000 | 02049cam a2200265 4500 | ||
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001 | 0122648404 | ||
008 | 060710t1997 xxu||||| |||| 00| 0 eng d | ||
020 | _a0122648404 | ||
100 | _aFrackowiak, R.S.J. (ed) | ||
245 | 0 | _aHuman brain function | |
260 |
_aSan Diego _bAcademic Press _c1997 |
||
300 | _a528; ill.,bibls.; BookFind | ||
505 | _aPrinciples and methods: Linking brain and behaviour, C. Frith; Analyzing brain images - principles and overview, K. Friston; Registering brain images to anatomy, J. Ashbumer, K. Friston; Characterizing brain images with the general linear model, A. Holmes et al; Making statistical inferences, J. Poline et al; Characterizing distributed functional systems, K. Friston; Characterizing functional integration, C. Buechel, K. Friston; A taxonomy of study design, K. Friston et al. Functional anatomy: Dynamism of a PET image - studies of visual function, S. Zeki; Mapping somatosensory systems, E. Paulesu, R. Frackowiak; Functional organization of the motor system, R. Passingham; The cerebral basis of functional recovery, R. Frackowiak; Functional anatomy of reading, C. Price; Higher cognitive processes, C. Frith, R. Dolan; Human memory systems, R. Dolan et al; Measuring neuromodulation with functional imaging, R. Dolan et al; Brain maps - linking the present with the future, J. Mazziotta et al; Functional imaging with magnetic resonance, R. Turner et al. | ||
520 | _aHardback | ||
520 | _aThis work examines methods and evidence from non-invasive brain mapping. Perception, motor action, language memory, higher function and brain plasticity are discussed. It also contains explanations of statistical parametric maps and covers the field of functional imaging and cognitive neuroscience. | ||
650 | _aBRAIN, physiology | ||
650 | _aBRAIN MAPPING | ||
650 | _aCOGNITION, physiology | ||
650 |
_aDIAGNOSTIC IMAGING _95876 |
||
700 | _aFriston, K.J. (ed) | ||
700 | _aFrith, C.D. (ed) | ||
700 | _aDolan, R.J. (ed) | ||
700 | _aMazziotta, J.C. (ed) | ||
999 |
_c79697 _d79697 |