Brain injury in premature infants is characterized predominantly by perinatally acquired lesions in the cerebral white matter (WM). The impact of such injury on the subsequent development of cerebral WM is not clear. This study uses diffusion tensor magnetic resonance imaging (MRI) to evaluate the effects of cerebral WM injury on subsequent microstructural brain development in different WM areas of the brain
Introduction: Early white matter (WM) injury affects brain maturation in preterm infants as revealed...
The cerebral white matter is vulnerable to injury in very preterm infants (born prior to 30 weeks ge...
textabstractPreterm infants are born during a critical period of brain maturation, in which even sub...
Diffusion tensor MRI was used to evaluate the effects of cerebral white matter (WM) injury on subseq...
Alterations of the architecture of cerebral white matter in the developing human brain can affect co...
InroductionWhite matter injury and abnormal maturation are thought to be major contributors to the n...
Brain anatomy is characterized by dramatic growth from the end of the second trimester through the n...
To identify perinatal clinical antecedents of white matter microstructural abnormalities in extremel...
Twenty-seven preterm infants were compared to 10 full-term infants at term equivalent age using a vo...
White matter injury and abnormal maturation are thought to be major contributors to the neurodevelop...
Title from first page of PDF file (viewed November 22, 2010)Includes bibliographical references (p. ...
Understanding early human brain development is of great clinical importance, as many neurological an...
Significant human brain growth occurs during the third trimester, with a doubling of whole brain vol...
Despite the advances in neonatal intensive care, the preterm brain remains vulnerable to white matte...
<div><p>The cerebral white matter is vulnerable to injury in very preterm infants (born prior to 30 ...
Introduction: Early white matter (WM) injury affects brain maturation in preterm infants as revealed...
The cerebral white matter is vulnerable to injury in very preterm infants (born prior to 30 weeks ge...
textabstractPreterm infants are born during a critical period of brain maturation, in which even sub...
Diffusion tensor MRI was used to evaluate the effects of cerebral white matter (WM) injury on subseq...
Alterations of the architecture of cerebral white matter in the developing human brain can affect co...
InroductionWhite matter injury and abnormal maturation are thought to be major contributors to the n...
Brain anatomy is characterized by dramatic growth from the end of the second trimester through the n...
To identify perinatal clinical antecedents of white matter microstructural abnormalities in extremel...
Twenty-seven preterm infants were compared to 10 full-term infants at term equivalent age using a vo...
White matter injury and abnormal maturation are thought to be major contributors to the neurodevelop...
Title from first page of PDF file (viewed November 22, 2010)Includes bibliographical references (p. ...
Understanding early human brain development is of great clinical importance, as many neurological an...
Significant human brain growth occurs during the third trimester, with a doubling of whole brain vol...
Despite the advances in neonatal intensive care, the preterm brain remains vulnerable to white matte...
<div><p>The cerebral white matter is vulnerable to injury in very preterm infants (born prior to 30 ...
Introduction: Early white matter (WM) injury affects brain maturation in preterm infants as revealed...
The cerebral white matter is vulnerable to injury in very preterm infants (born prior to 30 weeks ge...
textabstractPreterm infants are born during a critical period of brain maturation, in which even sub...