{"site":"https://clinicaltoolkit.ai","license":"Free to use with attribution to clinicaltoolkit.ai","count":46,"tools":[{"name":"The Heart by Ultrasound","tagline":"Interactive echocardiography textbook with 3D structural heart chapters.","description":"Covers ultrasound physics, Doppler, standard TTE and TEE views, ventricular function, valve disease and cardiomyopathies. The structural heart section walks through TAVR, mitral TEER and tricuspid TEER with 3D models and simulated 2D echo. Bonus chapters cover LVADs, prosthetic valves, endocarditis and shunts.","features":["Pulse-echo, Doppler and resolution demos","Standard TTE and TEE views","TAVR, mTEER and tTEER with 3D models and simulated echo","Valve disease, cardiomyopathy and amyloid chapters","Strain, stress echo and cardio-oncology","Chapter on AI in echocardiography"],"categories":["med-ed"],"specialties":["cardiology","cardiac-imaging","interventional-cardiology"],"audiences":["students","residents","fellows"],"tags":["echocardiography","ultrasound physics","doppler","tee","structural heart","teer","tavr"],"pricing":"free","account":"none","aiPowered":false,"educationalOnly":true,"makers":[{"name":"David Ouyang","handle":"David_Ouyang","credentials":"MD, cardiologist"}],"slug":"intro2echo","url":"https://intro2echo.com","screenshot":"/screenshots/intro2echo.jpg","addedAt":"2026-10-28","checkedAt":"2026-11-05","status":"live","featured":true,"updates":[{"date":"2026-10-24","text":"Added structural heart echo: step-by-step TAVR, mTEER and tTEER with 3D models and simulated 2D images.","kind":"update","url":"https://intro2echo.com/#mteer","by":"David_Ouyang"}],"page":"https://clinicaltoolkit.ai/tools/intro2echo"},{"name":"AngioView","tagline":"Coronary angiography view simulator synced to a 3D heart and C-arm.","description":"Change RAO/LAO and cranial/caudal angulation and the simulated angiogram, 3D heart and C-arm move together. Includes the standard left and right coronary views, dominance variants and bypass grafts.","features":["Synced angiogram, 3D heart and C-arm","Presets for standard left and right coronary views","Dominance, ramus and LIMA/SVG graft options","Foreshortening and segment overlays"],"categories":["med-ed","simulation"],"specialties":["interventional-cardiology","cardiology"],"audiences":["residents","fellows"],"tags":["angiography","coronary anatomy","cath lab","c-arm"],"pricing":"free","account":"none","aiPowered":false,"educationalOnly":true,"makers":[{"name":"Annas Rahman","handle":"AnnasRahmanMD","credentials":"MD, cardiologist, Northwestern"}],"slug":"angioview","url":"https://angioview.com","screenshot":"/screenshots/angioview.jpg","addedAt":"2026-10-28","checkedAt":"2026-11-05","status":"live","updates":[{"date":"2026-10-16","text":"Featured by @claudeai: “A cardiology fellow built a 3D tool to help trainees learn to read coronary angiograms.”","kind":"mention","by":"claudeai"}],"page":"https://clinicaltoolkit.ai/tools/angioview"},{"name":"Learn PVCs","tagline":"Learn to localize PVCs from the 12-lead using 3D cardiac anatomy.","description":"Pick an origin on a 3D heart and see the polarity it produces in each lead. Includes measurement lessons and scored practice cases.","features":["Outflow tract, annular and LV origins in 3D","Lead-by-lead polarity explanations","Measurement lessons","Scored practice cases"],"categories":["med-ed","simulation"],"specialties":["electrophysiology","cardiology"],"audiences":["residents","fellows"],"tags":["pvc","ecg","localization","rvot"],"pricing":"free","account":"none","aiPowered":false,"educationalOnly":true,"makers":[{"name":"Abhiram Challa","handle":"Challa1218"}],"slug":"learnpvcs","url":"https://learnpvcs.com","screenshot":"/screenshots/learnpvcs.jpg","addedAt":"2026-10-28","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/learnpvcs"},{"name":"SimVT","tagline":"VT localization on a 3D heart with a synced 12-lead ECG.","description":"Choose one of 18 origin sites and watch the simulated wavefront alongside the matching 12-lead. You can filter origins by ECG features, and each has guideline-based management notes.","features":["18 VT origins, including outflow tract, fascicular and scar","Simulated wavefront propagation","Synced 12-lead ECG","Filter origins by ECG features","Guideline-based management notes"],"categories":["med-ed","simulation"],"specialties":["electrophysiology","cardiology"],"audiences":["residents","fellows"],"tags":["ventricular tachycardia","ecg","localization","ablation"],"pricing":"free","account":"none","aiPowered":false,"educationalOnly":true,"makers":[{"name":"Arun Umesh Mahtani","handle":"ArunUMahtani","credentials":"Cardiology fellow"}],"slug":"simvt","url":"https://simvt.vercel.app","screenshot":"/screenshots/simvt.jpg","addedAt":"2026-10-28","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/simvt"},{"name":"LBBAP Implant Simulator","tagline":"Step-by-step simulator for left bundle branch area pacing implants.","description":"Each case runs through five steps: target, pace map, penetrate, confirm and accept. Cases range from sinus node disease to LBBB with septal scar, and capture criteria follow EHRA 2023 and ESC 2025.","features":["Five-step implant workflow with EP recording","Case library with hard and randomized patients","Capture quiz using EHRA/ESC criteria","Guided first case","Instructor mode"],"categories":["simulation","med-ed"],"specialties":["electrophysiology"],"audiences":["fellows","attendings"],"tags":["conduction system pacing","lbbap","pacemaker","device implant"],"pricing":"free","account":"none","aiPowered":false,"educationalOnly":true,"makers":[{"name":"Joseph Assad","handle":"jo3_assad","credentials":"Cardiologist"}],"slug":"pacing-simulator","url":"https://pacingsimulator.com","screenshot":"/screenshots/pacing-simulator.jpg","addedAt":"2026-10-28","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/pacing-simulator"},{"name":"LAA TEE Lab","tagline":"TEE and ICE simulator for left atrial appendage occlusion, built on CT anatomy.","description":"Move a multiplane TEE probe or an ICE catheter through CT-derived chicken-wing, windsock, cactus and cauliflower appendages. Each imaging plane is shown next to the 3D anatomy and CT slice.","features":["Four CT-derived LAA morphologies","TEE multiplane and ICE catheter modes","Synced 3D anatomy, echo and CT slice","Orifice and depth calipers"],"categories":["simulation","med-ed"],"specialties":["interventional-cardiology","cardiac-imaging","electrophysiology"],"audiences":["fellows","attendings"],"tags":["laao","tee","ice","structural heart","ct"],"pricing":"free","account":"none","aiPowered":false,"educationalOnly":true,"makers":[{"name":"Lior Jankelson","handle":"ExtraStim","credentials":"MD PhD, electrophysiologist, NYU"}],"slug":"laa-simulator","url":"https://laa.liorjankelson.com","screenshot":"/screenshots/laa-simulator.jpg","addedAt":"2026-10-28","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/laa-simulator"},{"name":"hUniverse","tagline":"A library of cardiology calculators and teaching tools.","description":"From Ruey Hu and the Computational Cardiology Team. Examples include ASCVD risk with risk enhancers and treatment effects, and a helper for choosing an ischemic test. Each tool shows its formulas and guideline sources.","features":["ASCVD risk with risk enhancers and treatment effects","Stress test selection helper","Formulas and guideline sources shown","Many other cardiology