Monocotyledonous Stem Section Model, 400X Enlarged MG17218

The Monocotyledonous Stem Section Model, 400X Enlarged (MG17218) is a highly detailed biological teaching model designed to illustrate the internal structure of a monocot stem in an enlarged and easy-to-understand format. Ideal for botany and life science education, this model helps students visualize plant anatomy that is typically only observable under a microscope.

Magnified 400 times, the model clearly displays key structures within a monocot stem, including the epidermis, ground tissue, and scattered vascular bundles. It highlights the arrangement of xylem and phloem, allowing learners to better understand how monocot plants transport water, nutrients, and sugars.

Unlike dicot stems, monocot stems have vascular bundles distributed throughout the stem, and this model effectively demonstrates this unique structural organization.

Key Features:

• 400X enlarged model of a monocotyledonous stem section

• Displays key structures including:

  • Epidermis

  • Ground tissue

  • Scattered vascular bundles

  • Xylem and phloem

• Illustrates the unique vascular arrangement of monocots

• Ideal for teaching plant anatomy and physiology

• Enlarged design for clear visualization

• Durable construction for repeated classroom use

• Mounted or display-ready for demonstrations

Educational Applications:

• Biology and botany education

• Plant anatomy and physiology courses

• Laboratory demonstrations

• Classroom teaching aids

Product Details:

• Product Name: Monocotyledonous Stem Section Model, 400X Enlarged

• SKU: MG17218

• Category: Anatomical & Biology Models

• Unit: Each

Enhance your plant science curriculum with this detailed monocot stem model, designed to provide clear, hands-on understanding of plant structure and vascular function.

Monocotyledonous Stem Section Model 400X Enlarged

This model magnified 400 times the natural size shows a transverse and longitudinal section through a monocot stem. Epidermis cortex central vascular cylinder and all major internal structures are well represented. Accompanying an interactive 3D anatomical model with augmented reality is a great tool to encourage learning and support. This platform allows students to engage in comparative analysis of anatomical models as they compare and contrast the structure of individual organs. This initiative also provides a platform for continuing education providing opportunities for all students to increase their knowledge of anatomy physiology and pathophysiology.

One-Year Warranty

Ship Weight (LBs): 3.3 lbs.
Dimensions. (Inches): 17.32 x 12.99 x 8.66