Role of Decapitation in Management of A Case of Complete Shoulder Dystocia with Rupture Uterus - A Case Report

Complete Shoulder dystocia in the presence of scarred uterus is an acute obstetrical emergency and if not properly handled can lead to serious fetal and maternal complications. A G5P4AO previous II cesarean sections, presented in emergency after delivery of fetal head and impacted shoulders, at a small private clinic in a village, four hours back. On laparotomy, there was uterine rupture from the previous uterine scar along with posterior bladder wall rupture . The shoulder dystocia was relieved by decapitation and breech extraction abdominally. Subtotal hysterectomy and repair of the bladder wall was done. This case highlight the dilemma of lack of regular antenatal care and maternal education, malpractices by untrained health professionals and time lapse in referral system that is still a very serious and major issue in developing countries like Pakistan . Keywords: Shoulder dystocia, obstructed labor, and uterine rupture

Uterine rupture at the fundus during labor: A case report

Uterine rupture is a rare but catastrophic complication seen in obstetrical practice. The most crucial predisposing factor is previous caesarean scar and it is generally being reported during labor in patients with scarred uterus. Although rare, rupture of an unscarred uterus is one of the most terrible obstetric complications, resulting in maternal and fetal jeopardy. Shoulder dystocia is one of the most difficult complications of labour that is unpredictable and therefore unpreventable. In neglected cases, grave maternal complications like obstructed labour and rupture of uterus can occur. Very rarely, the reverse, uterine rupture leading to shoulder dystocia can also occur. The present case is reported to emphasize the importance of early recognition of this condition. A 32 year old gravida 5 para 2 live 2 abortion 2 with 9 month period of gestation presented to labor room with shoulder dystocia, with history of fundal pressure. After delivery of head, pain subsided and the trunk failed to deliver. Her previous two deliveries were by normal vaginal delivery 8 years and 5 years back respectively. She had previous two abortions 6 years and 3 years back respectively. Both were spontaneous expulsion followed by dilatation and curettage. On examination, clinical diagnosis of rupture uterus was made and patient was taken up for laparotomy. On laparotomy, fetal body and limbs along with the placenta was seen lying in the abdominal cavity and head was in uterus. Baby of 2.34 kg was extracted as breech. A linear rupture of around 10-12 centimeter was present at fundo-posterior region. Uterus was repaired in 3 layers and bilateral tubal ligation was done. Patient was discharged on post- operative day 10 without any complications.In women with high risk for uterine rupture, delivery must be conducted at tertiary hospitals where facilities for emergency caesarean is available. In these patients, if shoulder dystocia occurs, rupture of the uterus must be suspected as an underlying cause. Assisted fundal pressure during delivery can result in trauma even to the unscarred uterus and cause traumatic uterine rupture. Early diagnosis is vital if maternal morbidity is to be reduced.

Intrauterine fetal death followed by shoulder dystocia and birth by modified posterior axillary sling method: a case report

Background Various manoeuvres such as McRoberts position, suprapubic pressure, rotational methods, posterior arm extraction and all-four position (HELPERR) have been proposed for relieving shoulder dystocia with variable success. Posterior axillary sling method using a rubber catheter was proposed in 2009 but has not been widely used. We modified this method using ribbon gauzes and a long right-angle forceps and report a successful case. Case presentation A 44 years old parity one Chinese woman with a history of a caesarean delivery and poorly controlled type 2 diabetes mellitus was admitted to the Accident and Emergency Department for advanced stage of labour at term. Upon arrival, intrauterine fetal demise was diagnosed with severe asynclitism causing obstruction at the perineum. Episiotomy resulted in birth of the fetal head. The fetal posterior right shoulder, however, remained very high up in the pelvis and HELPERR methods failed to extract the shoulders. We then tied two long ribbon gauzes together, and guided its knot to the anterior aspect of the posterior axilla. By using a long right-angle forceps (24 cm long) to grasp the knot on the posterior side of the axilla and pulling it through, a sling was formed. Traction was then applied through the sling to simultaneously pull and rotate the posterior shoulder. A stillbirth of 3488 g was finally extracted. Conclusions We modified the sling method by using two ribbon gauzes, tied together and a right-angle forceps with several advantages. Compared to a rubber catheter, ribbon gauze with a knot can be easily held between the fingers for easy guidance past the fetal axilla. It is also thin, non-elastic and stiff enough to ensure a good grip for traction. The long and slim design of the right-angle forceps makes it easy to pass through a narrow space and reach the axilla high up in the pelvis. We emphasize simultaneous traction and rotation, so that the shoulders are delivered through the wider oblique pelvic outlet dimension.