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- W2017206183 abstract "Magnetic resonance (MR) techniques are attractive for use in the developing brain because of their resolving power and their relative noninvasiveness. Their ability to provide detailed structural as well as metabolic and functional information without the use of ionizing radiation is unique. Conventional MR Imaging has widely proven its potential for identifying normal and pathologic brain morphology. Functional MR imaging such as diffusion-weighted imaging (DWI) and perfusion and blood-oxygenation-dependent BOLD imaging are newer imaging methods providing insights into brain physiology. This review will focus on the application of different MR techniques including the conventional structural MR imaging techniques and the more advanced MR techniques, such as the quantitative morphometric MR methods, the diffusion weighted MR techniques, the functional MR techniques and MR spectroscopy in the study of the fetal and newborn brain." @default.
- W2017206183 created "2016-06-24" @default.
- W2017206183 creator A5072261551 @default.
- W2017206183 creator A5084831116 @default.
- W2017206183 date "2001-04-01" @default.
- W2017206183 modified "2023-09-25" @default.
- W2017206183 title "Magnetic resonance techniques in the evaluation of the perinatal brain: recent advances and future directions" @default.
- W2017206183 cites W1514552878 @default.
- W2017206183 cites W1606131697 @default.
- W2017206183 cites W1967193501 @default.
- W2017206183 cites W1968798170 @default.
- W2017206183 cites W1969348807 @default.
- W2017206183 cites W1969432296 @default.
- W2017206183 cites W1971265802 @default.
- W2017206183 cites W1973481710 @default.
- W2017206183 cites W1974952461 @default.
- W2017206183 cites W1974953454 @default.
- W2017206183 cites W1977164349 @default.
- W2017206183 cites W1977678763 @default.
- W2017206183 cites W1984111997 @default.
- W2017206183 cites W1985028019 @default.
- W2017206183 cites W1985865393 @default.
- W2017206183 cites W1988183526 @default.
- W2017206183 cites W1991298294 @default.
- W2017206183 cites W1992182372 @default.
- W2017206183 cites W1993374579 @default.
- W2017206183 cites W1995389789 @default.
- W2017206183 cites W1995605620 @default.
- W2017206183 cites W1995868782 @default.
- W2017206183 cites W1998328043 @default.
- W2017206183 cites W2000547934 @default.
- W2017206183 cites W2001679696 @default.
- W2017206183 cites W2001772190 @default.
- W2017206183 cites W2003381811 @default.
- W2017206183 cites W2007156170 @default.
- W2017206183 cites W2007500561 @default.
- W2017206183 cites W2009914658 @default.
- W2017206183 cites W2015169295 @default.
- W2017206183 cites W2015565546 @default.
- W2017206183 cites W2017258189 @default.
- W2017206183 cites W2023499595 @default.
- W2017206183 cites W2029529956 @default.
- W2017206183 cites W2031843509 @default.
- W2017206183 cites W2032023523 @default.
- W2017206183 cites W2032586760 @default.
- W2017206183 cites W2033243512 @default.
- W2017206183 cites W2037781780 @default.
- W2017206183 cites W2039438986 @default.
- W2017206183 cites W2042567711 @default.
- W2017206183 cites W2042878510 @default.
- W2017206183 cites W2044420453 @default.
- W2017206183 cites W2045290032 @default.
- W2017206183 cites W2045665759 @default.
- W2017206183 cites W2046021255 @default.
- W2017206183 cites W2047468835 @default.
- W2017206183 cites W2050139274 @default.
- W2017206183 cites W2050717100 @default.
- W2017206183 cites W2052563473 @default.
- W2017206183 cites W2052726336 @default.
- W2017206183 cites W2054244497 @default.
- W2017206183 cites W2055780301 @default.
- W2017206183 cites W2056822843 @default.
- W2017206183 cites W2058986306 @default.
- W2017206183 cites W2065834493 @default.
- W2017206183 cites W2068515283 @default.
- W2017206183 cites W2070101406 @default.
- W2017206183 cites W2071714163 @default.
- W2017206183 cites W2074727541 @default.
- W2017206183 cites W2089607286 @default.
- W2017206183 cites W2090425187 @default.
- W2017206183 cites W2092179984 @default.
- W2017206183 cites W2092635505 @default.
- W2017206183 cites W2093077757 @default.
- W2017206183 cites W2094968408 @default.
- W2017206183 cites W2110431535 @default.
- W2017206183 cites W2111041043 @default.
- W2017206183 cites W2116016341 @default.
- W2017206183 cites W2117146200 @default.
- W2017206183 cites W2117236800 @default.
- W2017206183 cites W2117762692 @default.
- W2017206183 cites W2123421700 @default.
- W2017206183 cites W2139158372 @default.
- W2017206183 cites W2140099191 @default.
- W2017206183 cites W2144966005 @default.
- W2017206183 cites W2147897633 @default.
- W2017206183 cites W2149426796 @default.
- W2017206183 cites W2153883114 @default.
- W2017206183 cites W2170410512 @default.
- W2017206183 cites W2172217716 @default.
- W2017206183 cites W2230039371 @default.
- W2017206183 cites W2312604482 @default.
- W2017206183 cites W2330270139 @default.
- W2017206183 cites W4244089297 @default.
- W2017206183 cites W4250501032 @default.
- W2017206183 doi "https://doi.org/10.1053/siny.2001.0039" @default.
- W2017206183 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/11483024" @default.
- W2017206183 hasPublicationYear "2001" @default.
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