Cranial ultrasound is used routinely to examine the brains of prematurely born infants. Our novel study indicates that diagnostic levels of ultrasound are capable of inducing inflammation in the brain without sufficient knowledge by operators on strategies to reduce such potentially adverse effects. The critical factor in determining the likelihood of inducing a bioeffect is the overall duration of exposure. Yet, this is not recognised by governing bodies or operators. These findings call for urgent further research in order to establish safety protocols for neonatal cranial scans
BACKGROUND: Abnormal cerebral perfusion during the first days of life in preterm infants is associat...
Summary: This paper describes an infant whose cranial ultrasound scan showed marked unilateral cereb...
Background:Abnormal cerebral perfusion during the first days of life in preterm infants is associate...
Background: Cranial ultrasound becomes an important diagnostic tool to evaluate brain injury in infa...
Cranial ultrasound (CUS) is a reputable tool for brain imaging in critically ill neonates. It is saf...
Background: Cranial ultrasonography is an easily accessible, well-accepted, first-line imaging modal...
Neonatal ultrasonography entails potential procedural hazards to the newborn infant. When performing...
Cranial ultrasonography is frequently used in the neonatal intensive care unit to screen for cranial...
Timely detection of severe infratentorial hemorrhage in neonates is crucial, especially in case of l...
Cranial Ultrasound (cUS) may not be sensitive enough to detect subtle white matter (WM) injuries. Ou...
AIM Diffuse white matter injury is not well detected by cranial ultrasonography (CUS). The aim of th...
The neurodevelopmental outcome of the extremely preterm infant cannot be pre-dicted solely from birt...
The cost effectiveness of performing routine neonatal cranial ultrasound scans to diagnose intravent...
Background Full-term neonates may have asymptomatic cranial injuries at birth and head ultrasound sc...
Survival rates of extremely preterm infants have risen dramatically, paralleling improvements in pre...
BACKGROUND: Abnormal cerebral perfusion during the first days of life in preterm infants is associat...
Summary: This paper describes an infant whose cranial ultrasound scan showed marked unilateral cereb...
Background:Abnormal cerebral perfusion during the first days of life in preterm infants is associate...
Background: Cranial ultrasound becomes an important diagnostic tool to evaluate brain injury in infa...
Cranial ultrasound (CUS) is a reputable tool for brain imaging in critically ill neonates. It is saf...
Background: Cranial ultrasonography is an easily accessible, well-accepted, first-line imaging modal...
Neonatal ultrasonography entails potential procedural hazards to the newborn infant. When performing...
Cranial ultrasonography is frequently used in the neonatal intensive care unit to screen for cranial...
Timely detection of severe infratentorial hemorrhage in neonates is crucial, especially in case of l...
Cranial Ultrasound (cUS) may not be sensitive enough to detect subtle white matter (WM) injuries. Ou...
AIM Diffuse white matter injury is not well detected by cranial ultrasonography (CUS). The aim of th...
The neurodevelopmental outcome of the extremely preterm infant cannot be pre-dicted solely from birt...
The cost effectiveness of performing routine neonatal cranial ultrasound scans to diagnose intravent...
Background Full-term neonates may have asymptomatic cranial injuries at birth and head ultrasound sc...
Survival rates of extremely preterm infants have risen dramatically, paralleling improvements in pre...
BACKGROUND: Abnormal cerebral perfusion during the first days of life in preterm infants is associat...
Summary: This paper describes an infant whose cranial ultrasound scan showed marked unilateral cereb...
Background:Abnormal cerebral perfusion during the first days of life in preterm infants is associate...