Returning to ’90s, She Became Famous in Major Surgical Fields

  Mu Yongxian said: "If you have any thoughts on scientific research, you can feel free to say. We know that you are new here, and the newbies don\'t know much, but everyone is from a novice to a proficient, and I have the same process."

   After these words, it can be regarded as a refresh of the students\' understanding of this big guy.

   Mr. Mu\'s voice seems strict, and the content sounds tolerant and gentle.

   Several classmates immediately thought of Xiaohui\'s mother. As if what Xiaohui\'s mother said was not intended to flatter the attending doctor, this Doctor Mu, who had a strict face and a kind heart, was actually very good at comforting people.

   Dr. Han nodded: Yes, yes, we Dr. Mu are super nice, don\'t be deceived by his solemn appearance.

   In contrast, the man who smiled like a fairy on the opposite side was actually harsh enough, but ordinary people didn\'t notice it.

  The teachers brought them here and expressed their intention to do academic exchanges. Xie Wanying was equally excited, and it was a valuable opportunity to exchange scientific research with the big teachers and teachers. She quickly answered frankly: "Cardiomyocytes are the most important part of the heart, and cardiomyocytes in a broad sense include specially differentiated cardiomyocytes such as the sinoatrial node. Cardiac conduction system. We know that the heart also has endocardial epicardial blood vessels and nerves, such as the valve is actually the endocardium, these are extensions of the skeleton built on the heart muscle cell."

   The reason why she can have such personal experience is that she has been exposed to more clinical cases after she went to the pediatrics department. Such as Zhu Xing\'s cardiomyopathy, not to mention congenital diseases directly related to the heart muscle. Other types of heart disease, typically such as atrial septal defect in morning exposure, develop embryologically. If you think about it carefully, it starts from the fact that the myocardium is not growing well, of course, it involves various endometrial structures. If it is a valve disease, it will also affect the skeleton of myocardial cells, and ultimately the death of the patient is due to the problem of the skeleton of the heart muscle.

  Comprehensive overview, myocardium can be said to be the number one key factor in the life and death of the heart. Studying it thoroughly, it is estimated that the mystery of how her grandfather died can be solved.

  Unconsciously, Xie Wanying recalled her internship in the obstetrics and gynecology department. At that time, I heard that Dr. Song got inspiration from the obstetrics and gynecology department. She thought she could get some inspiration from the obstetrics and gynecology department. It was later discovered that obstetrics and gynecology does not actually treat diseases that humans bring from embryos.

   What department is studying this problem? is pediatrics.

  The obstetrics and gynecology department only helps you to screen your child\'s genes and give you prenatal and postnatal care, but cannot treat postnatal diseases. For many congenital diseases, it is not always possible to observe them from the fetal period. It is only after the child is born that the disease will show a terrifying face in front of the doctor. It can be said that the eugenics and eugenics of obstetrics and gynecology is a scientific research result derived from pediatrics.

   Everyone here heard her brief speech. Classmate Wei took the lead in expressing that he didn\'t understand it well, the corner of classmate Lalapan\'s clothes.

Does    Xie’s words mean supporting Mu’s cardiomyocyte therapy? Why does it sound a little weird?

The   strange is due to the fact that cardiomyocyte therapy has little to do with the structure of the heart. Xie said that the heart muscle is equivalent to the skeleton, which in theory seems to be close to the theory of circulatory mechanics studied by the immortal brother. The focus of cycle mechanics is on the heart structure, just as the study of hydraulics is combined with the study of structures such as dams and bridges.

   (end of this chapter)