Active clinical trials for "Premature Birth"

Threatened preterm labor (TPL) is defined by cervical changes and regular and painful uterine contractions occurring between 24 and 36 + 6 weeks of gestation that may or may not lead to premature labor and delivery. There is no reliable way to predict preterm delivery. The study's hypothesis is that the Premaquick® test can improve the prediction of preterm delivery. The investigators also want to compare this test with the Partosure® (Placental alpha microglobulin-1) test.

The study aims to assess the incidence and the risk factors of nephrocalcinosis in very preterm infants using patient data collected during hospitalisation at the Neonatology Centre.

20 parents with healthy preterm infants (born at <37 weeks of gestation), age 0-6 months and discharged from the hospital at time of enrollment and 20 parents with healthy full-term infants (born at ≥37 weeks of gestation), age 0-6 months and discharged from the hospital at time of enrollment will be enrolled to obtain records of sleep, stress, and infant nutrition from parents of infants (preterm and full-term) through interaction with the study chatbot.

Two hundred and twenty women with singleton pregnancies and risk factors for spontaneous preterm birth were included in this study. Cervico vaginal fluid sampling was undertaken for qualitative assessment of β -human chorionic gonadotropin (β-hCG) and fetal fibronectin(fFN)at 24 weeks of gestation. For qualitative assay of both b-hCG and fFN, first vaginal specimens were collected by the following method: Specimen collection A sterile Cusco speculum was introduced into the vagina; the anterior lip of the cervix was grasped with sponge forceps and a cotton-tipped swab was placed into the external part of the endocervical canal (not reaching the internal os) and then into the posterior fornix (each for at least 1 min) to obtain an adequate sample of cervico vaginal secretions. Sampling was performed before doing any cervical manipulation (digital or ultrasound examination) and before introducing any vaginal material (lubricants or medications). The Hologic Specimen Collection Kit is the only acceptable specimen collection system which can be used to collect specimens for this assay. The polyester tipped swab provided in the Specimen Collection Kit should be inserted into the vagina and lightly rotated across the posterior fornix for approximately 10 seconds to absorb the cervico vaginal secretions. Once the specimen is obtained, carefully remove the swab from the vagina and place it into the tube of buffer provided with the Specimen Collection Kit. Two Specimen Collection Device per patient were obtained; one for each assay. Label the Specimen Transport Tubes with the patient's name and any other identifying information required. All women were then followed up till delivery. Women were categorized into two arms: women who delivered preterm (before 37 completed weeks of gestation) and women who delivered at term (after 37 completed weeks of gestation).

25 women with Premature Ovarian Failure who attended Fayoum university hospital gynecology outpatient clinic (case group) and another group of 25 women with normal ovarian function (control group). *Pelvic laparoscopy and ovarian biopsy will be done ovarian biopsy preparation For assessment of autoimmune oophoritis, sections were immunostained with anti-LCA (CD45) monoclonal antibody

to test the hypothesis that activity restriction in women with singleton gestations and with arrested PTL would reduce the rate of PTB.

Depending on their gestational age, preterm infants need several weeks with different types of breathing-support due to immature development of the lungs, respiratory muscles, chest-wall and respiratory center in the brain. WHO's recommendation on interventions to improve preterm birth outcomes underline the need for more research on respiratory support in infants born preterm. This study will test inter-rater and intra-rater reliability of the Silverman-Andersen Retraction Score, which is a systematic clinical scoring tool for the respiratory work and the severity of respiratory distress in preterm infants. It will examine if there is consistency in the assessments done by doctors and nurses, and also if the observations correlate with technological monitoring. This easy to use scoring tool will help to determine the grade of respiratory distress, to assess respiratory exacerbation, to decide when to start weaning from respiratory support, and to give the best respiratory treatment to the child. This study will contribute to optimize care for preterm infants with respiratory distress.

The first part involved 120 children in grades II and III of elementary schools. From this group, children were qualified for the second part of the study - 35 randomly selected children born on time (BoT) and 35 children born before 35 weeks of pregnancy (PB). EUROFIT tests, Vienna Tests and postural stability tests were carried out in both groups.

Crying is a survival mechanism for babies and their almost exclusive means of expression until the age of 4 months. Babies 'cry is mostly related to pain, a feeling of hunger, discomfort or separation following the departure of a parent around. Crying is a complex but essential means of communication and information between a baby and his parents that raises the question of their meaning. Very few longitudinal studies have been produced on preterm's crying. As the term approaches, the characteristics of preterm babies' crying are similar to those of term infants. But these studies date back more than 30 years and are obsolete in terms of the quality and performance of sound recording equipment and signal processing. No study has looked at the genesis of the cry itself and the varieties of the cry of the preterm baby, depending on whether it was in a situation of hunger, pain, discomfort (bath).

Interpreting the cry of new-borns is a real challenge not only for perinatal professionals but also for parents, who are confronted daily with those sounds. The description and the acoustic analysis of baby's cry can allow healthcare professionals to better adapt their care during the first months of life. Thanks to an objective analysis method as acoustic analysis, the particularities of the first cry should provide us information on the quality of adaptation to ambient air life.