Violehealth
ScienceMissionResearchVioletta's StoryESDonate

A Mission Born From Love. Fueled By Science.

Violehealth.org funds gene therapy research for children with KCNQ2 loss-of-function mutations — specifically targeting the PIP₂ binding pathway at the R325 locus — with the goal of clinical translation of functional KCNQ2 supplementation therapy within a generation.

Fund

Investigator-initiated research grants targeting the science that does not yet exist for these variants.

Connect

Bring together families, clinicians, and researchers working on KCNQ2 loss-of-function disorders.

Accelerate

Bridge lab findings toward clinical trials — turning mechanism into therapy.

Why Now

The tools have caught up to the need. Advances in AAV delivery, patient-derived iPSC neuron models, and gene-editing precision mean that loss-of-function channelopathies like KCNQ2 are, for the first time, realistic therapeutic targets. The opportunity — and the urgency — has never been greater.

The Gap We Fill

The R325M variant has never been formally published. No functional characterization exists. No animal model. No targeted therapy. Violehealth exists to close that gap.

Working Together

We acknowledge the vital work of the KCNQ2 Cure Alliance and the broader research community. We collaborate, we don't compete. Our specific focus is gene therapy for loss-of-function variants at the PIP₂ binding site.

Leadership & Governance

Our foundation is governed by philanthropic stewards and advised by leading scientists at the forefront of genetic medicine.

Board of Directors

Founder & President

Philanthropic Director

Violehealth.org

Finance & Governance Trustee

Treasury & Audit Chair

Global Health Philanthropy Partners

Legal Counsel & Trustee

Secretary & Compliance

Life Sciences Law Advisory

Scientific & Medical Advisory Board

SAB Advisory Position

Lead Gene Therapy Advisor

Harvard Medical School / BCH

SAB Advisory Position

Neurophysiology Specialist

Children's Hospital of Philadelphia

SAB Advisory Position

Clinical Genetics Chair

Stanford Medicine / Lucile Packard