Objective: The aim of the present study was to compare the total body fat mass and the intra-abdominal adipose tissue between preterm infants assessed at term corrected age and full-term newborns. Methods: An observational explorative study was conducted. 25 preterm and 10 full term infants were evaluated at 0-1 month of corrected and postnatal age, respectively. The total body fat mass was assessed by means of an air displacement plethysmography system (Pea Pod COSMED, USA) and the intra-abdominal adipose tissue by means of magnetic resonance imaging (software program SliceOMatic, Version 4.3,Tomovision, Canada). Results: Total body fat mass (g) of preterm and term infants was 633 (±183) and 538 (±203) respectively while intra-abdominal fa...
Background: The American Academy of Pediatrics (AAP) recommends that preterm infants' growth duplica...
OBJECTIVE Postnatal tissue accretion in preterm infants differs from those in utero, affecting bo...
Infancy is a period of rapid adipose tissue accumulation, and influences during early development ar...
Background: Preterm infants may be at risk for altered adiposity, a known risk factor for unfavorabl...
Objective: To compare body composition and abdominal fat partitioning between 5- to 7-year old child...
The quantity and distribution of adipose tissue are markers of morbidity risk. The third trimester o...
Regional differences in adipose tissue distribution are associated with differences in adipocyte met...
BACKGROUND: The American Academy of Pediatrics (AAP) recommends that preterm infants' growth duplica...
BACKGROUND: Premature birth is associated with increased adipose deposition after birth. Standard an...
Other imaging techniques to quantify internal-abdominal adiposity (IA-AT) and subcutaneous-abdominal...
Objectives: Preterm infants may develop altered adiposity, a risk factor for metabolic syndrome. The...
OBJECTIVES: Aim of the present study was to test the hypothesis that the body composition of small f...
BACKGROUND: The American Academy of Pediatrics (AAP) recommends that preterm infants' growth duplica...
Other imaging techniques to quantify internal-abdominal adiposity (IA-AT) and subcutaneous-abdominal...
Objective: Postnatal tissue accretion in preterm infants differs from those in utero, affecting body...
Background: The American Academy of Pediatrics (AAP) recommends that preterm infants' growth duplica...
OBJECTIVE Postnatal tissue accretion in preterm infants differs from those in utero, affecting bo...
Infancy is a period of rapid adipose tissue accumulation, and influences during early development ar...
Background: Preterm infants may be at risk for altered adiposity, a known risk factor for unfavorabl...
Objective: To compare body composition and abdominal fat partitioning between 5- to 7-year old child...
The quantity and distribution of adipose tissue are markers of morbidity risk. The third trimester o...
Regional differences in adipose tissue distribution are associated with differences in adipocyte met...
BACKGROUND: The American Academy of Pediatrics (AAP) recommends that preterm infants' growth duplica...
BACKGROUND: Premature birth is associated with increased adipose deposition after birth. Standard an...
Other imaging techniques to quantify internal-abdominal adiposity (IA-AT) and subcutaneous-abdominal...
Objectives: Preterm infants may develop altered adiposity, a risk factor for metabolic syndrome. The...
OBJECTIVES: Aim of the present study was to test the hypothesis that the body composition of small f...
BACKGROUND: The American Academy of Pediatrics (AAP) recommends that preterm infants' growth duplica...
Other imaging techniques to quantify internal-abdominal adiposity (IA-AT) and subcutaneous-abdominal...
Objective: Postnatal tissue accretion in preterm infants differs from those in utero, affecting body...
Background: The American Academy of Pediatrics (AAP) recommends that preterm infants' growth duplica...
OBJECTIVE Postnatal tissue accretion in preterm infants differs from those in utero, affecting bo...
Infancy is a period of rapid adipose tissue accumulation, and influences during early development ar...