View clinical trials related to Lactation.
Filter by:Quantification of Ketamine in Breast Milk at 3 hour Intervals up to 30 hours-- obtained from lactating women who receive 2 different Intramuscular injections of ketamine on two separate days at least 5 days apart.
This purpose of this study is to investigate whether lactation improves insulin sensitivity and increases lipolysis in women.
The aim of the present study is to evaluate the effect of consumption during pregnancy and the lactation period of the probiotic L. fermentum CECT5716 on the incidence of mastitis. Bacterial load and immunological parameters in breast milk, parameters related to breastfeeding as well as health parameters of the mother and baby will also be evaluated.
The purpose of this study is to determine whether the use of domperidone is associated with an increased risk of serious cardiac events among postpartum women in the six months following delivery. The hypothesis is that the use of domperidone will be associated with an increased risk of serious cardiac events among postpartum women. The investigators will carry out separate population-based cohort studies using health care databases in five Canadian provinces. Women with live births will be eligible to enter the cohort. We will identify all women who start domperidone during the six months following delivery and match them to similar women who do not start domperidone, with all included women followed until the occurrence of an adverse cardiac event or for up to six months after delivery. The results from the separate sites will be combined to provide an overall assessment of the risk of serious cardiac events in users of domperidone.
We will enroll 1010 mother-infant dyads in a randomized trial exploring the effect of distribution of the pacifier during the first days of life on breastfeeding prevalence and duration. .
Our long term hypothesis is that giving premature infants breast milk that was pumped during the night and has high concentration of melatonin will improve outcome of several clinical conditions related to premature infants. Prior to testing this, we need to learn the pharmacokinetics of melatonin in vitro. In this preliminary research we would like to check the levels of melatonin in breast milk pumped during the night, and evaluate the rate of degradation of the melatonin to determine the half life of melatonin in pumped breast milk (in vitro).
The aim of this study is to function as a pilot study in evaluating the effects of auricular therapy (AT) on lactation for women in the immediate post cesarean period while examining the feasibility of the three-parallel-arm, sham-controlled randomized design. The study hypothesizes that post cesarean women who receive AT with standard care for 96 hours postpartum have earlier onset of lactogenesis II and larger milk production when compared with women who receive sham AT with standard care or standard care alone.
The purpose of this study is to investigate the efficacy of breast drainage of the healthy breast with the new Medela pump set breast shield (Brownie). The objective of the study is to verify the Brownie breast shield to be non-inferior to the current PersonalFit breast shield in emptying the healthy lactating breast.
The majority of pregnant women in the United States are either overweight or obese at conception with their offspring having greater adiposity at birth, a 2-fold greater risk of later obesity and neonatal insulin resistance. Conventional wisdom holds that breast-milk composition is uniform; recently our group has questioned this. An increase in consumption of dietary sugars including fructose over the past 30 years has risen, and this has been associated with chronic metabolic and endocrine disorders and phenotypic alterations that promote obesity and diabetes. However, no prior studies have examined how maternal increases of sugars/fructose during lactation affects breast-milk composition with potential transmission to the infant. The objective of this proposal is to comprehensively assess the presence and pharmacokinetics of sugars, including fructose in human breast-milk in response to maternal consumption. The central hypothesis is that a graded, dose-response relationship be-tween maternal adiposity and sugar concentrations in breast-milk exist and that milk fructose concentrations are associated with altered body composition in the first months of life. This proposal, guided by compelling preliminary data will examine the evidence linking high intakes of milk fructose with altered metabolism and early obesity by pursuing two Specific Aims: 1) Test novel relationships between breast-milk sugars and changes in infant fat mass and 2) Characterize the pharmacokinetics of milk sugars after consuming a 20 oz. cola. These aims are significant given the intractability of obesity/diabetes and a potentially identifiable novel target, making for a clear but powerful public message to reduce sugary beverage consumption during lactation.
Some medications taken by the breastfeeding women are excreted into milk, posing a potential risk of toxicity to the infant. The first line of evidence required for toxicity risk assessment is prediction of drug levels in milk. However, pharmacokinetic (PK) information of drug excretion into milk is largely lacking, or limited to data from case reports. This makes it difficult to provide population-level prediction of drug levels in milk. The lack of data on this topic jeopardizes not only maternal adherence to drug therapy during breastfeeding but also establishment of breastfeeding, even if the drug is considered safe during nursing. Clearly, this clinical problem in drug safety is an important women's health issue, affecting both mother and infant. "Drugs in Lactation" Analysis Consortium (DLAC) is a "drug-in-milk" monitoring network, which is designed as a platform for efficient collection of patient milk samples in a real world setting to generate population predictions of drug excretion levels into human milk.