The app provides a clinical reference for 443 psychiatric medications, covering drug class, indications, dosing, and interactions. It allows browsing by indication and searching by name for quick access to medication profiles.
Access patient records anytime to review complete medical history. Generate trend charts, identify gaps, interpret data, and suggest supervision. Receive real-time test report updates and collaborate with healthcare providers.
Calculate GIR using single or multiple drips. Compute electrolyte levels for single or multiple drips. Determine FENa to assess prerenal vs. intrinsic acute renal injury. Input patient data to generate accurate results for clinical use.
The app is a native iPad application for medical surgical specialities. It records patient visit data in real time, automating documentation at the end of each visit.
Access trial summaries through visual abstracts. View key findings, study designs, and outcomes. Search by condition or specialty. Save and organize content for later review. Share summaries with colleagues or students.
Connect with patients, primary care providers, and specialists in virtual sessions. Send text, voice, video, and attachments. Receive AI-driven care recommendations and physician insights. Schedule and manage virtual appointments.
Document cardiac arrest interventions with real-time logging of actions and critical data. Track CPR rate using a user-controlled metronome adjustable between 100 and 120 bpm. Record and review resuscitation events for quality improvement.
View and analyze medical images and reports received via encrypted DICOM files or PDFs. Access study details and patient information securely through the cloud. Receive images and documents from ImageGrid PACS systems.
This therapeutic guide offers concise tools for selecting medications and dosing regimens for critically ill patients. It covers pressors, vasoactive drugs, and continuous infusions, written by emergency medicine physicians.
View 3D anatomy models and interactive animations of endovascular devices by pointing the camera at a flat surface. Explore device technology through visual demonstrations. Share content for educational purposes.