The students present swallowed their saliva.
Mu Yongxian said: "If you have any ideas about scientific research, you can feel free to say it. We know that you are new here, and novices don't understand much, but everyone is going from novice to experienced, and I am also going through the same journey."
These words once again refreshed the students' understanding of this big boss.
Mr. Mu’s voice sounds strict, but his content sounds tolerant and gentle.
Several classmates immediately thought of Xiaohui’s mother. It seems that what Xiaohui's mother said was not just to flatter the attending doctor. This Dr. Mu has a serious face and a kind heart, and is actually very good at comforting people.
Dr. Han nodded fiercely from the side: Yes, yes, our Dr. Mu is a very kind person. Don’t be fooled by his solemn appearance.
In contrast, the man opposite who smiled like a god was actually quite strict, but most people didn't realize it.
The teachers brought them here and expressed their intention to have academic exchanges. Xie Wanying was equally excited. It was a precious opportunity to share scientific research with the senior teachers. She quickly answered frankly: "Myocardial cells are the most important component of the heart. In a broad sense, cardiomyocytes include specially differentiated cardiomyocytes such as sinoatrial nodes." Heart conduction system. We know that the heart also has endocardial, epicardial blood vessels and nerves, such as valves, which are actually the endocardium. These are extensions of the skeleton built on cardiomyocytes."
The reason why she has such personal experience is due to the exposure to more clinical cases after arriving in pediatrics. Such as Zhu Xing's cardiomyopathy, not to mention congenital diseases directly related to the myocardium. Other types of heart disease, typically morning exposure to atrial septal defect, develop from embryology. If you think about it carefully, it starts with the failure of the myocardium to grow well, which of course involves problems with various intimal structures. If it is a valvular disease, it will also affect the skeleton of myocardial cells. What ultimately leads to the death of the patient is a problem with the myocardial skeleton.
To sum up, myocardium can be said to be the number one key factor in heart life and death. If you study it thoroughly, you may be able to solve the mystery of how her grandfather died.
Unconsciously, Xie Wanying recalled her internship in the obstetrics and gynecology department. At that time, she heard that Dr. Song was inspired by obstetrics and gynecology. She originally thought that she could get some inspiration in obstetrics and gynecology as well. Later it was discovered that obstetrics and gynecology do not actually treat diseases caused by human embryos.
What department is studying this issue? It's pediatrics.
Obstetrics and gynecology can only help you screen your child’s genes and provide you with prenatal and postnatal care, but they cannot treat postnatal diseases. For many congenital diseases, you may not be able to detect them just by observing them during the fetal period. Only after the child is born will the disease show its terrifying face in front of the doctor. It can be said that eugenics and eugenics in obstetrics and gynecology are scientific research results derived from pediatrics.
Everyone present listened to her brief speech. Student Wei was the first to express that he didn’t quite understand what he was saying, and he pulled the hem of Pan’s clothes.
Does Mr. Xie’s words support Mr. Mu’s cardiomyocyte therapy? Why does it sound a bit weird?
The strange thing is that cardiomyocyte therapy has little to do with heart structure. Classmate Xie said that the myocardium 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 circulatory mechanics is on the heart structure. For example, the study of hydraulics is combined with the study of structures such as dams and bridges.
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