calculators"],"categories":["clinical-decision-support","med-ed"],"specialties":["cardiology"],"audiences":["residents","fellows","attendings"],"tags":["calculators","prevention","ascvd","stress testing"],"pricing":"free","account":"optional","aiPowered":false,"educationalOnly":true,"makers":[{"name":"Ruey Hu","handle":"ruey_hu","credentials":"MD MPH, structural cardiologist, Cedars-Sinai"}],"slug":"rueyhu-cardiology-tools","url":"https://tools.rueyhu.com","screenshot":"/screenshots/rueyhu-cardiology-tools.jpg","addedAt":"2026-10-28","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/rueyhu-cardiology-tools"},{"name":"CardioLADs","tagline":"Daily summaries of new cardiology trials and guidelines, sorted by subspecialty.","description":"Pulls new cardiology papers and guidelines from PubMed each day and summarizes each one in about a minute's read. The site also has calculators, cardiac drug dosing, a daily question and links to free teaching apps.","features":["Daily PubMed feed by subspecialty","One-minute trial summaries","Guidelines and conference calendar","Calculators and drug dosing","Daily question"],"categories":["literature","med-ed","clinical-decision-support"],"specialties":["cardiology"],"audiences":["residents","fellows","attendings"],"tags":["clinical trials","guidelines","pubmed","pharmacology"],"pricing":"free","account":"none","aiPowered":false,"educationalOnly":false,"makers":[{"name":"Jay Gohri","credentials":"MD, internal medicine resident"},{"name":"Adhish Beri","credentials":"MD, internal medicine resident"},{"name":"Gunjan Kochhar","handle":"KochharGunjan","credentials":"MBBS; postdoctoral scholar, incoming internal medicine resident"}],"slug":"cardiolads","url":"https://cardiolads.com","screenshot":"/screenshots/cardiolads.jpg","addedAt":"2026-10-28","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/cardiolads"},{"name":"Pulmonary POCUS","tagline":"POCUS and critical care echo simulators, plus a CCEeXAM study guide.","description":"Interactive labs for color and spectral Doppler, M-mode and VExUS, with short clips and questions. The simulators are free; Chapter 1 of the CCEeXAM guide is free and the full guide is for members.","features":["Color and spectral Doppler labs","Interactive M-mode","VExUS practice","Short clips with questions","CCEeXAM study guide (Chapter 1 free)"],"categories":["simulation","med-ed"],"specialties":["point-of-care-ultrasound","critical-care","pulmonology"],"audiences":["residents","fellows","attendings"],"tags":["pocus","m-mode","vexus","doppler","board review"],"pricing":"freemium","account":"optional","aiPowered":false,"educationalOnly":true,"makers":[{"name":"Edwin Jackson Jr.","handle":"HoosierPocus","credentials":"RDCS; associate program director, IU pulmonary and critical care fellowship"}],"slug":"pulmonary-pocus","url":"https://pulmonarypocus.com","screenshot":"/screenshots/pulmonary-pocus.jpg","addedAt":"2026-10-28","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/pulmonary-pocus"},{"name":"Night Float","tagline":"A simulated night on call as the cardiology fellow.","description":"Pages for several patients come in through the night, and patients get worse if you wait. You can order labs, ECGs, imaging, drugs, procedures and consults at any point.","features":["Quiet, typical and 'black cloud' shifts","Three difficulty levels with page timers","Order labs, imaging, drugs and procedures","Patients deteriorate in real time"],"categories":["simulation","med-ed"],"specialties":["cardiology"],"audiences":["fellows"],"tags":["on-call","game","case simulation","cardiac critical care"],"pricing":"free","account":"none","aiPowered":false,"educationalOnly":true,"makers":[{"name":"Abed Akkawi","handle":"AbedfromBeirut","credentials":"MD, cardiology fellow, Hackensack Meridian Health"}],"slug":"cards-night-float","url":"https://cardsnightfloat.netlify.app","screenshot":"/screenshots/cards-night-float.jpg","addedAt":"2026-10-28","checkedAt":"2026-11-05","status":"live","featured":true,"page":"https://clinicaltoolkit.ai/tools/cards-night-float"},{"name":"CardioRender","tagline":"Browser 3D simulators for coronary anatomy, conduction, echo and EP.","description":"Occlude a coronary artery and the affected territory and the 12-lead change together. Longer courses cover congenital heart disease (41 modules) and cardiac mechanics with pressure-volume loops (35 modules).","features":["Occlusion-to-ECG territory simulator","41-module congenital heart disease course","35-module cardiac mechanics and PV loop course","Pacemaker and ECG simulators"],"categories":["simulation","med-ed"],"specialties":["cardiology","electrophysiology","pediatrics"],"audiences":["fellows","educators"],"tags":["congenital heart disease","pv loops","ecg","pacemaker","3d anatomy"],"pricing":"free","account":"none","aiPowered":false,"educationalOnly":true,"makers":[{"name":"Dinesh Raja Palanisamy","credentials":"MD, DM; cardiologist and electrophysiologist, Coimbatore"}],"slug":"cardiorender","url":"https://cardiorender.com","screenshot":"/screenshots/cardiorender.jpg","addedAt":"2026-10-28","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/cardiorender"},{"name":"Perpetua Pulse","tagline":"Cardiac activation, surface ECG and intracardiac electrograms shown in sync.","description":"Billed as an 'EP arcade' for learning electrophysiology visually. It also has a generic device interrogation trainer.","features":["Synchronized activation map, ECG and electrograms","Device interrogation trainer","Arcade-style format"],"categories":["simulation","med-ed"],"specialties":["electrophysiology"],"audiences":["residents","fellows"],"tags":["electrograms","device interrogation","ecg","game"],"pricing":"free","account":"none","aiPowered":false,"educationalOnly":true,"makers":[{"name":"Adarsh Balaji","handle":"AdarshGBalaji","credentials":"MD"}],"slug":"pulse-ep-arcade","url":"https://pulsepoint.perpetuaheart.com","screenshot":"/screenshots/pulse-ep-arcade.jpg","addedAt":"2026-10-28","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/pulse-ep-arcade"},{"name":"Sandoval Physiology Lab","tagline":"Coronary physiology simulator for FFR, NHPR, CFR and IMR.","description":"Simulate pressure-wire pullbacks, bolus and continuous thermodilution, and Doppler measurements in normal, focal, diffuse and serial disease. Cases include common tracing artifacts such as sensor drift and damped pressure. Open access.","features":["FFR, NHPR and pullback simulator","CFR, IMR and MRR by thermodilution and Doppler","Artifact cases such as sensor drift and damped pressure","Knowledge tests and pitfalls","Calculator"],"categories":["simulation","med-ed"],"specialties":["interventional-cardiology","cardiology"],"audiences":["fellows","attendings"],"tags":["coronary physiology","ffr","imr","microvascular disease"],"pricing":"free","account":"none","aiPowered":false,"educationalOnly":true,"makers":[{"name":"Yader Sandoval","handle":"yadersandoval","credentials":"MD, interventional cardiologist"}],"slug":"physiology-lab","url":"https://systole.live/labs/physiology.html","screenshot":"/screenshots/physiology-lab.jpg","addedAt":"2026-10-28","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/physiology-lab"},{"name":"mentalstatus.ai","tagline":"Practice psychiatric interviews by voice with AI-simulated patients.","description":"Set up a case from a preset or community case file, roll a random diagnosis, or build your own by diagnosis and mental status exam. After the live interview you get a structured