Brain cerebellum

Johanson CE. 1980. Permeability and vascularity of the developing brain Cerebellum vs cerebral cortex. Brain Res 190 3-16. 

Liver, kidney, intestine, brain (cerebellum), esophagus... 

Oil of Silver is effective for disorders of the brain, cerebellum, nervous system, memory, and emotions. It is used in cases of epilepsy, depression, mania and emotional trauma. It affects the subconscious mind and dreams. It is useful in understanding one s hidden past. It helps to remove fears and mental blockages. It enhances one s psychic sensitivity and powers of imagination. 

Mean mercury concentrations in organs of Minamata Disease victims dying between 1973 and 1985 remained elevated over those of residents not afflicted with Minamata Disease and dying between 1973 and 1991. Minamata Disease victims always had mean total mercury (methylmercury) concentrations, in mg/kg FW, >1.51 (().05) in kidney, >0.48 (0.035) in liver, >0.10 (0.016) in brain cerebmm, and 0.05 (0.026) in brain cerebellum. 

Fig. 7.3. Imaging MALDI-MS data from hexb mouse brain (cerebellum and brain stem, 4.954 mm x 5.358 mm). The fine structures of cerebellum in the H E-stained images are labeled as (1) molecular layer, (2) myelinated fiber (white matter), and (3) granular layer. The MALDI spectra present the ion yield from specific spots in (a) myelinated fiber (white matter) in negative ion mode, (b) granular layer region in negative ion mode, and (c) granular layer region in positive ion mode, respectively, The molecular distributions of m/z 888.6 ions, m/z 1,383 ions, and m/z 1,160 ions are shown in (a-c), respectively.

Nervous System. Structural and functional nervous system effects of lead are apparent. These effects involve the brain, cerebellum, spinal cord, and motor and sensory nerves leading to specific areas of the body. Neural tissue is very sensitive to the toxic effects of lead with cases of brain swelling reported at even low lead concentrations. Severe subcellular damage is usually noted in the cerebellar cortex and cerebral cortex, and sometimes in the basal ganglia. This damage also impairs the flow of blood in the brain [25]. 

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