Mij
Senior Member (Voting Rights)
Abstract
Autonomic dysfunction presents with a wide variety of disabling symptoms. Recently, the emergence of long-COVID has caused an exponential increase in patients with dysautonomia.
In patients whose autonomic dysfunction was perpetuated by a stroke, researchers discovered the administration of erythropoietin significantly reduced neuroinflammation. We attempted to apply these findings to our study by using EPO to address autonomic dysregulation. However, long-term erythropoietin administration is not sustainable due to the significant increase in hematocrit and increased blood vessel thickness that accompanies the increased production of red blood cells.
We discovered that regeneration of autonomic nerve fibres and immune modulation are key mechanisms for reversing autonomic dysfunction. Therefore, we sequenced a nonhematopoietic form of erythropoietin and linked the peptide chain to another polypeptide sequence genetically engineered from a calf thymus.
Subjects with long-COVID and CFS/ME receiving the peptide experienced a significant reduction in their autonomic symptoms as well as a significant increase in their autonomic nerve and small fibre nerve densities. In many cases, autonomic dysfunction was entirely reversed.
LINK
Autonomic dysfunction presents with a wide variety of disabling symptoms. Recently, the emergence of long-COVID has caused an exponential increase in patients with dysautonomia.
In patients whose autonomic dysfunction was perpetuated by a stroke, researchers discovered the administration of erythropoietin significantly reduced neuroinflammation. We attempted to apply these findings to our study by using EPO to address autonomic dysregulation. However, long-term erythropoietin administration is not sustainable due to the significant increase in hematocrit and increased blood vessel thickness that accompanies the increased production of red blood cells.
We discovered that regeneration of autonomic nerve fibres and immune modulation are key mechanisms for reversing autonomic dysfunction. Therefore, we sequenced a nonhematopoietic form of erythropoietin and linked the peptide chain to another polypeptide sequence genetically engineered from a calf thymus.
Subjects with long-COVID and CFS/ME receiving the peptide experienced a significant reduction in their autonomic symptoms as well as a significant increase in their autonomic nerve and small fibre nerve densities. In many cases, autonomic dysfunction was entirely reversed.
LINK