The app provides doctors with tools for patient management, including anonymous calls and medication recommendations. It offers AI-powered patient follow-ups, customizable content by specialty, and access to medical news and knowledge bases.
by Chengdu Yiyun Technology LLC★ 5.02 ratingsMedicalFreeData updated 2026-10-30
The app helps care providers improve patient understanding of discharge instructions and other directives. It increases patient satisfaction and decreases readmission rates.
Patient education tutorials for healthcare settings.
The app offers patient education tutorials with narration and feedback. It contains approximately 1100 English and 500 Spanish titles across 35 medical specialties.
Create and print prescriptions quickly. Maintain patient records securely. Ensure absolute privacy with encrypted data storage. Automate personalized workflows for efficient medical documentation.
The app estimates survival probability for chronic heart failure patients. It uses four patient characteristics: medication, symptoms, exercise capacity, and a blood test.
Stay connected with Care Center's events and news. Access your patient portal to view recent results, message providers, request refills, and manage appointments.
This app helps medical professionals manage daily schedules, patient information, and earnings. It allows for organizing doctor profiles, patient contact details, and treatment histories.
The app allows doctors to view patient images and reports from various devices. It supports collaboration with other practitioners for diagnosis from any location.
Evaluate heart conditions and recommend treatments
Search for evidence-based diagnostic and therapeutic options for patients. Input patient data to retrieve clinical recommendations. Access guidelines and research supporting treatment decisions.
Study ear acupressure techniques and track progress
Access restricted to registered participants for ear acupressure study. View educational content, track treatment sessions, and record patient responses. Submit data for research purposes.
Record patient medical histories with structured forms and AI assistance. Conduct virtual physical exams with guided checklists. Prioritize diagnostic tests and generate differential diagnoses.
Record and capture medical images and videos. Share findings with authorized users. Integrate with for secure mobile documentation. View and manage patient records remotely.
Manage patient records with complete profiles and search filters. Track visits and check-in/check-out using GPS. Coordinate care while maintaining HIPAA compliance.
The app offers a system for recording patient data related to Tanner Stages. It includes standard photos and descriptions for each stage, aiding diagnosis.
The app provides clinical staff with mobile access to patient information. It offers features such as patient records, exam results, hospitalization tracking, and surgical schedules.
Information for multidrug-resistant bacteria management.
The app provides information on handling multidrug-resistant bacteria. It aims to facilitate the transfer of knowledge and promote a rational approach to patient care.
Facilitates peer-to-peer and physician-to-patient discussions. Allows virtual exploration of stages with detailed descriptions and visual depictions. Enables physician-to-caregiver communication.
Manage surgical schedules and patient records with direct data entry and procedure scheduling. Track performance metrics and access analytics for trend monitoring and productivity insights.
Practice management tools allow scheduling, documentation, billing, and secure patient communication. Cloud-based EHR system includes pre-built templates for efficient data collection and storage.
The app provides local susceptibility patterns for antibiotic selection. Users select a bacterium and patient group to view antibiotic susceptibility proportions for their local laboratory.
Visualize anesthetic drug interactions and dosing.
The app visualizes anesthetic drug pharmacokinetics, pharmacodynamics, and interactions. It estimates plasma and alveolar concentrations, effect site concentrations, and probability of effect based on patient data.