What's the effect of folate-dependent enzyme polymorphisms and epigenetic modifications on ALS?

Binghamton University
Jamestown, New York
Open Access
Raised of $5,000 Goal
Ended on 3/27/15
Campaign Ended
  • $164
  • 4%
  • Finished
    on 3/27/15

About This Project

Recent data show that the one-carbon metabolism also known as the folate-dependent metabolism pathway ( FDMP) could be implicated in neurodegeneration. We hypothesize that single nucleotide polymorphisms (SNPs) in the FDMP may contribute to increased risk for sporadic ALS (SALS). Our objectives are to sequence brain DNA from deceased ALS patients and look for associations between different SNPs as risk factor for SALS

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What is the context of this research?

The literature suggests that a defect in the FDMP could lead to neurodegeneration through genomic instability, epigenetic modification in DNA and RNA biosynthesis and dopamine and serotonin synthesis. Much work has been done on Alzheimer's disease in relation to folate deficiency but not much on ALS.

What is the significance of this project?

This project fits well in the emerging fields of nutrigenetics and nutrigenomics which are the basis of individualized therapy. Patients who have the SNPs in question could be prescribed an individualized dietary regimen to reduce their risk of developing sporadic ALS. This is a promising field for an aging population with a higher predisposition to neurodegeneration.

What are the goals of the project?

Our preliminary data has shown a strong association between one of the enzymes in the FDMP and ALS. We plan on sequencing every enzyme involved in that pathway to assess potential associations of SNPs in relation to sporadic ALS. Another short goal is to measure levels of metabolites indicative of folate-deficiency in serum collected from the deceased patients to confirm folate deficiency in ALS patients.


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The principal investigator (PI) was able to secure small funds for this project, however larger funding institutions require a track of publication in the field. Being a junior faculty, the PI is not at that stage yet. This project is promising; therefore we are hopeful that it will generate promising data.

Meet the Team

Dr. Lina Begdache
Dr. Lina Begdache
Lina Begdache
Lina Begdache
Michelle Ahearn
Michelle Ahearn

Team Bio

My dissertation research was in neurodegeneration and I became fascinated with the brain. Being a nutrition scientist and a clinical nutritionist I was able to see the connection between brain function and diet.

Dr. Lina Begdache

Dr. Begdache is a registered dietitian nutritionist and a cell and molecular biologist with dissertation research concentration in neuroscience. She is an assistant professor in the Health and Wellness studies at Binghamton University. Her research focus mainly is in nutritional neurosciences and related fields.

Lab Notes

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Additional Information

Credit for the "Neuron Spike Train" Banner image goes to Billy Benavides / neusenz.com. You can find the image at his deviant art page http://www.deviantart.com/art/Neuron-Spike-Train-217802361.

Project Backers

  • 5Backers
  • 4%Funded
  • $164Total Donations
  • $32.80Average Donation
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