Zellheim Caesarean Section

Zellheim Caesarean Section: History and Application

Zellheim Caesarean section, or simply Caesarean section, is a delivery operation in which the baby is removed from the uterus through an incision in the abdomen and uterus. This procedure was named after the German gynecologist Karl Franz Emanuel Sellheim and his student, gynecologist Fritz Kesare, who first used it in 1881.

Zellheim Caesarean section was developed as an alternative to natural birth. It may be necessary if the mother has a medical contraindication to a natural birth, such as certain heart, lung, kidney, or other organ problems that may get worse during childbirth. Surgery may also be prescribed for certain fetal abnormalities or if the child is unable to pass through the birth canal.

The Caesarean section procedure is performed under general anesthesia. The surgeon makes an incision in the mother's lower abdomen and uterus through which the baby is removed. The surgeon then closes the incisions in the uterus and abdomen using sutures or staples.

Although a Caesarean section is considered a safe procedure, it is not without risks, like any other surgical procedure. These include bleeding, infection, problems with anesthesia, and injury to organs near the uterus. Also, after surgery, the mother may require a longer recovery period than after a natural birth.

However, Caesarean section remains an important procedure to ensure the safety of mother and baby in cases where a natural birth process is not possible or safe. Thanks to the development of Zellheim and Kesare, this procedure became available to women around the world and saved many lives of mothers and children.

Zellheim Caesarean section: Past, present and future

Zellheim Caesarean section is one of the most common surgical procedures in the field of obstetrics and gynecology. Named after the German gynecologist Sellheim, who first described the technique in the 19th century, a Caesarean section is an operation in which the baby is removed from the uterus by cutting the mother's abdominal wall and uterus.

Zellheim Caesarean section is usually performed in cases where normal childbirth poses a threat to the health and life of the mother or child. This may include cases where the baby is disadvantaged, there are problems with the placenta, there are complications after birth or other medical conditions that require surgery.

Historically, Zellheim Caesarean section was associated with high risk and a number of complications for both mother and baby. However, with the development of medical science and technology, the technique has become much safer and more effective. Today's obstetricians and gynecologists have the best tools, anesthetic techniques and skills to reduce risks and improve positive outcomes for mother and baby.

Despite progress in the field of obstetrics and gynecology, issues related to Caesarean section still remain relevant. Discussions arise regarding the optimal timing of the operation, the impact of Caesarean section on the mother's future births, and the importance of maintaining a natural birth process.

Moreover, in recent years there has been growing interest in Caesarean section options, such as “soft” Caesarean section or minimal deep incision Caesarean section, with the goal of improving functional and aesthetic outcomes for the mother after surgery.

In the future, we can expect further development and improvement of the Sellheim method of Caesarean section. New technologies, including the use of robotic systems and various types of laparoscopy, can significantly improve the accuracy and safety of the procedure. In addition, research in prenatal diagnosis and genetics can help identify risk factors for Caesarean section and develop an individualized approach to each case.

Zellheim Caesarean section remains an important tool in the arsenal of obstetricians and gynecologists to ensure the safety and health of mother and child. Despite its long history, the technique continues to develop and improve, striving for optimal results and minimal risks for patients.