Calculate biological equivalent dose for radiation therapy using the linear-quadratic model. Select organs such as spine, heart, lung, liver, skin, or specify α/β ratios. Input dose and fractionation details to compute results.
Calculate decayed activity using mCi or Bq units. View decay charts with tap-to-examine features and customizable input parameters. Save chart snapshots to camera roll. Estimate dose rates for isotopes as point sources at specified distances.
Calculate risk using ABCD2 and CHA2DS2 VASc scores. Determine door-to-needle time with a time manager. Access NIHSS calculator and AHA/ESO guidelines for thrombosis treatments. Track symptoms onset and hospital admission times.
Track and neck exercises with HD video tutorials showing proper form and timing. Use scoring system to assess strength and progress. Access guided stretches with on-screen visuals. Follow specialized routines for targeted and recovery.
Manage personal health with appointment scheduling, report tracking, and hospital information access. View medical records, prepay for services, and reduce waiting times at hospitals. Receive notifications and access discounted rates for prepayments.
Prepare for the AST CST with 1600+ practice questions and 800+ flashcards to aid memorization. Access multiple practice exams to simulate real testing conditions. Track progress and review answers for improved retention.
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.
Receive notifications, network, and manage patient care
Receive real-time notifications when patients enter or leave the hospital. Access a comprehensive directory to network with medical professionals. Exchange patient information via HIPAA-compliant secure messaging.
The app calculates the biologically effective dose (BED) for radiation therapy fractionation regimens. It computes BED for external beam radiation therapy and brachytherapy treatments based on dose per fraction and dose rate.