MORE Physical Therapy

MORE Physical Therapy: Streamlined Recovery and Movement Health

MORE Physical Therapy is a digital health platform designed to bridge the gap between clinical physical therapy sessions and daily self-management. It provides users with personalized exercise programs, real-time movement tracking, and direct communication with licensed therapists, aiming to accelerate recovery and prevent reinjury through data-driven guidance.

Chapter 1: Function

The core functions of MORE Physical Therapy center on delivering a structured, remote rehabilitation experience. The app enables users to access custom exercise routines prescribed by their physical therapist, which include video demonstrations and written instructions. It features a smart movement tracker that uses the device camera to analyze exercise form and count repetitions, providing immediate feedback to ensure correct execution. Users can log pain levels and symptoms after each session, creating a comprehensive progress timeline. The built-in messaging and video call function allows for direct consultation with a therapist, facilitating adjustments to the treatment plan without requiring in-office visits. Additionally, the app offers educational modules on common conditions, recovery milestones, and preventive exercises, empowering users to understand their rehabilitation process.

Chapter 2: Value

The core value of MORE Physical Therapy lies in its ability to make professional rehabilitation accessible, consistent, and data-informed. A key advantage is the elimination of geographical and scheduling barriers; patients can follow their prescribed regimen at home, at a gym, or while traveling, reducing the frequency of expensive clinic visits without compromising the quality of care. The real-time movement analysis provides a safety net, alerting users to improper form that could hinder recovery or cause new injury, effectively replicating the watchful eye of a therapist between sessions. For healthcare providers, the app offers a compliance dashboard that shows patient adherence, performance metrics, and reported pain trends, enabling proactive intervention. This continuous feedback loop transforms recovery from a series of isolated appointments into an ongoing, collaborative process. The app also supports value-based care by reducing the total number of visits needed, lowering overall healthcare costs. By equipping users with the knowledge and tools to manage chronic conditions like back pain or joint instability, it fosters long-term independence and physical resilience, moving beyond a purely reactive treatment model to one of proactive maintenance.

Chapter 3: Scenarios

MORE Physical Therapy serves a diverse user base, with primary target groups being post-surgery patients, individuals managing chronic musculoskeletal pain, and athletes seeking performance-oriented rehabilitation. A typical everyday use case involves a patient recovering from knee replacement surgery. After their initial in-clinic evaluation, the therapist assigns a specific set of strengthening and range-of-motion exercises through the app. Each morning, the user opens the app, watches the guided video for a balance exercise, and performs it while the app tracks their knee angle and repetition count. If the user moves too quickly or outside the safe range of motion, the app vibrates and prompts a correction. They then log their morning pain level as a three out of ten, and this data is silently sent to their therapist. Another common scenario is for a desk worker with recurring lower back pain. The app provides a five-minute daily mobility routine. After completing the session, the user marks which movements felt most challenging. Their therapist reviews the log and sends a short video message through the app, suggesting a modification to one stretch. For a runner returning from Achilles tendinopathy, the app includes a progressive loading protocol, where the user records single-leg raises and the app calculates ankle stiffness metrics, allowing the therapist to safely increase load as the tissue adapts.