debrief on your technique.","features":["Live voice interviews","Preset, community and random cases","Build a case by diagnosis and MSE","Blind mode with the diagnosis revealed at debrief","Debrief on interview technique"],"categories":["simulation","med-ed"],"specialties":["psychiatry"],"audiences":["students","residents"],"tags":["psychiatric interview","mental status exam","standardized patient","voice"],"pricing":"unknown","account":"optional","aiPowered":true,"educationalOnly":true,"makers":[{"name":"Connor Tukel"}],"slug":"mentalstatus","url":"https://mentalstatus.ai","screenshot":"/screenshots/mentalstatus.jpg","addedAt":"2026-10-28","checkedAt":"2026-11-05","status":"live","featured":true,"page":"https://clinicaltoolkit.ai/tools/mentalstatus"},{"name":"WNL","tagline":"Weekly AI summaries of what patients discuss in 1,000+ online communities.","description":"Within Normal Limits publishes weekly briefings by condition and medication, drawn from 1,001 patient communities, plus meta-briefings across related groups such as GLP-1s, antidepressants or biologics. Briefings can be browsed without an account; sign in to run your own analyses.","features":["Weekly briefings by condition and medication","Meta-briefings across related communities","Covers 1,001 patient communities","Custom analyses after sign-in"],"categories":["research","patient-facing"],"specialties":["multi-specialty"],"audiences":["attendings","residents","patients"],"tags":["patient experience","social listening","medications","reddit"],"pricing":"unknown","account":"optional","aiPowered":true,"educationalOnly":false,"makers":[{"name":"Connor Tukel"}],"slug":"wnl","url":"https://wnl.ai","screenshot":"/screenshots/wnl.jpg","addedAt":"2026-10-28","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/wnl"},{"name":"Achilles Plan: clavicle reconstruction","tagline":"3D planner for graft size and plate fit after clavicle resection.","description":"Measures the defect, shapes a graft from the stump's own cross-section, and fits a hook plate by brand, hook depth and length, counting screws in native bone and graft. It was built for a single case, and its plates are labelled approximate templates, not implants.","features":["Defect gap and graft length measurement","Graft shaped from the stump's cross-section","Hook plate options by brand, hook depth and length","Slide and lift the plate along the clavicle","Screw count in native bone, graft and off bone","Superior, anterior, posterior, lateral and iso views"],"categories":["planning"],"specialties":["orthopedics","surgery"],"audiences":["attendings","residents","fellows"],"tags":["3d planning","clavicle","bone graft","hook plate","surgical planning"],"pricing":"free","account":"none","aiPowered":false,"educationalOnly":false,"makers":[{"name":"Bruno Gobbato","handle":"bgobbato1981","credentials":"Orthopedic shoulder surgeon, Brazil"}],"slug":"achillesplan","url":"https://achillesplan.vercel.app","screenshot":"/screenshots/achillesplan.jpg","addedAt":"2026-10-28","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/achillesplan"},{"name":"StrokeBot","tagline":"Acute stroke code simulator for trainees.","description":"Each case gives you a patient, vitals and a last-known-well time; some arrive by EMS and some start as inpatient codes. You order the workup, choose treatment such as TNK or thrombectomy, and decide disposition. Learning mode has fewer stroke mimics and more cases eligible for intervention; Realistic mode has more mimics and contraindications.","features":["Randomized cases, from EMS arrivals and inpatient codes","Order NIHSS, CT, CTA, CT perfusion or hyperacute MRI","TNK or thrombectomy, with time windows shown","Disposition to stroke unit or neuro ICU","Learning and Realistic modes","Action log and case snapshot"],"categories":["simulation","med-ed"],"specialties":["neurology","emergency-medicine"],"audiences":["students","residents"],"tags":["stroke","code stroke","thrombolysis","thrombectomy","case simulation"],"pricing":"free","account":"none","aiPowered":false,"educationalOnly":true,"makers":[{"name":"Micah Etter","credentials":"MD"}],"slug":"strokebot","url":"https://www.strokebot.me","screenshot":"/screenshots/strokebot.jpg","addedAt":"2026-10-28","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/strokebot"},{"name":"ePrognosis","tagline":"Validated prognostic indices for older adults, as bedside calculators.","description":"Built from a 2011 JAMA systematic review, with indices sorted by setting (community, hospital, nursing home). It also has cancer screening and time-to-benefit tools, communication-skills videos, and PEARL, an AI chatbot for discussing prognosis. The site calls itself a rough guide for clinicians, not the sole basis for decisions.","features":["Mortality calculators sorted by setting","Accuracy, generalizability and bias notes for each index","Cancer screening and time-to-benefit tools","PEARL, an AI chatbot for prognosis conversations","Communication-skills videos","Portuguese version of the Walter Index"],"categories":["clinical-decision-support","med-ed"],"specialties":["internal-medicine","hospital-medicine","family-medicine"],"audiences":["attendings","residents"],"tags":["geriatrics","prognosis","palliative care","risk calculators","shared decision making"],"pricing":"free","account":"none","aiPowered":true,"educationalOnly":false,"makers":[{"name":"Alex Smith","handle":"AlexSmithMD","credentials":"MD MPH MS, UCSF Geriatrics"},{"name":"Sei Lee","credentials":"MD MAS, UCSF Geriatrics"}],"slug":"eprognosis","url":"https://eprognosis.ucsf.edu","screenshot":"/screenshots/eprognosis.jpg","addedAt":"2026-10-28","checkedAt":"2026-11-05","status":"live","featured":true,"page":"https://clinicaltoolkit.ai/tools/eprognosis"},{"name":"Ventriculus","tagline":"Twelve cardiology simulators and references built on a running heart model.","description":"Tools include a cath lab on 3D anatomy, an EP lab, a device programmer, a cardiogenic shock simulator, an Ischemia Lab and a Valve Clinic, plus an ECG atlas, echo guide and drug reference. Tracings, pressures and electrograms come from the underlying model, so changing the heart changes every output. 11 of the 12 tools need no account.","features":["Cath lab on BodyParts3D anatomy, left and right heart","EP lab through programmed stimulation, mapping and ablation","Pacemaker, ICD and CRT programmer on a live rhythm","Cardiogenic shock simulator in 15-minute sessions","Ischemia Lab and Valve Clinic","Bedside exam, nuclear lab, ECG atlas, echo guide, drug reference and pre-op pathway"],"categories":["simulation","med-ed"],"specialties":["cardiology","interventional-cardiology","electrophysiology","critical-care","cardiac-imaging"],"audiences":["students","residents","fellows","nurses","educators"],"tags":["cardiac catheterization","electrophysiology","pacemaker","cardiogenic shock","ecg","echocardiography"],"pricing":"free","pricingDetails":"Free; no ads or paid tier","account":"optional","aiPowered":false,"educationalOnly":true,"makers":[{"name":"Berke Cenktug Korucu","handle":"BerkeKorucuMD","credentials":"MD"}],"slug":"ventriculus","url":"https://ventriculus.org","screenshot":"/screenshots/ventriculus.jpg","addedAt":"2026-11-03","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/ventriculus"},{"name":"Easy LA Segmentator","tagline":"Offline desktop app that builds 3D left atrium and pulmonary vein models from CT.","description":"Runs TotalSegmentator on a cardiac