Abstract
Genomic medicine treatment of diabetics is critical in the
current global diabetes epidemic to prevent the expected diabetes
pandemic predicted to occur by the year 2035. The major concern
with Type 3 diabetes in the global population is related to a
defective SCN with relevance to uncontrolled peripheral glucose
levels and endocrine autoimmune disease. Appetite regulation
and genomic medicine are critical to Sirt 1’s regulation of the MHC
genes with relevance to maintenance of immune recognition and
endocrine hormone treatment of mitophagy. In the developing
world the major concern for a diabetes pandemic is mitophagy and
will require diets with Sirt 1 activators to prevent Type 3 diabetes,
endocrine autoimmunity and mitochondrial disease.
current global diabetes epidemic to prevent the expected diabetes
pandemic predicted to occur by the year 2035. The major concern
with Type 3 diabetes in the global population is related to a
defective SCN with relevance to uncontrolled peripheral glucose
levels and endocrine autoimmune disease. Appetite regulation
and genomic medicine are critical to Sirt 1’s regulation of the MHC
genes with relevance to maintenance of immune recognition and
endocrine hormone treatment of mitophagy. In the developing
world the major concern for a diabetes pandemic is mitophagy and
will require diets with Sirt 1 activators to prevent Type 3 diabetes,
endocrine autoimmunity and mitochondrial disease.
| Original language | English |
|---|---|
| Pages | 1-3 |
| Number of pages | 3 |
| Volume | 2 |
| No. | 2 |
| Specialist publication | Global Journal of Endocrinological Metabolism |
| Publication status | Published - 5 May 2018 |