Urea Cycle
The primary method of ammonia disposal. Occurs in the mitochondria and cytoplasm of the liver.
Inborn Errors of Metabolism
For the uninitiated, Sketchy uses a "Memory Palace" technique (Method of Loci) but drawn in a whimsical, Dr. Seuss-meets-Fantasy-art style. A single scene—say, a medieval castle, a harbor dock, or a laboratory—contains hundreds of symbolic cues.
How does this apply to biochemistry?
Take Glycogen Storage Diseases (GSDs), a notoriously heavy topic for Step 1. In a traditional text, you memorize:
In Sketchy Medical Biochemistry, you are shown a specific visual "story." For GSDs, students often recall a picture of a broken "level" system in a castle granary. The visual cues trigger the memory of the missing enzyme instantly. When you see a question about a child with a protuberant abdomen and seizures during fasting, your brain doesn't search through an alphabetical list; it searches the picture of the castle and sees the broken granary door (Glucose-6-phosphatase).
This is the core of the Biochem curriculum, often considered the most difficult section to memorize.
Before we discuss the solution, we must diagnose the disease. Medical biochemistry suffers from three fatal pedagogical flaws:
Sketchy Medical Biochemistry solves the "dropped pin" effect by anchoring every enzyme, substrate, and disease to a unique visual landscape.
Sketchy Medical Biochemistry
Urea Cycle
The primary method of ammonia disposal. Occurs in the mitochondria and cytoplasm of the liver.
Inborn Errors of Metabolism
For the uninitiated, Sketchy uses a "Memory Palace" technique (Method of Loci) but drawn in a whimsical, Dr. Seuss-meets-Fantasy-art style. A single scene—say, a medieval castle, a harbor dock, or a laboratory—contains hundreds of symbolic cues. sketchy medical biochemistry
How does this apply to biochemistry?
Take Glycogen Storage Diseases (GSDs), a notoriously heavy topic for Step 1. In a traditional text, you memorize: Urea Cycle
The primary method of ammonia disposal
In Sketchy Medical Biochemistry, you are shown a specific visual "story." For GSDs, students often recall a picture of a broken "level" system in a castle granary. The visual cues trigger the memory of the missing enzyme instantly. When you see a question about a child with a protuberant abdomen and seizures during fasting, your brain doesn't search through an alphabetical list; it searches the picture of the castle and sees the broken granary door (Glucose-6-phosphatase).
This is the core of the Biochem curriculum, often considered the most difficult section to memorize. Inborn Errors of Metabolism For the uninitiated, Sketchy
Before we discuss the solution, we must diagnose the disease. Medical biochemistry suffers from three fatal pedagogical flaws:
Sketchy Medical Biochemistry solves the "dropped pin" effect by anchoring every enzyme, substrate, and disease to a unique visual landscape.