CT to segment the left atrium, pulmonary veins and appendage, then reports LA volume, labels each vein, measures the ostia and flags variants. Models export to STL, VTK for CARTO 3 and OPAL HDx, and DICOM for EnSite X. For Windows and Apple-silicon Macs; the README says research use only, not a medical device.","features":["Quick model or full analysis with ostium diameter and area","Flags common trunks, accessory or middle veins and ostium size","EP views, cut plane, ruler and semi-automatic ostium adjustment","STL, VTK (CARTO 3, OPAL HDx) and DICOM (EnSite X) export","Runs offline; images stay on your computer"],"categories":["planning","research"],"specialties":["electrophysiology","cardiac-imaging"],"audiences":["attendings","fellows"],"tags":["left atrium","pulmonary veins","cardiac ct","segmentation","pulsed field ablation","cryoablation"],"pricing":"free","pricingDetails":"Free for non-commercial research; needs a free TotalSegmentator academic licence key","account":"none","aiPowered":true,"educationalOnly":false,"makers":[{"name":"Mikael Laredo","handle":"LaredoMikael","credentials":"MD, cardiac electrophysiologist, Pitié-Salpêtrière / Sorbonne"}],"slug":"easy-la-segmentator","url":"https://github.com/mikaellaredo/easy-la-segmentator","screenshot":"/screenshots/easy-la-segmentator.jpg","builtWithAI":true,"addedAt":"2026-11-03","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/easy-la-segmentator"},{"name":"Sandoval Troponin Lab","tagline":"Educational site on cardiac troponin, its assays and 0/1 h algorithms.","description":"Covers the troponin molecule, 71 assays and their cut-offs, injury versus infarction, risk stratification and interferences. Tools include a delta calculator, assay-specific 0/1 h and 0/2 h cut-offs and side-by-side guideline timing. In beta; the site says it is not for clinical use.","features":["Identify an assay from a lab report and compare two results","0/1 h and 0/2 h cut-offs by assay, with a delta calculator","Guideline timing side by side","Interferences and results that don't fit","3D molecule viewer, a 10-minute course and a quiz"],"categories":["med-ed","literature"],"specialties":["cardiology","emergency-medicine","internal-medicine"],"audiences":["students","residents","fellows","attendings"],"tags":["troponin","myocardial infarction","biomarkers","high-sensitivity assays","chest pain"],"pricing":"free","account":"none","aiPowered":false,"educationalOnly":true,"makers":[{"name":"Yader Sandoval","handle":"yadersandoval","credentials":"MD, interventional cardiologist"}],"slug":"troponin-lab","url":"https://systole.live/labs/troponin.html","screenshot":"/screenshots/troponin-lab.jpg","addedAt":"2026-11-03","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/troponin-lab"},{"name":"PracticeIVUS","tagline":"IVUS trainer for stent sizing and optimization on synthetic pullbacks.","description":"Measure lumen and EEM on a pullback linked to an angiogram, find the minimal lumen area, then size, deploy and optimize a stent. An atlas covers plaque types, calcium, thrombus, dissection and stent findings. Images are synthetic and outcome numbers are illustrative.","features":["Calcified, fibrous and lipid-rich cases","Lumen and EEM tracing with plaque burden and calcium arc","Stent sizing, lesion preparation and postdilation","Atlas of 20+ findings","Name-the-finding quiz"],"categories":["simulation","med-ed"],"specialties":["interventional-cardiology","cardiac-imaging"],"audiences":["fellows","attendings"],"tags":["ivus","intravascular imaging","stent optimization","pci"],"pricing":"free","account":"none","aiPowered":false,"educationalOnly":true,"makers":[{"name":"Abdul Mannan Khan Minhas","handle":"AbdulMannan5465","credentials":"MBBS; cardiovascular disease fellow, Baylor College of Medicine"}],"slug":"practice-ivus","url":"https://dramkm.netlify.app/images/uploads/practiceivus-beta-.html","screenshot":"/screenshots/practice-ivus.jpg","builtWithAI":true,"addedAt":"2026-11-03","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/practice-ivus"},{"name":"Vascular Closure Device Trainers","tagline":"Deployment trainers for Angio-Seal, MynxGrip and Perclose ProGlide.","description":"Each trainer steps through deployment on a schematic cutaway of the femoral artery: 18 steps for Angio-Seal VIP, 23 for MynxGrip and 25 for Perclose ProGlide. Practice mode prompts each step and Recall mode has you do it from memory.","features":["Angio-Seal VIP, MynxGrip and Perclose ProGlide","Practice mode with prompts","Recall mode from memory","Labelled device parts with a quiz","Memory lines for each phase"],"categories":["simulation","med-ed"],"specialties":["interventional-cardiology","interventional-radiology"],"audiences":["fellows","residents"],"tags":["vascular closure","femoral access","angio-seal","perclose","mynxgrip"],"pricing":"free","account":"none","aiPowered":false,"educationalOnly":false,"makers":[{"name":"Abdul Mannan Khan Minhas","handle":"AbdulMannan5465","credentials":"MBBS; cardiovascular disease fellow, Baylor College of Medicine"}],"slug":"closure-device-trainers","url":"https://dramkm.netlify.app/projects.html","screenshot":"/screenshots/closure-device-trainers.jpg","addedAt":"2026-11-03","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/closure-device-trainers"},{"name":"Rad Onc Oral Board Sim","tagline":"iPhone app for practicing radiation oncology oral boards out loud.","description":"The app generates cases with AI, listens to your spoken answers and asks follow-up questions. Cases run in five steps from history to surveillance, and feedback scores reasoning, knowledge, safety and communication. Sign-in is required.","features":["Spoken answers with follow-up questions","AI-generated cases across disease sites","Scored feedback with gaps and trials to cite","Progress by disease site","Reference library of landmark trials, NCCN and QUANTEC constraints"],"categories":["med-ed","simulation"],"specialties":["radiation-oncology","oncology"],"audiences":["residents","attendings","students"],"tags":["oral boards","board prep","radiation oncology","voice"],"pricing":"freemium","pricingDetails":"3 free credits (Breast, CNS and GI always free); credit packs, $19.99/month or $149.99/year","account":"required","aiPowered":true,"educationalOnly":true,"makers":[{"name":"Navid Fallahi","handle":"NavidFallahi_MD","credentials":"MD, radiation oncology resident, VCU Massey"}],"slug":"rad-onc-oral-board-sim","url":"https://apps.apple.com/us/app/rad-onc-oral-board-sim/id6760372188","screenshot":"/screenshots/rad-onc-oral-board-sim.jpg","addedAt":"2026-11-03","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/rad-onc-oral-board-sim"},{"name":"Coronary Culprit","tagline":"Occlude a coronary artery on a 3D heart and see the ECG and echo change.","description":"Click an artery or segment to occlude it and follow the 12-lead, ST vector and wall motion through hyperacute, acute, evolving and reperfused phases. Scenarios include classic territories, subtle OMI and OMI mimics, with a course, ten cases, drills and a timed challenge.","features":["Rotatable 3D heart with selectable arteries and segments","12-lead with ST values, right-sided and posterior leads","Echo views with regional wall motion","Timeline through to reperfusion","Subtle OMI patterns and mimics","Course, ten cases, drills and a challenge mode"],"categories":["med-ed","simulation"],"specialties":["cardiology","emergency-medicine"],"audiences":["students","residents","fellows","attendings"],"tags":["occlusion