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Polylab Molecular Model Set – Cholesterol (C₂₇H₄₆O) is a detailed, hands-on teaching model for illustrating the complex structure of cholesterol, one of the most essential lipids found in the human body. This model kit is crafted from high-quality, color-coded plastic components that clearly represent carbon, hydrogen, and oxygen atoms, allowing students to visualize the arrangement and bonding within this biologically significant molecule.

Designed for easy assembly and repeated use, the Cholesterol Molecular Model accurately depicts the fused ring system and hydrocarbon tail characteristic of cholesterol, which is vital for explaining concepts like membrane fluidity, steroid synthesis, and lipid biochemistry. The durable connectors ensure that the structure stays stable during demonstrations, while remaining simple to disassemble for storage.

Ideal for classrooms, college labs, or self-study, this Cholesterol Model Set helps students grasp the molecular geometry and chemical bonds that define cholesterol’s role in biological systems. It’s widely used in biology, biochemistry, and organic chemistry courses for teaching the structure of complex lipids and their functional importance.

Supplied in a sturdy storage box, this model set stays organized and ready for repeated lab use. Combine it with other Polylab Molecular Model Sets to build a complete teaching toolkit covering carbohydrates, proteins, nucleic acids, and more. For more advanced teaching aids, browse our Biochemistry Educational Models category. For reliable reference and accurate biological data, consult the PubChem Compound Database, which provides detailed information on cholesterol’s chemical properties.