Structure of a monocotyledonous seed (Maize)

Explore the intricate structure of a monocotyledonous seed with this interactive 3D simulation that takes you on a journey through its unique components. From the outer covering to the tiny embryo tucked inside, you can rotate, zoom, and study each part in detail. Experience the journey: Seed Coat and Fruit Wall: The outermost covering of the seed is a membranous seed coat that is typically fused with the fruit wall, as seen in cereals like maize. Endosperm: This is a bulky layer that stores food for the developing plant. The endosperm is separated from the embryo by a proteinous layer called the aleurone layer. Embryo: The embryo is small and situated in a groove at one end of the endosperm. It consists of a single, large, and shield-shaped cotyledon known as the scutellum. Embryonal Axis: This short axis contains the plumule and the radicle. Protective Sheaths: The plumule and radicle are enclosed in protective sheaths called the coleoptile and coleorhiza, respectively. This simulation brings the monocotyledonous seed to life, helping you understand the complex arrangement of parts that allow it to germinate and grow. It’s a powerful and engaging way to learn how monocot plants begin their life cycle.