AI-Based Symptoms Checker: Unsupervised AI access for education purpose only.
AI-Based EMR: Unsupervised AI-based EMR access. $10 per month plan includes EMR access with unsupervised AI-based symptoms checker.
Unlimited AI-based Physician Supervised Telemedicine Care: To increase community outreach. The patient enrolls $20 per subscription where Hospital launches the AI-based telemedicine supervised by ER physicians. It provides ER physicians a unique opportunity to triage the patient while patients are at home.
Auto Check-in Solution: The waiting room auto check-in solution lets patients check themselves in quickly using a driver's license or credit card for identification. They can even sign in from home. This alone can save the cost of front desk personnel.
Auto Triage Solution: Once checked in, a patient can use the auto triage solution to report their symptoms in less than 4 minutes while sitting in the waiting room.
Differential Diagnosis Generator: The differential diagnoses generator then creates the most likely diagnoses list based on the patient's symptoms, as well as unlikely alternative diagnoses.
Diagnosis Confirmation System: The diagnosis confirmation system collects disease-specific clinical information’s and helps determine to confirm or rule out certain diagnoses.
Nursing Dashboard: Patient name, most likely diagnoses, the severity of illness score and whether the patient needs to be treated inpatient vs. outpatient basis is presented on a dashboard in the nursing station. Either it is used in the emergency room, or hospital nursing station, or physician clinic, the dashboard shows details information of the patient in that unit.
The severity of illness (acuity) score: The software calculates the severity of illness score based on patient signs and symptoms, vitals and other clinical information. Additionally, staff can be alerted to any potentially life-threatening conditions that are identified.
Physician Dashboard: Physicians and hospitalists can manage their patient load based on the acuity or severity of illness scores of each patient.
Inpatient vs. Observation status: Both the admitting and ER physician will know right away whether a patient meets inpatient or observation admission criteria even when the patient is in the waiting area.
Diagnoses Reminder System: The generated high and low probability differential diagnoses can serve as a diagnoses reminder system for the physician decision making.
Auto progress note generator: The note writer function generates a preliminary progress note based on the patient's data entry, which is supposed to reduce the encounter time. This also includes a disease treatment protocol which can help reduce unnecessary testing and prevent medical error. These encounter notes can be posted directly into the EMR once the Waiting Room AI is integrated with it.
Sepsis finder: The software alerts the staff members whether a patient meets sepsis criteria which allows a physician to initiate a sepsis protocol while the patient is still in the waiting area.
Paper Chart: The Paper Chart tab allows physicians to handwrite orders on touchscreen devices, greatly reducing verbal or telephone orders and increasing the physician's workflow and productivity.
DDXRX AI for Medical Education: It enhances efficient clinical care delivery by advanced practice providers (NP's and PA's) and nursing staff and enhances the training of medical students, interns, and residents.
Telemedicine AI or Waiting room AI: The software can help improve the safety of the patient care delivery while used with telemedicine. It is the next evolution for patient care, saving your overhead expenses by reducing front desk and triage personnel and healthcare providers time.
Cost-Effectiveness: The DDXRX AI reduces medical errors by improving accuracy, efficiency, and patient safety and reduces overall costs of care by minimizing unnecessary diagnostic workup, delivering effective utilization of healthcare resources, reducing the length of stay and preventing readmission. Also, it improves patient safety by reducing medical error, unnecessary testing and help to determine sepsis status and severity of illness. All while increasing the productivity and efficiency of physicians. It can save you revenue by reducing overhead, improve patient safety, improve physician efficiency, and help get your patients in, out effectively and treated much faster.