mi","stemi","ecg","coronary anatomy","echocardiography"],"pricing":"free","pricingDetails":"Free; optional contribution","account":"none","aiPowered":false,"educationalOnly":false,"makers":[{"name":"Cliff Reid","handle":"cliffreid","credentials":"Emergency, intensive care and prehospital physician, Sydney"}],"slug":"coronary-culprit","url":"https://cliffreid.com/culprit/","screenshot":"/screenshots/coronary-culprit.jpg","builtWithAI":true,"addedAt":"2026-11-03","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/coronary-culprit"},{"name":"ECG Toolkit","tagline":"Four browser tools for ECG calipers, laddergrams, QTc and comparing tracings.","description":"ECG Markup adds calibrated calipers and annotations, Ladder Studio draws laddergrams, the QTc Calculator measures the QT using a small neural network, and Compare shows an old and new tracing side by side at the same scale. Tracings are processed on your device and never uploaded.","features":["Calibrated calipers, arrows, boxes, text and redaction","Ladder Studio laddergrams, with a pacemaker timing beta","QTc from six formulas, measured on device","Compare two tracings at the same scale","Automatic grid detection for calibration","Installable on phones"],"categories":["clinical-decision-support","med-ed"],"specialties":["electrophysiology","cardiology"],"audiences":["residents","fellows","attendings"],"tags":["ecg","calipers","laddergram","qtc"],"pricing":"free","account":"none","aiPowered":true,"educationalOnly":false,"makers":[{"name":"Willy Frick","handle":"willyhfrick","credentials":"Electrophysiologist"}],"slug":"ecg-toolkit","url":"https://ecgtoolkit.com","screenshot":"/screenshots/ecg-toolkit.jpg","addedAt":"2026-11-03","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/ecg-toolkit"},{"name":"Dipole","tagline":"ECG atlas where a 3D dipole model draws all twelve leads.","description":"Regions of the heart depolarise, sum into a heart vector, and each lead draws its projection. There are 19 lessons, 55 adjustable patterns covering blocks, infarcts, electrolytes and channelopathies, and quizzes that mix generated cases with PTB-XL recordings.","features":["19 lessons in three tiers","55 adjustable patterns","Anatomy and coronary views","Quizzes with generated cases and PTB-XL recordings","Progress saved in your browser"],"categories":["med-ed","simulation"],"specialties":["cardiology"],"audiences":["students","residents"],"tags":["ecg","vectorcardiography","atlas","ecg interpretation"],"pricing":"free","account":"none","aiPowered":false,"educationalOnly":true,"makers":[{"name":"Talal Warsi","handle":"docwarsi","credentials":"MD, NHS doctor; cardiology and AI research"}],"slug":"dipole","url":"https://dipoleecg.com","screenshot":"/screenshots/dipole.jpg","addedAt":"2026-11-03","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/dipole"},{"name":"Surgical Outcome Risk Tool (SORT)","tagline":"Estimates 30-day mortality after inpatient surgery in adults.","description":"SORTv2 uses the procedure and its severity, ASA-PS, urgency, cancer and age, and can combine the result with the clinician's own estimate. It was derived from over 19,000 patients in the NCEPOD Knowing the Risk study and externally validated in 2020.","features":["Procedure picker that sets surgical severity","Six preoperative variables","Optional clinician estimate of risk (SORTv2)"],"categories":["clinical-decision-support"],"specialties":["anesthesiology","surgery"],"audiences":["attendings","residents"],"tags":["perioperative risk","mortality","surgical risk","calculator"],"pricing":"free","account":"none","aiPowered":false,"educationalOnly":false,"makers":[{"name":"S. Ramani Moonesinghe","credentials":"Anaesthetist; UCL/UCLH Surgical Outcomes Research Centre"},{"name":"Karen Protopapa","credentials":"NCEPOD"},{"name":"Neil Smith","credentials":"NCEPOD"}],"slug":"sort","url":"https://www.sortsurgery.com/","screenshot":"/screenshots/sort.jpg","addedAt":"2026-11-03","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/sort"},{"name":"BiliTool","tagline":"Newborn jaundice calculator based on the 2022 AAP hyperbilirubinemia guideline.","description":"For infants of 35 or more weeks' gestation. Enter age in hours (or birth and sample times), total bilirubin, gestational age and neurotoxicity risk factors to get phototherapy and follow-up recommendations. The public site has run for over 15 years; an EMR-integrated version is offered separately.","features":["Age in hours from birth and sample times, or entered directly","Total bilirubin in mg/dL or µmol/L","Neurotoxicity risk factors built into thresholds","Phototherapy and exchange transfusion threshold charts","AAP flowcharts","BiliTool EMR version for health systems"],"categories":["clinical-decision-support"],"specialties":["pediatrics","family-medicine"],"audiences":["attendings","residents","nurses"],"tags":["neonatal jaundice","hyperbilirubinemia","phototherapy","newborn","aap guideline"],"pricing":"free","pricingDetails":"Public site free; EMR version offered separately","account":"none","aiPowered":false,"educationalOnly":false,"makers":[{"name":"Tony Burgos","credentials":"MD, MPH; co-founder and president, BiliTool Inc."},{"name":"Chris Longhurst","credentials":"MD; co-founder; Chief Medical Officer and Chief Digital Officer, UC San Diego Health"},{"name":"Stuart Turner","credentials":"DVM, MS, biomedical informaticist; co-founder"}],"slug":"bilitool","url":"https://bilitool.org","screenshot":"/screenshots/bilitool.jpg","addedAt":"2026-11-03","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/bilitool"},{"name":"ARPI Treatment Effect Calculator","tagline":"Estimates the benefit of adding an ARPI to ADT in mHSPC by baseline risk.","description":"Enter nine clinical and lab values to see the 4-year risk of death with ADT alone and with an androgen receptor pathway inhibitor added. It is the web version of the arpirisk R package and runs in the browser via Shinylive, so the first load can take a minute.","features":["Nine inputs: ECOG PS, Gleason, visceral and bone metastases, PSA, hemoglobin, albumin, ALP, LDH","4-year risk of death with ADT alone and with ARPI plus ADT","Treatment effect across baseline risk","Unit switching and example patients","Runs in the browser; values are not stored","Open-source arpirisk R package"],"categories":["clinical-decision-support","research"],"specialties":["urology","oncology"],"audiences":["attendings","fellows","residents"],"tags":["prostate cancer","mhspc","androgen receptor pathway inhibitors","risk prediction","treatment effect","shiny"],"pricing":"free","account":"none","aiPowered":false,"educationalOnly":true,"makers":[{"name":"Wataru Fukuokaya","url":"https://github.com/wfukuokaya","credentials":"Urologist, The Jikei University School of Medicine"}],"slug":"arpi-estimator","url":"https://arpi-treatment-effect-estimator.pages.dev","screenshot":"/screenshots/arpi-estimator.jpg","openSourceUrl":"https://github.com/wfukuokaya/arpirisk-app","addedAt":"2026-11-03","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/arpi-estimator"},{"name":"Cardia","tagline":"Seventeen browser cardiology modules built around one 3D heart.","description":"Modules cover anatomy and examination, cath lab and hemodynamics, imaging, electrophysiology and pharmacology. Changing a pressure, projection or section in one place updates the rest. In Turkish and English, with no install or account.","features":["3D