Custom Application Development for Healthcare

Introduction

In a groundbreaking initiative, one of the leading Cardiologists of the USA and CEO of this company, embarked on a pioneering exploration inspired by his observations of patients grappling with Drug Resistant Hypertension and pacemakers. 

The company was conducting Clinical trial to prove that pacemakers regulated by blood pressure and weight and will:

• • Change the treatment of high blood pressure.
  • Improve the treatment of the most common form of heart failure.
  • Enhance the quality of life for most patients with cardiac pacemakers.
  • Reduce the annual cost of healthcare in America by billions of dollars and more worldwide.

Project Requirements

Clinical Trial System for Pacemaker Patients: Create a system for conducting clinical trials on patients with pacemakers, focusing on data accuracy, patient safety, and regulatory compliance.

Integration of Third-Party Services: Enhance the mobile app by seamlessly integrating third-party services, improving functionality and user experience.

Minimum Viable Product (MVP): Develop an MVP with essential features to meet early adopters’ core needs, providing immediate value and enabling iterative improvements.

Solutions / Implementation

• Mobile App for Clinical Trials on Patients: Develop a mobile app designed to conduct clinical trials on patients, ensuring accurate data collection and patient safety.
• Integration with Medical Devices: Integrate the app with hardware devices such as blood pressure monitors, weighing scales, and ECG machines to measure and record patient vitals.
• Appointment Scheduling and Vital Capture System: Create a system for medical representatives to schedule appointments with patients and capture their vitals efficiently.
• Proprietary Algorithm for Pacing Recommendations: Implement a proprietary algorithm within the tablet app to recommend pacing rates based on patient vitals.
• Pacemaker Integration for Adaptive Pacing: Integrate the tablet app with pacemakers to adjust the pacing rate automatically based on the proprietary algorithm.
• Patient Vitals and Clinical Trial Dashboard: Develop a comprehensive dashboard to display patient vitals, clinical trial progress, and other relevant clinical information.

Conclusion

The successful revamp of the Custom Application Development for this project demonstrated the importance of integrating advanced medical technologies seamlessly. This enhanced app now incorporates robust features to conduct clinical trials effectively on patients using pacemakers. By integrating with various medical devices such as blood pressure monitors, weighing scales, and ECG machines, the app ensures precise measurement and recording of patient vitals, thereby improving data accuracy and patient safety.