探索600倍比例下的双子叶植物叶片结构
这款600倍放大的双子叶植物叶片模型，详细呈现了双子叶植物叶片的结构，约为其自然大小的600倍。放大后的设计便于在解剖学和植物生物学教学中观察关键内部结构和不同类型的细胞。
纵向切面展示了叶片上部区域、叶肉和下部区域的主要结构，帮助学习者从三维角度研究叶片的组织结构。
研究叶片内部解剖结构
放大模型使学习者能够观察叶片内不同区域和细胞类型之间的关系，而不必仅依赖平面图示或显微图像。
互动式三维学习
该模型配有支持增强现实功能的互动式三维解剖模型，为学生探索和比较解剖结构提供了另一种方式。
支持比较解剖学学习
互动平台支持比较分析，学生可以借此比较和对照各个解剖模型的结构，还可辅助持续学习解剖学、生理学和病理生理学。
Dictyledonous Leaf Model, 600X Enlarged Key Features
- Represents the structure of a dicotyledonous leaf at approximately 600 times natural size
- Longitudinal section illustrates major internal leaf structures
- Shows different cell types through the upper region, mesophyll, and lower region of the leaf
- Supports interactive 3D anatomical exploration with augmented reality
- Designed to support comparative study of anatomical structures
Learning Applications
- Study the organization of a dicotyledonous leaf
- Examine different internal regions and cell types
- Compare anatomical structures using interactive 3D models
- Support learning in anatomy and physiology
Product Specifications
Dimensions: 13.78 x 9.45 x 22.05 in.
Weight: 8.8 lbs.
Additional Product Information
Interactive Learning Support
An interactive 3D anatomical model with augmented reality accompanies the learning experience, giving students another way to examine and compare anatomical structures.
Warranty
This product includes a one-year warranty.
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探索600倍比例下的双子叶植物叶片结构
这款600倍放大的双子叶植物叶片模型，详细呈现了双子叶植物叶片的结构，约为其自然大小的600倍。放大后的设计便于在解剖学和植物生物学教学中观察关键内部结构和不同类型的细胞。
纵向切面展示了叶片上部区域、叶肉和下部区域的主要结构，帮助学习者从三维角度研究叶片的组织结构。
研究叶片内部解剖结构
放大模型使学习者能够观察叶片内不同区域和细胞类型之间的关系，而不必仅依赖平面图示或显微图像。
互动式三维学习
该模型配有支持增强现实功能的互动式三维解剖模型，为学生探索和比较解剖结构提供了另一种方式。
支持比较解剖学学习
互动平台支持比较分析，学生可以借此比较和对照各个解剖模型的结构，还可辅助持续学习解剖学、生理学和病理生理学。
Dictyledonous Leaf Model, 600X Enlarged Key Features
- Represents the structure of a dicotyledonous leaf at approximately 600 times natural size
- Longitudinal section illustrates major internal leaf structures
- Shows different cell types through the upper region, mesophyll, and lower region of the leaf
- Supports interactive 3D anatomical exploration with augmented reality
- Designed to support comparative study of anatomical structures
Learning Applications
- Study the organization of a dicotyledonous leaf
- Examine different internal regions and cell types
- Compare anatomical structures using interactive 3D models
- Support learning in anatomy and physiology
Product Specifications
Dimensions: 13.78 x 9.45 x 22.05 in.
Weight: 8.8 lbs.
Additional Product Information
Interactive Learning Support
An interactive 3D anatomical model with augmented reality accompanies the learning experience, giving students another way to examine and compare anatomical structures.
Warranty
This product includes a one-year warranty.