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it was never easier

to look into the most fascinating and best organized organ

Discover

individual brain
in anatomical MNI space

Discover

average brain
in standard MNI space

Why standard MNI space?

The MNI – ICBM152 space (as we use it)

  • is the fastest procedure for interpretation of brain scans normalized to MNI space
  • provides good anatomical consistence between individual and average brain anatomy
  • has evolved as the golden standard for intersubject averaging of different brains
  • has been adopted by the International Consortium for Brain Mapping as standard template in SPM99 and later
  • allows the most accurate assessment of functional activations to brain morphology
  • is used in scientific publications and clinical routine

Features of the Atlas

  • Pocket Size
  • Standard (stereotaxic) MNI Space
  • Complete Brain with real Life 1:1 Measures
  • Sections in all Cardinal Planes (coronal, axial, sagittal)
  • About 500 single Structures distinguished
  • Detailed sulco-gyral Cortex Designations
  • Brodmann Areas delineated
  • Easy Reference to the histological Images of the "Atlas of the Human Brain"

How is it organized?

Sample pages

for the coronal, axial and sagittal sections

53 coronal sections
52 axial sections
36 sagital sections

CORTEX

It is not all about Cortex

also Subcortex and Brainstem are presented in meticulous Detail

Each drawing in the atlas shows the delineation of individual anatomical structures representing their cross-sectional area of the corresponding 3D model.


Target Audience

The book has been designed for easy reference and interpretation of medical and scientific MR-images.

It is intended for early career and advanced medical students with emphasis on anatomy’s relationship to radiology, for residents in radiology and neurology as well as for researchers in neuroscience.

Origin of the ICBM/MNI2009b space

  • The location of the MNI space origin does not match the center of the anterior commissure.
  • The center of the anterior commisure is located 4.5 mm inferior and 2.5 mm anterior to the origin of the MNI/ICBM2009b_sym stereotaxic space.
  • This space differs from the anatomical MNI/ICBM2009b space used for the construction of the Atlas of the Human Brain (Mai et al. 2016).

Correspondence between

the Atlas of the Human Brain in standard MNI space and the Atlas of the Human Brain in anatomical MNI space

Why to buy? This Atlas

  • provides you a remarkable new standardized tool for neuroimaging
  • supports you achieving interpretation of brain images faster and in a more controlled way
  • helps you identifying neighborhood relations of brain structures
  • allows better comparisons with other brains
  • shows you the same structure at the same coordinate point in all cardinal planes
  • facilitates easy reference to the histological images of the "Atlas of the Human Brain"
  • aids registration to information from published results

Buy now:

Sample Pages:

Download

Available at:

@Amazon.com

@Elsevier.com

Preview at:

@Google.com

See also:

Available at:

@Amazon.com

@Elsevier.com

Preview at:

@Google.com