Hidden Gem Monocot Root Model - Transverse Section - Precise Hand Painted Details - Labeled With Included Key Card - Mounted On Base - Eisco Labs - Going Fast [jBox6gyz]

Monocot Root Model - A Detailed Insight

Introducing the Eisco Labs Monocot Root Model, a meticulously crafted educational tool designed to provide an in-depth understanding of the structure and function of monocot roots. This high-quality model offers a large, 3D view of a monocot root, allowing for a comprehensive study of its various components. With its precise hand-painted details, the model stands out as an invaluable resource for students, educators, and professionals alike.

Key Features and Specifications

The Monocot Root Model is not just visually appealing; it is also highly informative. It features a robust structure that measures 11" long, 8.5" wide, and 1" thick, ensuring durability and longevity. The model is mounted on a sturdy base, which measures 13" long, 10" wide, and 1" thick, making it an excellent choice for both classroom and laboratory settings. The model is also equipped with a key card, which labels each part by number, making it easy to identify and understand the different components of the root. The following parts are labeled:

• Root Hair
• Epiblema
• Exodermis
• Cortex-Parenchymatous
• Inter Cellular Space
• Endodermis
• Strach Grain
• Pericycle
• Protoxylem Vessel
• Metaxylem Vessel
• Conjunctive Tissue
• Phloem Bundle
• Pith

Practical Uses and Benefits

The Eisco Labs Monocot Root Model is an essential tool for anyone interested in plant biology and botany. Its detailed representation of a monocot root allows for a thorough exploration of root anatomy and physiology. Whether you are a student studying plant science, a teacher preparing lesson plans, or a researcher conducting experiments, this model offers numerous practical benefits. Its precise hand-painted details and easy-to-read labels make it an ideal educational aid for understanding the complex structure of monocot roots. Invest in the Eisco Labs Monocot Root Model and unlock a world of learning opportunities in plant biology.