Effect of alternatively designed hospital birthing rooms on the rate of vaginal births: Multicentre randomised controlled trial Be-Up.

BACKGROUND: There is limited research into the effects of the birth environment on birth outcomes. AIM: To investigate the effect of a hospital birthing room designed to encourage mobility, self-determination and uptake of upright maternal positions in labour on the rate of vaginal births. METHODS: The multicentre randomised controlled trial Be-Up, conducted from April 2018 to May 2021 in 22 hospitals in Germany, included 3719 pregnant women with a singleton pregnancy in cephalic position at term. In the intervention birthing room, the bed was removed or covered in a corner of the room and materials were provided to promote upright maternal positions, physical mobility and self-determination. No changes were made in the control birthing room. The primary outcome was probability of vaginal births; secondary outcomes were episiotomy, perineal tears degree 3 and 4, epidural anaesthesia, "critical outcome of newborns at term", and maternal self-determination (LAS). ANALYSIS: intention-to-treat. FINDINGS: The rate of vaginal births was 89.1 % (95 % CI 87.5-90.4%; n = 1836) in the intervention group and 88.5 % (95 % CI 87.0-89.9 %; n = 1863) in the control group. The risk difference in the probability of vaginal birth was + 0.54 % (95 % CI - 1.49 % to 2.57 %), the odds ratio was 1.06 (95 % CI 0.86-1.30). Neither the secondary endpoints nor serious adverse events showed significant differences. Regardless of group assignment, there was a significant association between upright maternal body position and maternal self-determination. CONCLUSION: The increased vaginal birth rates in both comparison groups can be explained by the high motivation of the women and the staff.

Treatment of mid-trimester preterm premature rupture of membranes (PPROM) with multi-resistant bacteria-colonized anhydramnion with continuous amnioinfusion and meropenem: a case report and literature review.

PURPOSE: Treatment of mid-trimester classic preterm premature rupture of membranes (PPROM) with systemic antibiotics has limited success in the prevention of chorioamnionitis, funisitis and fetal inflammatory response syndrome because of very low transplacental passage. METHODS: Here we report a case of PPROM at 18 weeks gestation with anhydramnion colonized by multi-resistant Escherichia coli (E. coli). A catheter system was implanted at 23/2nd weeks gestation, enabling long-term continuous lavage of the amniotic cavity with Amnion Flush Solution (100 ml/h combined with intraamniotic meropenem application). RESULTS: The patient gave birth to a preterm male infant at 28/3rd without any signs of infection. In a follow-up examination at 24 months, there was no neurological disturbance or developmental delay. CONCLUSION: The classic PPROM with multi-resistant E. coli colonization could be treated with continuous amnioinfusion and meropenem.

MALARIA DIAGNOSIS BY LOOP-MEDIATED ISOTHERMAL AMPLIFICATION (LAMP) IN THAILAND.

The loop-mediated isothermal amplification method (LAMP) is a recently developed molecular technique that amplifies nucleic acid under isothermal conditions. For malaria diagnosis, 150 blood samples from consecutive febrile malaria patients, and healthy subjects were screened in Thailand. Each sample was diagnosed by LAMP, microscopy and nested polymerase chain reaction (nPCR), using nPCR as the gold standard. Malaria LAMP was performed using Plasmodiumgenus and Plasmodium falciparum specific assays in parallel. For the genus Plasmodium, microscopy showed a sensitivity and specificity of 100%, while LAMP presented 99% of sensitivity and 93% of specificity. For P. falciparum, microscopy had a sensitivity of 95%, and LAMP of 90%, regarding the specificity; and microscopy presented 93% and LAMP 97% of specificity. The results of the genus-specific LAMP technique were highly consistent with those of nPCR and the sensitivity of P. falciparum detection was only marginally lower.