Heterotrophic bacterial growth on hoses in a neonatal water distribution system.

After preliminary tests indicated an increased number of heterotrophic bacteria, we investigated possible sources of contamination in a neonatal intensive care unit (NICU) water distribution system. Scanning electron microscopic examination of flexible metallic hoses associated with the system revealed the presence of a biofilm; partial 16S rDNA sequencing revealed that the biofilm contained Blastomonas natatoria. Purgation of the water system three times a day, reinforced faucet cleaning, decreasing the cold water temperature to 12 degrees , and six repeated chlorinations at concentrations as high as 2 mg/L were not sufficient to eradicate the bacterial contamination.

[Comparative study of results of pH-metry in function of its indication in infants].

A 24 hour pH-metry was performed in children younger than 3 months divided in 4 groups: group 1: 37 infants who presented an apparent life-threatening event (ALTE), group 2: 45 infants with an ALTE and chronic digestive symptoms (recurrent vomiting), group 3: 33 infants with digestive symptoms only, group 4: 32 sudden infant death syndrome (SIDS) siblings. The percent duration of oesophageal pH below 4 (% pH < 4) was measured during 24 hours and 12 nocturnal hours (8 PM-8 AM). In addition the mean duration of nocturnal episodes of reflux (MDNR) was calculated (duration of pH < 4 per 12 nocturnal hours/number of reflux episodes).

[Torticollis in children: do not forget the Sandifer syndrome].

We report a case of Sandifer syndrome with chronic torticollis and gastroesophageal reflux (GER). The infant exhibited regurgitations and vomiting from birth. Torticollis with a permanent tilt of the head towards the right developed at age six months.

["Genetic emergencies" in a pediatric intensive care service].

Case histories from the pediatric reanimation department (intubated children of 0 to 15) and neonatology of Renne's hospital are reviewed for the years 1987 and 1988. Among 1.555 admissions (486 in reanimation, 1069 in neonatology), 63, that is 4%, concerned the clinical geneticist.