Abdominal Adhesions after C Section
What is Abdominal Adhesions after C Section? Abdominal Adhesions is a medical term used to define scar tissue growth. During a cesarean section method the surgeon will open the abdomen with an incision and then open the uterus with one more incision. After the abdominal wall has been opened and the birth has taken place the surgeon will close the different layers of the incision with sutures. The trauma that is caused to the abdominal area produces scar tissue internal adhesion that can potentially lead to complication and pain in the abdomen.
But even though the use of an epidural to provide pain relief and the removal of possible hours of labor all seem rather wonderful, in contrast to a vaginal birth a c-section will leave a scar across the abdomen of a woman that frequently results in the development of adhesion.
Clear Passage is an earth leader in treating pelvic pain with a non-surgical manual physio/physical therapy. When adhesions form in the weak folds of the bowels, they can cause pain or digestive problems such as diarrhea, constipation or irritable bowel syndrome. Abdominal Adhesions after C Section causing pain or tightness in the pelvis. Designed to help the body heal, adhesions can cause constant pain or dysfunction, long after the surface scars have healed. Wherever they form, adhesions bind structures together with strong glue-like bonds that can last a lifetime.
A study in Digestive Surgery showed that more than 90% of patients increase adhesions after c-section Treatment for Abdominal Adhesions following open abdominal surgery and 55% to 100% of females increase adhesions following pelvic surgery. Thus, abdominal surgery itself has been implicated as a main Causes of Abdominal Adhesions formation and lots of patients become attentive in a cycle of surgery-adhesions-surgery. If you expect to have Abdominal Adhesions after C Section in the near future or you have had a C-Section newly this would be an outstanding time to begin your abdominal self-massage therapy to decrease the risk of adhesions and their complications.