1) BUILDING: MY MOST IMPORTANT FINDING TO DATE: DIED UNEXPECTEDLY SOLVED
— Walter M Chesnut (@Parsifaler) March 19, 2022
SUDEP AND “DIED UNEXPECTEDLY” – THE SPIKE PROTEIN, FIBROSIS AND THE BRAINSTEM
PART I “A SILENT ENTRANCE”
As you recall, the original spike caused a loss of the sense of smell, the medical term is Anosmia. pic.twitter.com/xMl52sjkfb
3) An autopsy study has isolated 32 brain sections from 16 victims of COVID-19 and found concentrated SARS-CoV-2 RNA (>5 copies/mm3) in three sections from the olfactory nerves and the brainstem’s MEDULLA. More convincingly, in another autopsy study of deceased COVID-19 patients,
— Walter M Chesnut (@Parsifaler) March 19, 2022
So the Medulla Oblongata. Where is it and what functions does it perform?
Function.
The medulla oblongata is involved in several functions of the body relating to the regulation of important sensory, motor, and mental processes, including:
- Autonomic function control
- Relay of nerve signals between the brain and spinal cord
- Coordination of body movements
- Mood regulation
Above all else, the medulla is the control center for cardiovascular. and respiratory system activity. It regulates heart rate, blood pressure, respiratory rate, and other life-sustaining processes that take place without a person having to actively think about them. The medulla also controls involuntary reflexes such as swallowing, sneezing, and gagging. Another major function is the coordination of voluntary actions such as eye movement.
A number of cranial nerve nuclei are located in the medulla. Some of these nerves are important for speech, head and shoulder movement, and food digestion. The medulla also aids in the transfer of sensory information between the peripheral nervous system and the central nervous system. It relays sensory information to the thalamus and from there is sent to the cerebral cortex
5) of samples, respectively. In sum, these autopsy studies have provided evidence for SARS-CoV-2 tropism FROM THE OLFACTORY SYSTEM INTO THE BRAINSTEM.
— Walter M Chesnut (@Parsifaler) March 19, 2022
OK. We know the Spike Protein invades the Medulla of the Brainstem. So, what does this mean? Well, those who suffer from Epilepsy
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