Simmaron’s Dr. Avik Roy has won an NIH R21 grant for “ATG13: A new player in MECFS.” April 2023

Discussion in 'ME/CFS research news' started by Jaybee00, Apr 22, 2023.

  1. Jaybee00

    Jaybee00 Senior Member (Voting Rights)

    Messages:
    2,177
    Posts moved from this thread:
    Elevated ATG13 in serum of pwME stimulates oxidative stress response in microglial cells , 2022, Gottschalk et al
    _______________

    From email:

    Simmaron Research Wins our 1st NIH Grant!

    We are proud to announce our very own Dr. Avik Roy PhD and Dr. Gunnar Gottschalk PhD have been awarded a competitive R21 grant from the National Institutes of Health for their study "ATG13: A new player in ME/CFS." This grant will fund our ground-breaking work in autophagy in ME/CFS.

    We know how hard-won NIH grants are, and Simmaron's very first NIH grant received an EXCELLENT score!

    This is huge, and we are so lucky to have Dr. Roy as Chief Scientific Officer of Simmaron, battling for ME/CFS with our dedicated team.

    [​IMG]


    NIH Funding to Identify Potential Pathways for Treatments

    Dr. Roy is known for his success finding treatable pathways in Parkinson's, Alzheimers, and related diseases.

    This ATG-13 study will help Simmaron’s team to develop a targeted pathway for treating neuroinflammation found in diseases like ME/CFS, POTS, and Long-Covid.

    [​IMG]
    Our Early ATG-13 Findings

    Last year, our groundbreaking publication on autophagy in ME/CFS showed a protein called ATG-13 is a player in brain inflammation. Our new NIH grant, which was very well received by reviewers, will further this investigation into whether ATG-13 can be a treatable pathway for ME/CFS.

    ‘Autophagy’ is the critical waste-removal process of the cell that we have recently shown to be dysfunctional in ME/CFS patients.

    Normally, this protein is inside the cell where it initiates the cell’s critical “clean up” process called autophagy. Instead, ATG-13 in ME/CFS patients was roving free, small enough to permeate the vascular system. So small, in fact, that it was able to cross the blood brain barrier, where we found it setting off the microglia—the brain's immune cells.

    We believe we have found a critical pathway involved in post-exertional malaise (PEM), the hallmark symptom of ME/CFS.


    [​IMG]
    Let’s Change Everything about ME, LongCovid, and POTS Together!

    We're aiming squarely at building the tools for drug discovery so ME, POTS and Long-Covid patients can finally have treatments. Thank you for supporting our team.
     
    Last edited by a moderator: Apr 22, 2023
    oldtimer, Lisa108, Madbeggar and 18 others like this.
  2. Jaybee00

    Jaybee00 Senior Member (Voting Rights)

    Messages:
    2,177
    Last edited: Apr 22, 2023
    oldtimer, Lisa108, Sly Saint and 14 others like this.
  3. Jaybee00

    Jaybee00 Senior Member (Voting Rights)

    Messages:
    2,177
  4. RedFox

    RedFox Senior Member (Voting Rights)

    Messages:
    1,293
    Location:
    Pennsylvania
    I believe this is a useful line of research because I have an interest in low-level neuroinflammation and ME.
     
    sebaaa, alktipping, MEMarge and 4 others like this.
  5. Jaybee00

    Jaybee00 Senior Member (Voting Rights)

    Messages:
    2,177
    Call is on now
     
    Amw66, Sean, Hutan and 1 other person like this.

Share This Page