Preliminary results from our Data Collection Program (DCP) can be found in the link below.
In our community we all have something in common: in a large protein complex named vacuolar ATPase (v-ATPase) that regulates pH in various cellular organelles and vesicles, our kids have gene mutations, some of those with which seems to have similar clinical presentations, such as ATP6V0A1, ATP6V0A2, ATP6V1B2, and potentially others.
(Data from November 2024)
Key Observations:
Overall, this pie chart provides a visual representation of the distribution of genetic mutations within the v-ATPase Alliance. It highlights the significant role of ATP6V1A in affecting a majority of individuals in this group.
Want to know more about how v-ATPase affects people?
Check out: v-ATPase and Human Diseases
Key Observations:
Want to meet some of our children?
Check out this link
Overall:
Specific Locations:
Here's the breakdown of patient locations based on the image:
Total: 59 Cases
Overall, this map gives a visual representation of the global reach of the v-ATPase Alliance, highlighting the countries with the highest concentration of patients.
Key Observations:
Overall, the chart indicates that a significant portion of the v-ATPase Alliance consists of young children, with the 4-7 age group having the highest representation.
Key Observations:
Overall, the chart highlights that epilepsy is a significant health concern within the v-ATPase Alliance, with a majority of individuals either currently experiencing or having experienced epilepsy
Read more about Epilepsy in this article:
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Let's take the time to check in with each other and move forward together, united!
Register to participate in the next v-ATPase Community meetup happening on the 6th.
Starts at:
12 PM - Texas, Central time
1 PM - New York, Eastern Time
6 PM - London, GMT
7 PM - Central Europe