VR Internal Structure of Dicot & Monocot Stem
Overview
This VR experience immerses learners into plant anatomy-virtually dissecting and examining internal structures of stems and roots for both dicotyledonous (dicot) and monocotyledonous (monocot) plants. Users navigate cross-sections like under a microscope, visualize tissue layers, and compare anatomical differences in a fully interactive 3D lab.
Learning Objectives
- Recognize and differentiate key anatomical features in stems and roots of dicots vs. monocots.
- Identify tissue layers: epidermis, cortex, vascular bundles (xylem & phloem), pith, endodermis, pericycle (for roots), etc.
- Observe spatial arrangement and pattern differences between dicot and monocot vascular bundles.
- Understand functional significance of each tissue type (support, transport, storage).
- Explore both longitudinal and cross-section views dynamically.
Key Benefits of the VR Experience
- Safe, no-prep alternative to real dissections-no microscopes, stains, or samples required.
- Interactive 3D learning improves spatial understanding beyond flat diagrams.
- Clear visual differentiation between dicot and monocot anatomy.
- Repeatable and accessible exploration anytime, anywhere.
- Great for remote learning or limited lab resources.
Virtual Lab & Sample Selection
A clean, well-equipped virtual lab with options to choose plant type (dicot or monocot) and to examine stem or root cross-sections.
Virtual Dissection & Sectioning
Use virtual tools to cut stems or roots, generate realistic cross-sections, and rotate, zoom, and pan to inspect layers from any angle.
Tissue Layer Visualization & Labeling
Clear rendering of epidermis, cortex, vascular bundles, pith, xylem, phloem, endodermis, pericycle (roots), with color/texture coding and interactive labels explaining each function.
Comparative Mode: Dicot vs. Monocot
Side-by-side comparison highlighting bundle arrangements (ring vs. scattered), presence/absence of pith, cortex thickness, root structure differences, and why these matter.
Exploration & Learning Tools
Zoom to cellular level, toggle labels or outlines, switch to microscope view, and optionally quiz yourself to identify tissues by name.
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We welcome your questions, do not hesitate to contact us
- Create virtual reality and augmented reality experiences at the best prices
- Equipping engineering laboratories with the best equipment
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Why partner with us?
- Immersive, interactive VR labs that boost learner engagement.
- Safe, repeatable simulations without fragile equipment.
- Fast iterations to match your curriculum and objectives.