atlas of chambers, valves and the coronary tree","Pressure-volume loops, Frank-Starling and Wiggers diagram","Auscultation points, murmurs, JVP and pulses","Right and left heart cath with pressure waveforms","C-arm projections: LAO/RAO, cranial and caudal","Imaging, electrophysiology and pharmacology modules"],"categories":["simulation","med-ed"],"specialties":["cardiology","cardiac-imaging"],"audiences":["students","residents","fellows","educators"],"tags":["3d anatomy","hemodynamics","cath lab","pv loops","auscultation"],"pricing":"free","account":"none","aiPowered":false,"educationalOnly":true,"makers":[{"name":"Dr. Yusuf Hoşoğlu","url":"https://drtr.uk"}],"slug":"cardia","url":"https://3d.drtr.uk","screenshot":"/screenshots/cardia.jpg","addedAt":"2026-11-03","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/cardia"},{"name":"ClinCalc","tagline":"Dosing, pharmacokinetic and risk calculators from a clinical pharmacist.","description":"Calculators span cardiology, critical care, nephrology, infectious disease, nutrition, pharmacokinetics and statistics. ClinCalc DrugStats ranks the most prescribed US drugs.","features":["Vancomycin and aminoglycoside dosing","Creatinine clearance and GFR","Opioid equianalgesic converter","ASCVD risk with PCE and PREVENT","DrugStats on the most prescribed US drugs","ICU Trials, RxFlip and RxHero apps"],"categories":["clinical-decision-support","med-ed"],"specialties":["pharmacy","critical-care","infectious-disease","nephrology","cardiology","internal-medicine"],"audiences":["attendings","residents","students","nurses"],"tags":["calculators","pharmacokinetics","vancomycin","renal dosing","opioid conversion","ascvd"],"pricing":"free","pricingDetails":"Calculators free; separate courses and apps","account":"none","aiPowered":false,"educationalOnly":false,"makers":[{"name":"Sean Kane","url":"https://clincalc.com/About.aspx","credentials":"PharmD, BCPS, Professor of Pharmacy Practice, Rosalind Franklin University"}],"slug":"clincalc","url":"https://clincalc.com/","screenshot":"/screenshots/clincalc.jpg","addedAt":"2026-11-03","checkedAt":"2026-11-05","status":"live","featured":true,"page":"https://clinicaltoolkit.ai/tools/clincalc"},{"name":"GlobalRPh","tagline":"IV dilution guides, dosing calculators and drug references from a pharmacist.","description":"Started in 2000 on the Detroit VA Medical Center intranet as dilution guidelines for parenteral drugs. It now has calculators by specialty, pharmacokinetic tools including vancomycin AUC dosing, renal, oncology and infectious disease dosing sections, and lab values.","features":["IV dilution protocols, including oncology","Calculators sorted by specialty","Vancomycin AUC and Bayesian dosing (beta)","Renal dosing and a creatinine clearance multi-calculator","Drug tables, lab values and SI unit conversion","Medical abbreviations and terminology"],"categories":["clinical-decision-support","med-ed"],"specialties":["pharmacy","internal-medicine","infectious-disease","oncology","nephrology"],"audiences":["attendings","residents","nurses","students"],"tags":["iv dilutions","drug dosing","pharmacokinetics","vancomycin","renal dosing","medical calculators"],"pricing":"free","account":"optional","aiPowered":false,"educationalOnly":false,"makers":[{"name":"David McAuley","url":"https://globalrph.com/about/","credentials":"PharmD, RPh"}],"slug":"globalrph","url":"https://globalrph.com","screenshot":"/screenshots/globalrph.jpg","addedAt":"2026-11-03","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/globalrph"},{"name":"MedikQuantis","tagline":"74 open-source clinical scores in Catalan, Spanish and English, with a free API.","description":"Scores span 20 specialties, each linked to its original PubMed reference, and results can be explained in clinician or plain-language wording. All scores are available through a free REST API, and the code is MIT-licensed.","features":["CHA₂DS₂-VASc, HEART, SOFA, NIHSS, MELD 3.0, CKD-EPI 2021 and more","Language switch on every page","Clinician or plain-language results, with a copyable EHR note","PubMed reference for every score","Free REST API with OpenAPI 3.1 docs, no authentication","MIT-licensed source with a Zenodo DOI"],"categories":["clinical-decision-support"],"specialties":["multi-specialty","internal-medicine","emergency-medicine","critical-care","cardiology","nephrology"],"audiences":["attendings","residents"],"tags":["medical calculators","risk scores","multilingual","catalan","spanish","open source","api"],"pricing":"free","account":"none","aiPowered":false,"educationalOnly":true,"makers":[{"name":"Laura Piñero Roig","url":"https://github.com/laurapiro17","credentials":"Medical student, Barcelona"}],"slug":"medikquantis","url":"https://medikquantis.me","screenshot":"/screenshots/medikquantis.jpg","openSourceUrl":"https://github.com/laurapiro17/medikquantis","addedAt":"2026-11-03","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/medikquantis"},{"name":"OB Wheel+","tagline":"iPhone pregnancy wheel for dating and prenatal milestones.","description":"Dates a pregnancy from the LMP, a known due date, an IVF transfer (day 3 or 5) or gestational age on a scan. It projects gestational age to any date and lists screenings and vaccines by trimester. Free; an updated version of the developer's Preg Wheel app.","features":["Dating from LMP, EDD, IVF transfer or scan","Gestational age on any future date","Dating scan, NIPT, NT, anatomy scan, glucose test and GBS milestones","Tdap, RSV vaccine and Rhogam timing","Trimester filters"],"categories":["clinical-decision-support"],"specialties":["obstetrics-gynecology","family-medicine"],"audiences":["attendings","residents","nurses","students"],"tags":["pregnancy dating","due date","gestational age","prenatal care","ivf","ios"],"pricing":"free","account":"unknown","aiPowered":false,"educationalOnly":true,"makers":[{"name":"Andrew Yu","url":"https://medicine.yale.edu/obgyn/profile/andrew-yu-ay433/","credentials":"MD, OB/GYN, board certified in clinical informatics"}],"slug":"ob-wheel","url":"https://apps.apple.com/us/app/ob-wheel/id6757197344","screenshot":"/screenshots/ob-wheel.jpg","addedAt":"2026-11-03","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/ob-wheel"},{"name":"Data-Driven PD Subtype Calculator","tagline":"Assigns a Parkinson's disease subtype from scale scores and years since diagnosis.","description":"Compares MDS-UPDRS II and III, PIGD/TD ratio, RBDSQ, SCOPA-AUT and MoCA with year-specific 75th-percentile thresholds from 1,030 de novo PPMI patients. It then applies the Fereshtehnejad 2017 rule to classify diffuse malignant, intermediate or mild motor-predominant disease. It accompanies a 2026 Movement Disorders Clinical Practice paper.","features":["MDS-UPDRS II and III, PIGD/TD ratio, RBDSQ-13, SCOPA-AUT and MoCA inputs","PIGD/TD ratio entered or computed from raw items","Thresholds for years 1–5 after diagnosis","Channel-by-channel breakdown and motor composite z-score","DM-PD, IM-PD or MMP-PD by the Fereshtehnejad 2017 rule","Code and cutoff data on GitHub"],"categories":["clinical-decision-support","research"],"specialties":["neurology"],"audiences":["attendings","fellows","residents"],"tags":["parkinson's disease","movement disorders","subtyping","mds-updrs","ppmi"],"pricing":"free","account":"none","aiPowered":false,"educationalOnly":false,"makers":[{"name":"Ahmed Negida","url":"https://github.com/Negidamd","credentials":"MBBCh, PhD; Parkinson's & Movement Disorders Center, Department