Today’s panel
Read the labs. Name the pattern.
One lab panel a day from Interpreting the Liver Panel. Turn on JavaScript to play here, or work through all 13 cases in the deck.
Transplant hepatology · Boston
Free tools for learning and practicing liver medicine, from transplant hepatologist Mohammad Almeqdadi, MD. No sign-in, nothing to install.
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Today’s panel
One lab panel a day from Interpreting the Liver Panel. Turn on JavaScript to play here, or work through all 13 cases in the deck.
Cases and simulators for students, residents, and fellows.
Practice reading liver labs: 13 patterns, guess the diagnosis, then see why.
Follow one patient with cirrhosis from the first clue in clinic to the transplant decision, answering questions along the way.
Change blood flow and resistance in the liver and watch portal pressure respond.
Pick a liver injury and a treatment, then watch the labs change over time.
Calculators built on published models.
Estimate liver cancer risk for a patient with chronic hepatitis B, using two published scores.
Estimate the chance of significant portal hypertension in cirrhosis from a few routine labs.
Estimate what AST, ALT, and LDH were hours or days ago, to time when a liver injury began.
Writing and signal tools that run in your browser.
Write a medical abstract with PubMed citations that appear as you type.
Open an EEG recording in your browser to review it and listen to it.
Nothing matches .
Try a broader word, or suggest the tool you were hoping for.
Changelog
HCC Risk, the Portal Hypertension Predictor, and the Backtracker now match this page, with a dark theme and a way back to every tool. The Backtracker updates as you type and draws its estimates.
Move a slider on the calculator and simulator cards, follow a guided path, and see which lobule zone each daily panel injures, with reference ranges on every lab.
One lab panel a day from Interpreting the Liver Panel. Name the pattern, keep your streak. The index now shows what each tool takes in and gives back.
Band-colored traces, a DSA band overlay and legend, and rule-based review candidates to step through.
Open a deidentified EDF recording in the browser, review it, and listen to it.
The case now opens with its four goals: recognize, interpret, stabilize, escalate.
About
Most of hepatology is pattern recognition. Patterns are easier to learn when you can move them.
Mohammad Almeqdadi, MD, trained in internal medicine at St. Elizabeth’s Medical Center, gastroenterology at SUNY Downstate, and transplant hepatology at Lahey Clinic. He is a transplant hepatologist and gastroenterologist at Tufts Medical Center in Boston. These tools grew out of clinical practice, trainee education, research, and a recurring need to make complex liver concepts easier to use.
Cite this collection
Mohammad Almeqdadi. Hepatology clinical tools and interactive cases. 2026. Available at: https://qaddodi.github.io/