ABSTRACT
Introduction@#Women’s disease slows down and becomes chronic, causing diseases that spread throughout the body and affect the organs.@*Objective@#To compare and contrast the treatment of gynecological “Qisu” syndromes in previous reports.@*Methods@#“Four medical tantras” and other sources were the main material. The article was written using search methods, comparison methods, and analysis-synthesis methods. The topic and methodology of the research was approved at the Inner Mongolia University for Nationalities. No conflict of interest.@*Conclusion@#</br>1. In the “Four medical tantras”, the general symptoms and each category of gynecological “Qisu” syndromes, the prescriptions for each treatment are described in detail, and the treatment is clearly written. </br>2. In the “Four medical tantras”, Lhantav, Durvun Rashaan, Khukh Binderiiya, Jiduininnor, and the Encyclopedia of Chinese Medicine /Mongolian Medicine/, the gynecological “Qisu” syndromes are described by each category, and the treatment prescriptions are analyzed and written in detail. In other sources, treatment is based on general symptoms. The treatment of gynecological “Qisu” syndromes includes 33 names of drugs medicines. In the general treatment gynecological “Qisu” syndromes in most of the reports, Chatsargana-17, Gishuune-6, 14, 17, Basberuu-7, Zomshin-4, 6, 7, Oyyu-13, Yaanag nukhur-13, Jonsh-11, Melreg tsetseg-7, Braisum-17, Rashnamjil, Dedbon-14, Agshirga-3, Jambrai-6 drugs are mentioned and the treatment of each category is coordinated with the condition. </br>3. Gynecological “Qisu” syndromes is a disease of the whole body characterized by the majority of blood and bile /mkhris pa/. Dispersing the disease with blood, the internal organs vascular diseases is damaged in a different way, and the blood characteristic is predominant, and the bile/mkhris pa/ is combined, internal organs vascular diseases.
ABSTRACT
Knowledge of morphometric quantities of coronary arteries in infants is an increasingly vital component in managing congenital and acquired heart disease. Because of considerable heterogeneity of coronary vasculature, what is considered atypical and aberrant or insignificant anatomy is often unclear. The purpose of our present study is to define normal infant anatomy. This was done by focusing on the segment analysis of coronary arteries in infants. Segment analysis was used to define an accurate definition of the length and diameter of the coronary network. The lengths, widths, and numbers of collateral branches of the coronary arteries were measured. The coronary vessels of 40 infant hearts were visualised postmortem by injection of the coronary arteries with X-ray opaque dye for the imaging study. Also, black ink cast and silver impregnation specimens were studied. The longest segment of the circumflex branches of left coronary arteries was the second; the lengths were 9066.6 ± ± 1828 µm. The length of I, III, and IV were 7366 ± 378.7 µm, 7536.6 ± ± 1533.8 µm, 4476.6 ± 690.9 µm, respectively. The lengths of the circumflex branch of the coronary artery were longer than that of the others; it is joined with the anterior interventricular branch of the coronary artery in the dorsal wall of the left ventricle. Rates of branching and ramification were low, and the number of lateral branches was low.
