Donations
If this site has helped you along your journey, please consider donating to our featured 501(c)(3) nonprofit, Walk With DeCo.
Your gift directly supports life-saving research on Vascular Ehlers-Danlos Syndrome (VEDS), a rare and life-threatening genetic condition.
Our story
Our family has several members who are affected by VEDS. In fact, Walk with Deco was started by Mike DeCoursey or Deco as he is known, after Mike had several aneurysms rupture in his abdomen and leg due to VEDS. Luckily his leg was saved, which encouraged him to walk 4 million steps and raise $40,000 for VEDS research in 2021.
Walk with Deco continues to raise funds for research with our newest initiative of building a humanized mouse model with Georgia Tech and Emory University.
A humanized mouse is the first step in finding treatments and cures for any collagen disease which can affect our skin, bones, muscles, nerves, autoimmune and vascular systems.
This new mouse model will be available to any researcher expanding the field and utility of the mouse not only in VEDS but any collagen disease. It will speed up the process of treatments and cures. This is important as there are no cures for a collagen disease.
My desire is to find a cure. Yes, it’s personal because my grandson is about to enter puberty which is a high-risk period due to rapid growth and hormonal changes that can stress connective tissue.
Current treatments focus on prevention, like avoiding trauma and managing blood pressure, but there needs to be a cure.
Current Research
Texas Children’s Hospital in Houston
is studying VEDS and physical activity in children.
Lead investigator Dr. Shaine Morris
Georgia Tech and Emory University in Atlanta are developing a humanized VEDS mouse model to advance research on collagen and aneurysm-related diseases.
Lead investigator Dr. W. Robert Taylor
Research Updates
Humanized Mouse Model for VEDS
Construction of the DNA vector is completed for the normal and the VEDS mutation. Currently, the vectors are being inserted into the mouse embryonic stem cells. The next step will be to make the mouse
Every contribution helps fuel hope and progress