative testing. Is this a new research direction?
Chapter completed!