{"id":22467,"name":"CardioAge","purpose":"A software platform that analyzes and predicts biological age reversal potential based on heart transplant data. It ingests, processes, and visualizes research findings related to heart transplantation and biological aging, providing insights for longevity research and potentially personalized health interventions.","profitable":1,"date_generated":"Tuesday October 2026 09:16","reference":"project-cardioage","technology_advise":["Python","PostgreSQL","Medium"],"development_time_estimation_mvp_in_hours":180,"grade":7.2,"category":"healthcare","view_count":14,"similar_ideas":[{"id":15582,"name":"Longevity Research Accelerator","grade":8.5,"category":"healthcare"},{"id":15559,"name":"Personalized Aging Reversal Tracker","grade":7.0,"category":"healthcare"},{"id":15269,"name":"Longevity Insights Platform","grade":8.2,"category":"healthcare"},{"id":19116,"name":"Longevity Risk Assessment Tool","grade":6.8,"category":"healthcare"},{"id":23305,"name":"AI Longevity Insights","grade":8.2,"category":"ai"}],"source_headline":"Old hearts becoming biologically younger after transplant"}