Lipid transport, cholesterol synthesis, and the urea cycle are notoriously difficult to track. Sketchy clarifies hyperlipidemias by using visual delivery trucks to represent chylomicrons, VLDL, and LDL. Amino acid derivatives and organic acidemias are similarly mapped out, turning abstract molecular structures into tangible, interactive elements. 4. Vitamins and Coenzymes
If you are currently planning your study schedule, let me know: What are you currently studying in school?
However, a warning: Do not buy Sketchy Biochem alone. The interface is designed for the entire suite. If you buy the "Biochemistry ONLY" add-on, you lose the cross-integration with Pharmacology (e.g., how Statins inhibit HMG-CoA reductase, which is drawn in the Cholesterol sketch). The magic happens when you realize the "Gym" from glycolysis sits right next to the "Gluconeogenesis Restaurant" (the liver) in the metabolic map.
: For intermolecular forces, a person in an "H-otel" with large muscles represents hydrogen bonds being the strongest type. sketchy medical biochemistry
Sketchy breaks down the vast medical biochemistry curriculum into digestible, organized modules. Here is a look at the major topics and how they are conceptualized: 1. Cellular and Molecular Biology
Represent specific enzymes, substrates, or hormones.
Missing a single enzyme or cofactor completely changes the clinical outcome, making precision mandatory. Lipid transport, cholesterol synthesis, and the urea cycle
Where does Thiamine (B1) fit? What does Biotin do? Sketchy visualizes the "cofactor keys" that turn the metabolic locks. For example, Vitamin K dependent clotting factors (2,7,9,10 & C,S) are represented by a specific "knights of the round table" visual that is nearly impossible to forget once seen.
From fatty acid synthesis and beta-oxidation to the complexities of cholesterol transport, lipid metabolism is highly testable. Sketchy uses clever analogies to explain hyperlipidemias and sphingolipidoses (like Gaucher and Niemann-Pick disease). Protein metabolism, nitrogen disposal, and the Urea Cycle are similarly unraveled, making hyperammonemia symptoms easy to spot in clinical vignettes. 4. Inborn Errors of Metabolism & Clinical Correlations
Part of the larger SketchyMedical suite (famous for SketchyMicro and SketchyPharm), the biochemistry module aims to turn the driest subject in medicine into a vivid, unforgettable story. But does it work? Is it worth the subscription? And how does it actually teach the rate-limiting enzyme of glycolysis? The interface is designed for the entire suite
Week 1 — Foundations (glycolysis, TCA, ETC, PDH, PPP). Week 2 — AA metabolism, urea cycle, aminoacidopathies. Week 3 — Lipids, cholesterol, lipoproteins, ketone bodies, bile acids. Week 4 — Nucleotide metabolism, heme synthesis/breakdown, clinical associations, rapid review.
After the video, open the static image look at the interactive hotspots. Click through each symbol to reinforce what it stands for. Try to recount the story to yourself out loud.
For the uninitiated, SketchyMedical uses a "visual mnemonic" framework. You watch a 10–20 minute video where an artist draws a complex, chaotic scene on a virtual canvas. Every single object in that drawing represents a fact, an enzyme, an inhibitor, or a disease.