of Neurology, Virginia Commonwealth University"}],"slug":"pd-subtype-calculator","url":"https://negidamd.github.io/data-driven-pd-subtype-calculator/","screenshot":"/screenshots/pd-subtype-calculator.jpg","openSourceUrl":"https://github.com/Negidamd/data-driven-pd-subtype-calculator","addedAt":"2026-11-03","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/pd-subtype-calculator"},{"name":"The POCUS Atlas","tagline":"Free, peer-reviewed library of point-of-care ultrasound images and nerve blocks.","description":"Images are organised by organ system, with separate nerve block and pediatric atlases and infographic summaries of POCUS research. Image Review modules cover topics such as RUSH, ectopic pregnancy and optic nerve sheath diameter. Clinicians can submit images for peer review.","features":["Image Atlas by organ system","Nerve Block Atlas, including PENG and TAP blocks","POCUS Atlas Jr for pediatrics","Evidence Atlas infographics","Gastric volume calculator","SonoDefenders image-identification game"],"categories":["med-ed","literature"],"specialties":["point-of-care-ultrasound","emergency-medicine","anesthesiology","pediatrics","critical-care"],"audiences":["students","residents","fellows","attendings","educators"],"tags":["ultrasound","pocus","image atlas","nerve blocks","regional anesthesia"],"pricing":"free","pricingDetails":"Free and open access; merchandise supports the site","account":"none","aiPowered":false,"educationalOnly":true,"makers":[{"name":"Michael Macias","handle":"emedcurious","credentials":"MD, ultrasound director; founder"},{"name":"Matthew Riscinti","handle":"mriscinti","credentials":"MD, ED Ultrasound Director, Denver Health; co-founder"},{"name":"Tom Fadial","credentials":"MD, Evidence Atlas developer, McGovern Medical School at UTHealth"}],"slug":"pocus-atlas","url":"https://www.thepocusatlas.com/","screenshot":"/screenshots/pocus-atlas.jpg","addedAt":"2026-11-03","checkedAt":"2026-11-05","status":"live","featured":true,"page":"https://clinicaltoolkit.ai/tools/pocus-atlas"},{"name":"RAD at Hand","tagline":"RADS calculators, ACR incidental-finding guidance and PACS-style radiology cases.","description":"Calculators cover O-RADS, TI-RADS, Lung-RADS, PI-RADS, LI-RADS, CAD-RADS, VI-RADS and common measurements. The incidental findings tool gives management recommendations for CT and MRI findings based on ACR guidance, and CaseBank has scrollable cases. iOS and Android apps add a Core exam question bank.","features":["O-RADS, TI-RADS, Lung-RADS, PI-RADS, LI-RADS, CAD-RADS and VI-RADS","Incidental findings manager based on ACR recommendations","Radiology CaseBank with PACS-style scrolling","Adrenal washout, PSA density and NASCET stenosis","On-call essentials for residents","iOS and Android apps with a Core exam QBank"],"categories":["clinical-decision-support","med-ed"],"specialties":["radiology"],"audiences":["residents","fellows","attendings"],"tags":["rads","li-rads","ti-rads","incidentalomas","acr","radiology cases"],"pricing":"free","account":"optional","aiPowered":false,"educationalOnly":false,"makers":[{"name":"Pooyan Khalighinejad","url":"https://radathand.com/about","credentials":"MD, neuroradiology fellow, Johns Hopkins"}],"slug":"rad-at-hand","url":"https://radathand.com/","screenshot":"/screenshots/rad-at-hand.jpg","addedAt":"2026-11-03","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/rad-at-hand"},{"name":"RadioGyan","tagline":"Radiology spotter and OSCE practice for residents preparing for exams.","description":"Paid plans include over 1,000 spotters and 2,000 OSCE questions for MD, DNB and FRCR exams. The site also has a case of the day, short teaching videos, reporting calculators and normal measurements.","features":["1,000+ spotters (paid)","2,000+ OSCE questions (paid)","Case of the Day","TI-RADS, adrenal washout, CT severity index, ASPECTS and Fleischner calculators","Normal measurements and anatomy links","Exam guides for residents"],"categories":["med-ed","clinical-decision-support"],"specialties":["radiology"],"audiences":["residents","students","attendings"],"tags":["radiology cases","spotters","frcr","board exams","radiology calculators"],"pricing":"freemium","pricingDetails":"Free tier; All-Access $89.99/quarter or $269.99/year; MCQ app $69.99/quarter","account":"optional","aiPowered":false,"educationalOnly":true,"makers":[{"name":"Amar Udare","url":"https://radiogyan.com/about/","credentials":"MD, DNB radio-diagnosis; abdominal imaging fellowship, University of Ottawa"}],"slug":"radiogyan","url":"https://radiogyan.com/","screenshot":"/screenshots/radiogyan.jpg","addedAt":"2026-11-03","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/radiogyan"},{"name":"Resus Room","tagline":"Run simulated resuscitations by voice on iPhone, iPad, Mac or Vision Pro.","description":"Speak or tap orders for compressions, shocks, drugs and airway while the monitor and patient respond. You read real ECGs, x-rays and ultrasound, name the diagnosis, choose disposition and get a scored debrief. Sign in with Apple is optional and syncs a training log.","features":["Twenty cases, including arrest, trauma, pediatric and newborn","On-device voice transcription, or tap and type","Live ECG, blood pressure, oxygen saturation and capnography","Real, credited ECGs, x-rays and ultrasound","Consultant pushback on diagnosis and disposition","Scored debrief with critical actions and guideline references"],"categories":["simulation","med-ed"],"specialties":["emergency-medicine","critical-care"],"audiences":["students","residents","attendings","nurses"],"tags":["resuscitation","acls","code blue","trauma","voice"],"pricing":"freemium","pricingDetails":"15 cases free; one-time Core Pack adds 5","account":"optional","aiPowered":true,"educationalOnly":true,"makers":[{"name":"Kim Trinh","credentials":"Emergency physician, per the app’s App Store listing"}],"slug":"resus-room","url":"https://apps.apple.com/us/app/resus-room/id6816563720","screenshot":"/screenshots/resus-room.jpg","addedAt":"2026-11-03","checkedAt":"2026-11-05","status":"live","featured":true,"page":"https://clinicaltoolkit.ai/tools/resus-room"},{"name":"Skin Cancer Quiz","tagline":"Swipe through real lesion photos and mark which ones look concerning.","description":"Mark each photo concerning or not and get the answer immediately, with a running score. Images come from openly licensed dermatology datasets. It is hosted on a consultant dermatologist's site next to a guide to recognising skin cancer.","features":["Real lesion photos from openly licensed datasets","Swipe or tap to answer","Instant feedback and a running score","Link to a guide on recognising skin cancer","Works on phones; no sign-up"],"categories":["patient-facing","med-ed"],"specialties":["dermatology","oncology"],"audiences":["patients","students"],"tags":["skin cancer","melanoma","moles","dermoscopy","quiz"],"pricing":"free","account":"none","aiPowered":false,"educationalOnly":true,"makers":[{"name":"Magnus Lynch","url":"https://www.drmagnuslynch.com/about","credentials":"MRCS FRCP, consultant dermatologist and Mohs surgeon, St John's Institute of Dermatology"}],"slug":"skin-cancer-quiz","url":"https://www.drmagnuslynch.com/skin-cancer-quiz","screenshot":"/screenshots/skin-cancer-quiz.jpg","builtWithAI":true,"addedAt":"2026-11-03","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/skin-cancer-quiz"},{"name":"SkinLab","tagline":"3D skin model you can cut, scar and treat with laser, TCA or punch