RESUMO
To investigate the clinical course and management of congenital vaginal atresia.This retrospective analysis included patients with congenital vaginal atresia treated from March 2004 to August 2014 at the Obstetrics and Gynecology Hospital of Fudan University.Thirty-nine patients were included in this study.Their average age was 16.87±2.2 years when they came to our hospital.Totally,51％ of the patients had isolated congenital vaginal atresia with a normal cervix,whereas the others had either cervical atresia or imperforate hymen.The primary presenting signs and symptoms included primary amenorrhea (71.8％),periodic abdominalgia (41.0％),abdominal pain (36.0％),dyspareunia (10.3％),menstrual disorders (5.1％),and pelvic mass (5.1％).Ultrasound and magnetic resonance imaging (MRI) were effective inspection methods for the screening of urogenital tract-associated anomalies.Vaginoplasty mainly included simple vagina reconstruction with insertion of a mold (n=22) and split-thickness skin grafting (n=4).In 64％ of surgical patients,normal menstrual bleeding was achieved.Four of the patients subsequently became pregnant and delivered at term.Primary amenorrhea,periodic abdominalgia and abdominal pain are the main reasons for the post pubertal patients to visit doctors.Surgical methods can successfully provide these patients an opportunity for subsequent conservative management,can result in normal menstrual bleeding,resolve cyclic pelvic pain,and provide some potential for fertility.
RESUMO
Under normal circumstances, the gut microbiota and the proportion of symbiotic bacteria, probiotics, and pathogens re-main relatively stable, but dysbiosis in the gut can change not only the physiological environment of the intestine but also the physio-logical state of some distant tissues and organs. This condition can even lead to tumor development. Gut-brain axis is a pathway through which gut microbiota can influence tumor growth and is associated with other pathways, such as immune, metabolic, neuro-endocrine, and vagal neural pathways. This paper reports the relationship between tumor growth and microbial groups in the gut and the mechanisms of gut dysbiosis inducing a chronic stress state via the gut–brain axis, which affects tumor development. This paper also presents the role of gut microbiota in tumor treatment.
RESUMO
Under normal circumstances, the gut microbiota and the proportion of symbiotic bacteria, probiotics, and pathogens re-main relatively stable, but dysbiosis in the gut can change not only the physiological environment of the intestine but also the physio-logical state of some distant tissues and organs. This condition can even lead to tumor development. Gut-brain axis is a pathway through which gut microbiota can influence tumor growth and is associated with other pathways, such as immune, metabolic, neuro-endocrine, and vagal neural pathways. This paper reports the relationship between tumor growth and microbial groups in the gut and the mechanisms of gut dysbiosis inducing a chronic stress state via the gut–brain axis, which affects tumor development. This paper also presents the role of gut microbiota in tumor treatment.