Deep thumb indention caused compression down and out toward the right of the specimen
Compression due to handling, post excisement, is obvious on specimen
in this occipital area
Brain matter displacement moved from mid parietal area to frontal lobe area.
( Post central gyrus including cavernous sinus)
Thumb webbing to tip of index finger of right hand of person appr. 5'-10" tall caused compression in this area.
Knife cut began near frontal lobe near interhemispheric fissure and ended at end of calcarine sulchi occipital, causing slight protuberance.
Right occipital compression and knife wound left occipital caused obvious defamation of confluence of the sinuses. Examination produces evidence of intrinsic devaluation resulting in split confluence.
Left side with malformations due to injuries greatly eliminated. Injuries are as follows: .
(1) frontal portion of brain seperated appr. 1 3/8" due to upward pressure during excisement, This occured only part of the way toward the rear due to the corpus colloseum retaining mid- brain integrity.
X-rays support this hypothesis.
(2) X.rays also support compression right frontal lobe. They demonstrate clearly the cover over by right post central gyrus, and make obvious a rather large hollow area behind the right post central sulcas and cavernous sinus.
(2) This caused slight occipital compression
(3) spear through right parietal lobe in comnjunction with resting on left side caused post central to pre central sulchi to displace to space caused by widening of sylvian fissure.
Parietal/ occipital fissure
Sylvian fissure
Central sulcas
Closeup of compressed sulchi, right parietal lobe near precentral sulchas. Right hand middle finger hold compression.
Size, Proportions and Injuries
Actual left side view.
Retouched photo
eliminating injuries,
left side
Depiction of symmetry with injuries voided, top side.
These photos attempt to display before and after effects of injuries, depicting plausable scenarios for side view distortion.
Top view giving relation to size
Note somewhat of symmetry, even with injuries.
Also note Confluence of the sinuses, and that half of it split naturally to the right about 3/8", just as the interhemispheric fissure at that area shifted the same identical amount, as well of course as the great vein of Galen, due to obvious injuries.
For those who would say it is not a brain because it doesn't look like one...you need to look again! below is the specimen petrified brain, ( top photo) and a real brain, (bottom photo). this is not a typical brain type photo. This is indeed a human brain, it has just been very slightly distorted. This is a university photo, just very slightly compressed front to back
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extra fissure due to right hemisphere damage
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barely shows up because cerebrum is turned slightly to the right a little more in this photo
Let's get another look without the numbers now
Obviously, you can't mold the petrified specimen to the shape of a brain that has been laid out in a perfect state, as you would ordinarily see in photos or plastic models.
You can however, search until you find a photo of a brain that depicts the pliability of a brain, yet also shows it's ability to hold a pre designated shape
A brain can assume a lot of different shapes, but except for injury or putrification, maintains integrity of lobal and interlobal features.
We could go on and on with these distortions of real photos, to demonstrate the pliability and non rigidity of the brain, but you get the picture of what we are saying.
This specimen could have taken on an endless number of general shapes, but it would have to maintain at least some of the key characteristics of a human brain to be recognizable.
This specimen has so far demonstrated about five hundred of those key characteristics within the confines of an object about
5 1/2" in diameter.
This should be considered significant on a massive scale.
How many rocks have any similarites of a human brain?
Close, very close, similar, identical, a little minute fold extra or less, here and there...these are realities of the human brain.
Everyone has fingerprints, but noone has exactly identical prints to anyone else. The same is the reality of the human brain.
Compare this photo with the one on top of it and the one beside it.
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X-ray comparison
Top photo of specimen on left, same position for x-ray on right.
As you notice, sulchi and gyri display confusion in this area in the photo.
Not so in the x-ray. It reveals the sulchi and gyri undisturbed under the surface.
This is evidence that the handling of the specimen during cranial extraction is valid.
Note the opening that you don't see in the photo, but is extremely evident in the x-ray. This is good evidence that the theory of gyri displacement from the injured area is valid
