beta-Carotene molecule 3D model

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ß-Carotene (CAS: 7235-40-7) Carotenes Are Naturally Found in Plants, Rarely in Animals Carotenes are vital components of photosynthesis, playing a crucial role in harnessing light energy. These unsaturated hydrocarbons have the chemical formula C40Hx and absorb UV and blue light. This selective absorption triggers the scattering of orange/red light, a phenomenon responsible for the vibrant hues found in carrots and many other fruits and vegetables, such as sweet potatoes. In human biology, ß-carotene is converted into retinal, a critical form of vitamin A essential for vision and overall health. The chemical pathway from ß-carotene to retinal showcases the intricate dance between light absorption and energy conversion in biological systems. Visualize Molecular Structures with Depth and Dimension ß-Carotene molecular structures are represented in three distinct formats: ball-and-stick, space-filling, and a simulated electrostatic (van der Waals) surface. This multifaceted representation allows users to delve deeper into the intricate bonds that govern this crucial molecule's behavior. Every object within the 3D scene is a highly editable primitive or metaball object, offering a flexible platform for further modification and exploration. By exporting these objects as C4D scenes, users can fully leverage the creative potential of 3D modeling software to examine and interact with ß-carotene from various angles.