People with polycystic ovary syndrome (PMOS) must track a wide range of health signals—symptoms, menstrual cycles, labs, wearables, medications, and lifestyle factors—across multiple apps, notes, and memory. This fragmentation makes it difficult to see patterns, prepare for appointments, and communicate effectively with clinicians. ” The Read visualizes metabolic and androgenic patterns, highlights connections between symptoms and labs, and generates a shareable care‑prep summary with suggested questions and labs to discuss.
Funding
Funding not disclosed
Founders
Product
Problem
People with polycystic ovary syndrome (PMOS) must track a wide range of health signals—symptoms, menstrual cycles, labs, wearables, medications, and lifestyle factors—across multiple apps, notes, and memory. This fragmentation makes it difficult to see patterns, prepare for appointments, and communicate effectively with clinicians.
Solution
Cyster offers a care‑intelligence platform that aggregates all user‑generated health data into a single, evolving “Read.” The Read visualizes metabolic and androgenic patterns, highlights connections between symptoms and labs, and generates a shareable care‑prep summary with suggested questions and labs to discuss. Users can edit the summary before appointments, ensuring clinicians receive a concise, organized view of the patient’s condition. The platform is built on evidence‑based models that map how PMOS manifests across the body, providing contextual insights without delivering a medical diagnosis.
Target Audience
Individuals living with PMOS who need to organize their health data for more focused clinical visits, as well as clinicians seeking a concise patient summary to streamline appointment discussions.
Features
- Consolidates symptoms, cycles, labs, wearables, medications, and other health signals into one unified view
- Generates an evolving “Read” that identifies metabolic and androgenic patterns specific to PMOS
- Produces a shareable care‑prep summary with suggested clinician questions and labs to revisit
- Interactive body atlas that maps system connections and evidential links for each signal
- Editable summary allowing users to customize information before each appointment
- Educational content explaining PMOS mechanisms and evidence tiers for each insight