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Obstetrics entered a stage of stagnation in the 19th century, which lasted until about the 1880s. [77]: 96–98 The central explanation for the lack of advancement during this time was the rejection of obstetrics by the medical community. [91] The 19th century marked an era of medical reform in Europe and increased regulation over the profession.
The 18th and 19th centuries saw significant growth in the establishment of girls' schools and women's colleges, particularly in Europe and North America. Legal reforms began to play a crucial role in shaping women's education, with laws being passed in many countries to make education accessible and compulsory for girls.
During the Middle Ages in Western Europe, people relied on the medical knowledge of Roman and Greek philosophers, specifically Galen, Hippocrates, and Aristotle. [1] These medical philosophers focused primarily on the health of men, and women's health issues were understudied.
Midwifery is the health science and health profession that deals with pregnancy, childbirth, and the postpartum period (including care of the newborn), [1] in addition to the sexual and reproductive health of women throughout their lives. [2]
Midwifery and obstetrics are different but overlap in medical practice that focuses on pregnancy and labor. Midwifery emphasizes the normality of pregnancy along with the reproductive process. Classical Antiquity saw the beginning of attempts to classify various areas of medical research, and the terms gynecology and obstetrics came into use.
Obstetrics can be described as all of the following: Medicine – medicine is the science and art of healing.It encompasses a variety of health care practices evolved to maintain and restore health by the prevention and treatment of illness in human beings.
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He also began work on the chemistry of glucose and related sugars. [101] In 1885, Eugen Goldstein named the cathode ray, later discovered to be composed of electrons, and the canal ray, later discovered to be positive hydrogen ions that had been stripped of their electrons in a cathode-ray tube; these would later be named protons. [102]