Describe NeuroanatomyTutorial here.
The AC/PC line
The cerebellum
(Schmahmann, J.D., et al., Neuroimage, 1999, 10:233-260. )
The caudate, putamen, and ventral striatum (the most ventral outline).
In cortex, Brodmann areas are often used in conjunction with anatomical lables to help specify an area.
Brodmann areas: some common associated functions.
1, 2, 3 = primary sensory cortex
4 = motor cortex
5, 7 = secondary sensory cortex
6 = supplementary motor area (medial) and premotor cortex (lateral)
8 = frontal eye fields
9/46 = dorsolateral prefrontal cortex
10 = frontopolar cortex
11, 12 = orbitofrontal areas
17 = primary visual cortex
18, 19, 20, 21, 37 = secondary visual cortex
24, 32 = anterior cingulate cortex
41 = primary auditory cortex
22, 42 = secondary auditory cortex
39 = angular gyrus, part of Wernicke's area
40 = supramarginal gyrus, part of Wernicke's area
44/45 = Broca's Area
47 Ventrolateral prefrontal cortex
(13, 14, 15, 16, 27, 49, 50, 51 - monkey only)
Brodmann area 48 was described by Brodmann, but does not appear in his maps.
The pre-supplementary motor area/sma: medial Brodmann area 6
y = 0 is considered by most to be the dividing line between the pre-SMA and the SMA.
The premotor cortex
in blue. Also Brodmann area 6, but lateral to the SMA (red).
The frontal lobe.
The superior (red), middle (blue), and medial (green on midline) frontal gyri.
The inferior frontal gyrus (par opercularis (pink), pars triangularis (green), pars orbitalis (yellow)).
The inferior frontal gyrus
Divisions of the IFG roughly correspond to BA 44, BA 45, and BA 47 (44/45 = Broca's area, 47 = VLPFC)
Brodmann areas 9/46 = DLPFC, Brodmann area 47 = VLPFC
The parietal lobe.
Brodmann areas 5 (green) and 7 (yellow) = superior parietal lobule
Brodmann areas 39 (red) and 40 (blue) = inferior parietal lobule
Brodmann area 39 = angular gyrus, Brodmann area 40 = supramarginal gyrus
Intraparietal sulcus divides superior and inferior lobules (yellow line on picture below)
The occipital lobe
Brodmann areas 17 (primary visual cortex, blue), 18 and 19 (red and green, secondary visual cortex).
Structural and functional anatomy related to the visual system: a nice picture (from American Scientist magazine).
vis
Links.
A very comprehensive neuroanatomy site covering the entire brain: neuroimaging/vasculature/syndromes/pathology and quizzes.
This is an excellent site with MRIs, cadaver brains, and animations of brain structures (and you can quiz yourself!).
http://www9.biostr.washington.edu/da.html
The fMRI for Newbies site is filled with excellent information, including a page on functional anatomy.
Clickable MRI and modelled brain sections yoked together. Click on Brain or detailed Brain.
(once you've loaded the brain, read the buttons at the top and experiment a bit to see how they work: 'remove model' and 'cross-reference' are handy places to start.
http://www.spl.harvard.edu/archive/spl-pre2007/pages/papers/AnatomyBrowser/current/models/brain/java/brain.html
Site with clickable list of neuroanatomical terms, with pictures.
http://www.sylvius.com/
If you're desperate to know about sulci, this manual with pictures may be helpful.
http://www.cma.mgh.harvard.edu/manuals/parcellation/
A less comprehensive (and more comprehensible) sulci description can be found here:
http://psychology.uwo.ca/fmri4newbies/PrimeronCorticalSulci.html
Software
I use MRIcro, MRIcrobeta, and MRIcron on Windows, and the Anatomy toolbox in SPM (installed locally).