Neurological Impact of Diabetes, and Stem Cell as a Course of Action

A large, and ever growing population has diabetes. Research needs to be conducted to help this population maintain a healthy life. The study focused in particular with regards to neurodegeneration. Multiple connections between diabetes and neurodegeneration were found such as in neuropathy, which is nerve damage due to oxidative and other stress due to high blood sugars, which could eventually escalate to motor dysfunction. Other conditions were also looked at, such as the impact of hypoglycemia low blood sugar conditions on neurodegeneration. FJB+ cells, biomarkers for neurodegeneration, were seen in severe hypoglycemic conditions potentially due to excitotoxicity damaging nerve cells. Multiple solutions were then looked into in an attempt to find a cure for diabetes and neuropathy. Stem cells were evaluated as a potential cure for diabetes. A recent use of stem cells in diabetes was evaluated, and there is promise in this technique for curing diabetes but further research is required. A method called TMS was explored as a cure for neuropathy, and current research shows promising results.

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Publication Details

Journal
Journal of Student Research
Published
2024-11-30
DOI
https://doi.org/10.47611/jsrhs.v13i4.8432
Primary Topic
Neurogenesis and neuroplasticity mechanisms
Type
article
Field-Weighted Citation Impact
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article

Neurological Impact of Diabetes, and Stem Cell as a Course of Action

Jobin Varkey, Jothsna Kethar, Rashed Noor, Virgel Torremocha
Journal of Student Research
Neurogenesis and neuroplasticity mechanisms
article

Neurological Impact of Diabetes, and Stem Cell as a Course of Action

Jobin Varkey, Jothsna Kethar, Rashed Noor, Virgel Torremocha
article en

Abstract

A large, and ever growing population has diabetes. Research needs to be conducted to help this population maintain a healthy life. The study focused in particular with regards to neurodegeneration. Multiple connections between diabetes and neurodegeneration were found such as in neuropathy, which is nerve damage due to oxidative and other stress due to high blood sugars, which could eventually escalate to motor dysfunction. Other conditions were also looked at, such as the impact of hypoglycemia low blood sugar conditions on neurodegeneration. FJB+ cells, biomarkers for neurodegeneration, were seen in severe hypoglycemic conditions potentially due to excitotoxicity damaging nerve cells. Multiple solutions were then looked into in an attempt to find a cure for diabetes and neuropathy. Stem cells were evaluated as a potential cure for diabetes. A recent use of stem cells in diabetes was evaluated, and there is promise in this technique for curing diabetes but further research is required. A method called TMS was explored as a cure for neuropathy, and current research shows promising results.

Journal of Student ResearchVol. 13(4)
Florida Department of State (US)
Openalex Percentile: Top 70%
Neurogenesis and neuroplasticity mechanisms
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