We have developed a new surgical procedure for uterine prolapse of round ligament suspension to the psoas minor tendon by the use of a laparoscope. Here, we describe the new technique and report the outcome of surgery in three cases.　　Operative procedure: The fundus of the uterus is lifted back up to its natural position by fixing the round ligament of the uterus to the psoas minor tendon after incising the peritoneum covering psoas. It is important to use the tendon as a stronger reattachment site in addition to the psoas major muscle. The round ligament is tacked to the tendon by a 2-0 nonabsorbable suture on bilateral sides. The second suture may be added if the uterus is not appropriately lifted up by the first suture. The retroperioneum is closed by a continuous 3-0 absorbable suture after fixation.　　Cases: Two patients with severe uterine prolapse and one patient with a mild condition went through the operation safely and have experienced no recurrence for 10 to 24 months. One severely ill patient complained about post -operative right inguinal pain early and another with the severe condition complained that something felt wrong with the right thigh.　　We propose the operation of laparoscopic round ligament psoas minor tendon-hitching as a safe and effective surgical treatment for uterine prolapse.

　　We researched intrauterine fetal death (IUFD) after 22 weeks of gestation from 2009 to 2014 in our departments. During this period, there were 6236 childbirths and 35 cases (0.56%) resulted in IUFD. We researched the background and causes of IUFD in these 35 cases. The median age was 34 years and advanced maternal age accounted for 48.6% of cases, while elderly primipara accounted for 20%. There were 5 cases (14.3%) of pregnancy after fertility treatment. The median gestational age when IUFD was recognized was 30 weeks, but the gestational age in 4 cases was unclear because of lack of antenatal check-ups. The main risk factors for IUFD were maternal age over 35 (0.95% to 0.40%) and lack of antenatal check-ups (3.7% to 0.5%). The major causes of IUFD were umbilical cord abnormalities (n=10) and placental abruption (n=8), but IUFD of unknown etiology accounted for about 30% of cases. We should better inform mothers about the importance of antenatal check-ups and manage pregnancies carefully for those who have risk factors for IUFD. Furthermore, we should increase research into the causes of stillbirths.

　　A major cause of pulmonary thromboembolism (PTE) is deep venous thrombosis (DVT). We report here a case of DVT in a 31-year-old woman during week 29 of her second pregnancy. At week 29, the patient noticed swelling of the left leg and pain in the groin after sitting. At almost week 30, walking became difficult due to pain and she was referred to hospital. Computed tomography (CT) revealed a thrombus from the left common iliac vein to the femoral vein and multiple thrombi in the right pulmonary artery. Blood testing showed elevated D-dimer (3.4μg/ml). Continuous intravenous unfractionated heparin was administered, and the dose was increased due to decreased activated partial thromboplastin time control. Despite conservative therapy for DVT, the thrombi showed no change since admission. At almost week 37, a temporary inferior vena cava filter (t-IVCF) was placed to prevent pulmonary thromboembolism, and she had an uneventful delivery of a baby by Caesarean section. Warfarin was administered postpartum. The t-IVCF was removed 4 days after delivery, and the patient was discharged 10 days after delivery. Within the field of obstetrics, the need for IVCF insertion should be considered on an individual case basis and should not be viewed as a standard option.