Obstetric hemorrhage in resource-limited locations: A quality improvement project after adoption of abdominopelvic compression devices.

OBJECTIVE: To evaluate obstetric hemorrhage outcomes and present data specific to adoption of pneumatic circumferential abdominopelvic compression devices. METHODS: Two resource-limited locations added low-cost pneumatic compression devices to their standard protocols for obstetric hemorrhage between 2010 and 2019. Providers in rural Nepal and Papua New Guinea used devices that incorporated a bicycle tube or soccer ball ("Ball and Binder") to provide abdominopelvic pressure after all available routine treatments had failed. Data were collected during the entire period as part of ongoing obstetric quality improvement. Data presented include obstetric event, etiology of bleeding, need for surgery, transfusion, transport, length of transports, maternal survival, and complications. RESULTS: Circumferential abdominopelvic compression was used 106 times. The devices were used primarily after vaginal birth with atony, but also for obstetrical lacerations, miscarriages, and post-abortion bleeding. In all cases the bleeding stopped "promptly." All women survived, none required hysterectomy, and no complications were reported resulting from device use. Only 15 (14%) patients were transported to a referral hospital. CONCLUSION: In this quality improvement project, obstetric hemorrhage was controlled when circumferential pressure was applied after usual care had failed.

An inexpensive device to treat postpartum hemorrhage: a preliminary proof of concept study of health provider opinion and training in Nepal.

BACKGROUND: Obstetric hemorrhage remains the leading cause of maternal mortality in resource limited areas. An inexpensive pneumatic anti-shock garment was devised of bicycle tubes and tailored cloth which can be prepared from local materials in resource-limited settings. The main purposes of this study were: 1) to determine acceptability of the device by nurses and midwives and obtain suggestions for making the device more suitable for use in their particular work environments, 2) to determine whether a three hour training course provided adequate instruction in the use of this device for the application of circumferential abdominal pelvic pressure, and 3) determine production capability and cost in a resource-limited country. METHODS: Fifty-eight nurse and midwife participants took part in three sessions over eight months in Nepal. Correct device placement was assessed on non-pregnant participants using ultrasound measurement of distal aortic flow before and after device inflation, and analyzed using confidence intervals. Participants were surveyed to determine acceptability of the device, obtain suggestions for improvement, and to collect data on clinical use. RESULTS: Device placement achieved flow decreases with a mean of 39% (95% CI 25%-53%, p < 0.001) in the first session, 28% (95% CI 21%-33%, P < 0.001) after four months and 29% (95% CI 24%-34%, p < 0.001) at 8 months. All nurses and midwives thought the device would be acceptable for use in obstetric hemorrhage and that they could make, clean, and apply it. They quickly learned to apply the device, remembered how to apply it, and were willing and able to use the device clinically. Ten providers used the device, each on one patient, to treat obstetric hemorrhage after routine measures had failed; bleeding stopped promptly in all ten, two of whom were transported to the hospital. Production of devices in Kathmandu using local tailors and supplies cost approximately $40 per device, in a limited production setting. CONCLUSIONS: Preliminary data suggest that an inexpensive, easily-made device is potentially an appropriate addition to current obstetric hemorrhage treatment in resource-limited areas and that further study is warranted.

Use of an improvised pneumatic anti-shock garment and a non-pneumatic anti-shock garment to control pelvic blood flow.

BACKGROUND: Pelvic bleeding from trauma and postpartum hemorrhage is often difficult to treat successfully by emergency providers particularly in low resource environments, when hospital presentation is delayed or there is a lack of immediate surgical, anesthesia, and transfusion capabilities. Pneumatic anti-shock garments (PASG) decrease pelvic blood flow and hemorrhage. A tightly fitted neoprene non-pneumatic anti-shock garment (NASG) has been shown to decrease blood loss and improve survival rates from postpartum hemorrhage. AIMS: The objective of this study was to determine whether blood flow to the pelvis is decreased by use of the NASG or by an improvised PASG. METHODS: A PASG was made using three bicycle tubes, placing one tube on each leg and one on the lower abdomen/pelvis, wrapping firmly with sheets and inflating the tubes to approximately 3.5 bar (45 psi). A Doppler ultrasound was used to measure distal aortic blood flow in 12 healthy adults at baseline and in both devices. Data were analyzed with one sample and paired t tests. RESULTS: Mean flow was 1.99 l/min at baseline. Mean flow decrease was 1.11 [95% confidence interval (CI): 0.64-1.57, p = 0.0003 for the difference] for the PASG and 0.65 (95% CI: 0.03-1.26, p = 0.04) for the NASG. The PASG decreased blood flow more than the NASG (mean difference: 0.46, 95% CI: 0.02-0.90, p = 0.04). CONCLUSIONS: Both devices decreased distal aortic blood flow, but the improvised PASG device decreased it by a larger margin.