Functional Brain Imaging |
From inside the book
Results 1-3 of 58
Page 51
The largest diencephalic structure is the thalamus , which is actually a collection
of small nuclei ( Fig . 2-55 ) . Six separate nuclear groups can be identified in the
thalamus of each hemisphere . These are the ( 1 ) anterior group , ( 2 ) lateral ...
The largest diencephalic structure is the thalamus , which is actually a collection
of small nuclei ( Fig . 2-55 ) . Six separate nuclear groups can be identified in the
thalamus of each hemisphere . These are the ( 1 ) anterior group , ( 2 ) lateral ...
Page 78
Cerebral cortex Corticospinal lateral Areas 6,4,1,2,3,5,7 Lateral
Crossedpyramidal Dorsal horn , lateral intermediate zone , ventral horn Ventral
Areas 6,4 Uncrossed * Ventral Sensory control , voluntary movement ( limb
muscles ) Voluntary ...
Cerebral cortex Corticospinal lateral Areas 6,4,1,2,3,5,7 Lateral
Crossedpyramidal Dorsal horn , lateral intermediate zone , ventral horn Ventral
Areas 6,4 Uncrossed * Ventral Sensory control , voluntary movement ( limb
muscles ) Voluntary ...
Page 79
... motor projections for control of voluntary movement . A , Lateral corticospinal
tract ; B , rubrospinal tract . Primary somatic sensory cortex Fig . 2-83 . Lateral and
Chapter 2 79 Introduction to Functional Neuroimaging : Functional
Neuroanatomy.
... motor projections for control of voluntary movement . A , Lateral corticospinal
tract ; B , rubrospinal tract . Primary somatic sensory cortex Fig . 2-83 . Lateral and
Chapter 2 79 Introduction to Functional Neuroimaging : Functional
Neuroanatomy.
What people are saying - Write a review
We haven't found any reviews in the usual places.
Contents
Introduction to Brain Imaging | 1 |
Computerized Axial Tomography | 97 |
Magnetic Resonance Imaging | 145 |
Copyright | |
6 other sections not shown
Other editions - View all
Functional Brain Imaging William W. Orrison,Jeffrey Lewine,John Sanders,Michael F. Hartshorne Limited preview - 2017 |
Common terms and phrases
abnormal activity additional agents allow appearance applications arterial associated blood flow brain cause cells central cerebral changes clinical complex components computed concentration considered contrast cortex cortical decreased demonstrating depends detection diffusion direction disease echo effects emission et al evoked FMRI frequency functional glucose gradient human imaging important increased indicator injection intensity lateral less levels limited localization Magn Reson magnetic field mapping matter measured membrane methods motor nerve neurons normal Nucl nuclei object observed obtained occur oxygen particular patients pattern peak perfusion phase potential primary processing produce projections pulse recorded regions relative relaxation resolution response scan sensitivity sequences shift signal significant space spatial SPECT stimulation strength structure studies techniques temporal tion tissue tomography tumors typically visual volume York