excision.","description":"A voxel model of a 40 mm block of skin under tension, built from published tissue constants. Incise, punch or ablate it, watch it heal over a simulated year into a flat, hypertrophic or atrophic scar, then treat the scar. The maker describes it as a teaching and research model.","features":["Scalpel, punch, ablation, laser and TCA tools with set radius and depth","Scar formation over a simulated year, with a time scrubber","Acne scar generator for ice pick, boxcar and rolling scars","Fitzpatrick phototype setting","Section cut and layer controls","Scar report and a validation run against five published scenarios"],"categories":["simulation","med-ed"],"specialties":["dermatology","surgery"],"audiences":["students","residents","attendings","educators"],"tags":["skin","scarring","wound healing","acne scars","laser","dermatologic surgery"],"pricing":"free","account":"none","aiPowered":false,"educationalOnly":true,"makers":[{"name":"Magnus Lynch","url":"https://www.drmagnuslynch.com/about","credentials":"MRCS FRCP, consultant dermatologist and Mohs surgeon, St John's Institute of Dermatology"}],"slug":"skinlab","url":"https://www.drmagnuslynch.com/skin","screenshot":"/screenshots/skinlab.jpg","builtWithAI":true,"addedAt":"2026-11-03","checkedAt":"2026-11-05","status":"live","featured":true,"page":"https://clinicaltoolkit.ai/tools/skinlab"},{"name":"stanpumpR","tagline":"Plots predicted drug concentrations for any dosing regimen using published PK models.","description":"An open-source descendant of Stanford's STANPUMP. Enter boluses, infusions or target concentrations and it plots plasma and effect-site levels for anesthetics, opioids, neuromuscular blockers and many other drugs, including oral, regional and inhaled routes. A Single Paper Review tab uses Claude to check the model in an uploaded PK paper.","features":["Dose table for boluses, infusions and target concentrations","Live plasma and effect-site concentration curves","Drug library across many classes and routes","Covariates such as weight and age","Single Paper Review: AI check of a PK paper's model","Email a slide of the current simulation"],"categories":["simulation","clinical-decision-support","research"],"specialties":["anesthesiology","pharmacy","critical-care"],"audiences":["residents","fellows","attendings","educators"],"tags":["pharmacokinetics","pharmacodynamics","target-controlled infusion","propofol","opioids","inhaled anesthetics"],"pricing":"free","account":"none","aiPowered":true,"educationalOnly":false,"makers":[{"name":"Steven L. Shafer","url":"https://profiles.stanford.edu/steven-shafer","credentials":"MD, Professor Emeritus of Anesthesiology, Perioperative and Pain Medicine, Stanford"}],"slug":"stanpumpr","url":"https://steveshafer.shinyapps.io/stanpumpr/","screenshot":"/screenshots/stanpumpr.jpg","openSourceUrl":"https://github.com/StevenLShafer/stanpumpR","addedAt":"2026-11-03","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/stanpumpr"},{"name":"Johnson Truth Diagram","tagline":"Drag a box on a graph to see how sensitivity, PPV, LRs and prevalence relate.","description":"An interactive version of the 'truth diagram' the author published in 1999 as a graphical alternative to the 2×2 table. Moving or resizing one rectangle changes prevalence and every derived statistic. Nine lessons cover sensitivity and specificity through ROC curves and comparing two tests.","features":["Draggable 2×2 box that updates all four cells and prevalence","Nine lessons, sensitivity and specificity through ROC curves","Likelihood ratios and Bayes' theorem shown geometrically","Compare two tests side by side","Cost mode for weighing false results","References to the author's papers"],"categories":["med-ed"],"specialties":["radiology","multi-specialty"],"audiences":["students","residents","attendings","educators"],"tags":["biostatistics","diagnostic testing","sensitivity","specificity","likelihood ratio","bayes"],"pricing":"free","account":"none","aiPowered":false,"educationalOnly":true,"makers":[{"name":"Kevin M. Johnson","credentials":"MD, radiologist; author of the 1999 truth-diagram paper"}],"slug":"truth-diagram","url":"https://kmrjohnson55.github.io/truth-diagram/","screenshot":"/screenshots/truth-diagram.jpg","addedAt":"2026-11-03","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/truth-diagram"},{"name":"Vancomycin AUC Dosing Calculator","tagline":"Vancomycin AUC dosing calculator with empiric, two-level and Bayesian modes.","description":"A Traditional Chinese calculator targeting AUC/MIC 400–600 per the 2020 ASHP/IDSA consensus. Modes cover an empiric starting dose, Sawchuk-Zaske back-calculation from two levels, and a Bayesian estimate from one or two levels using a Goti 2018 prior. The page says doses need pharmacist or physician review and the Bayesian mode is not independently validated.","features":["Empiric dose with Matzke or Crass (obesity) clearance","Two-level Sawchuk-Zaske AUC24 with adjustment advice","Bayesian AUC from 1–2 levels, including non-steady-state","AUC24 target adjustable from 400 to 600 mg·h/L","Safety checks for AKI, AUC above 600 and hemodialysis","Client-side only; entered data stays in the browser"],"categories":["clinical-decision-support"],"specialties":["pharmacy","infectious-disease"],"audiences":["attendings","residents"],"tags":["vancomycin","pharmacokinetics","auc dosing","bayesian dosing","therapeutic drug monitoring","traditional chinese"],"pricing":"free","account":"none","aiPowered":false,"educationalOnly":false,"makers":[{"name":"Che-chia Liang","url":"https://github.com/liangRXdev","credentials":"Clinical pharmacist, Taichung, Taiwan"}],"slug":"vanco-auc-calc","url":"https://liangrxdev.github.io/vanco-auc-calc/","screenshot":"/screenshots/vanco-auc-calc.jpg","openSourceUrl":"https://github.com/liangRXdev/vanco-auc-calc","addedAt":"2026-11-03","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/vanco-auc-calc"},{"name":"NephSIM","tagline":"Case-based nephrology teaching with urine sediment, imaging and pathology galleries.","description":"57 fictitious cases with built-in teaching prompts cover AKI, glomerular disease, electrolytes, acid-base, dialysis, transplant, critical care, palliative care and pediatrics. Galleries, a pathology primer, calculators and an educator's guide sit alongside, with some sections in Spanish. It won the ASN 2018 Innovations in Kidney Education contest.","features":["57 cases searchable by topic","Urine sediment gallery and Spin Urine! exercise","Ultrasound, vascular access and transplant images","Path 101 primer with images from Arkana Laboratories","Spanish cases and pathology (Escoge Tu Caso, Pato 101)","Educator's guide, acid-base section and calculators"],"categories":["med-ed"],"specialties":["nephrology"],"audiences":["students","residents","fellows"],"tags":["nephrology cases","urinalysis","acid-base","electrolytes","kidney pathology","transplant","dialysis"],"pricing":"free","account":"none","aiPowered":false,"educationalOnly":true,"makers":[{"name":"Samira Farouk","handle":"ssfarouk","credentials":"MD; co-founder; transplant nephrologist, Icahn School of Medicine at Mount Sinai"},{"name":"Rachel Hilburg","handle":"RachelHilburg","credentials":"MD; co-founder; nephrology, University of Pennsylvania"}],"slug":"nephsim","url":"https://nephsim.com","screenshot":"/screenshots/nephsim.jpg","addedAt":"2026-11-05","checkedAt":"2026-11-05","status":"live","page":"https://clinicaltoolkit.ai/tools/nephsim"}]}