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In this research there were some uncommon pictures of the pioneers in the field. We give tribute to their work.

Joseph Jules Dejerine (August 3, 1849 – February 26, 1917) was a French neurologist in Geneva, Switzerland. In 1877 he was appointed to the Hôpital Bicêtre, where he organized a pathological laboratory. He became professeur agrégé in 1886, and he found the opportunity to concentrate his efforts on neurology. He worked at the Hospital Salpêtrière from 1895, became professor of the history of medicine in 1901 and received a senior appointment at the Salpêtrière in 1911 as professor of neurology at the University of Paris, School of Medicine.

In 1888 Dejerine married his student, Augusta Marie Klumpke, who had studied medicine in Paris and in 1887 had been the first woman to become interne des hôpitaux.

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A Brain Stem Stroke is officially cited as a circulation interruption that happens in the brain stem.

SUMMARY OF REMEDIES

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BRAIN STEM BENEDIKT

COMPLEX 6

BRAIN STEM BINSWANGER

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BRAIN STEM DEJERINE/

BINSWANGER COMPLEX 6

BRAIN STEM DEJERINE/

ROUSSY COMPLEX 6

BRAIN STEM DEJERINE/

SOTTAS COMPLEX 6

BRAIN STEM HIPPEL COMPLEX 6

BRAIN STEM PLUMP COMPLEX 6

BRAIN STEM PORTLY COMPLEX 6

BRAIN STEM STRATONIGRAL

COMPLEX 6

BRAIN STEM WALLENBERG

COMPLEX 6

BRAIN STEM WEBER'S

COMPLEX 6

Medium Spiny Neuron

Regeneration Group 6

A stroke is considered an interruption of blood flow in the brain and to the brain. The types of stroke are listed as (1) a burst of the artery that allows blood to flow out of the artery into the brain (2) an obstruction of flow caused by something inside the artery like a blood clot. Brain Stem Strokes are thought to lie within these two classifications.

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Strokes more commonly happen in the cerebellum. There is usually a resulting paralysis on one side of the body or the other.

The Brain Stem officially includes the Medulla Oblongata, Pons and the area leading from the Pons to the Hypophysis (Pituitary)

The normal stoke happens from clogging or pressure from inside the artery. We see brain stem stokes as caused by pressure from the outside of the artery (usually pressing the Circle of Willis) by a swelling brain stem.

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SYMPTOMS

Only a half-inch in diameter, the brain stem controls all basic activities of the central nervous system: consciousness, blood pressure, swallowing and breathing. All of the motor control for the body flows through it. The ability to coordinate movement, withdraw from pain, and react to danger is controlled here. This area coordinates quick reactions like the startle reaction. Brain stem strokes can impair any or all of these functions.

A person may have vertigo, dizziness and severe imbalance without the hallmark of most strokes – weakness on one side of the body. The symptoms of vertigo dizziness or imbalance usually occur together; dizziness alone is not a sign of stroke.  Brain stem stroke can also cause double vision, slurred speech and decreased level of consciousness. More severe brain stem strokes can cause locked-in syndrome, a condition in which survivors can move only their eyes.

Damage to the outer layers of the brain results in loss of higher level functions like reasoning or the ability to control our limbs but damage to the core or brain stem is often far more life threatening. Damage to the brain stem is most likely to impact the most basic survival functions of the brain and body and much more likely to prevent the individual from surviving a stroke or recovering.

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BRAIN STEM

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In a discovery from other research, the decline of the Medium Spiny Neurons (infiltrated in the Basal Ganglia) is often the trigger for Brain Stem Strokes. A decline of these neurons can be mis-diagnosed as ALS.

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