耳蜗中央螺旋横切面
这款耳蜗和柯蒂氏器解剖模型经过放大并安装在底座上，详细展示了包括毛细胞和基底膜在内的听觉结构。非常适合教学和学习，采用手工编号、精确模具成型工艺，并以耐用、无毒树脂手工涂色和精细描绘。
附带信息卡，提供增强现实（AR）互动式3D可视化功能，帮助加深对听觉解剖学、生理学和病理生理学的学习与理解。非常适合学校、大学和医疗专业人员。
互动式3D与增强现实学习
如有提供，请使用随附的互动式3D和增强现实资源，以更详细地观察和比较解剖结构。
Cochlea Cross Section Throught Central Spiral Key Features
- High didactic level;
- Manual numbering to facilitate learning of anatomy;
- High-precision natural molding;
- Made of resistant synthetic material;
- Precise replicas;
- Enlarged several times the natural size (out of scale);
- Hand-painted;
- Includes an information card with related structures;
Main Structures
- Supporting cells
- Inner hair cells
- Outer hair cells
- Tectorial membrane
- Basilar membrane
- Stria vascularis
- Spiral ganglion
- Vestibular scala
- Cochlear duct/Scala media
- Tympanic scala
Product Specifications
- Material: Synthetic resin.
- Scale: Enlarged (out of scale).
- Numbering: Manual.
- Includes information card.
描述
耳蜗中央螺旋横切面
这款耳蜗和柯蒂氏器解剖模型经过放大并安装在底座上，详细展示了包括毛细胞和基底膜在内的听觉结构。非常适合教学和学习，采用手工编号、精确模具成型工艺，并以耐用、无毒树脂手工涂色和精细描绘。
附带信息卡，提供增强现实（AR）互动式3D可视化功能，帮助加深对听觉解剖学、生理学和病理生理学的学习与理解。非常适合学校、大学和医疗专业人员。
互动式3D与增强现实学习
如有提供，请使用随附的互动式3D和增强现实资源，以更详细地观察和比较解剖结构。
主要特点
Cochlea Cross Section Throught Central Spiral Key Features
- High didactic level;
- Manual numbering to facilitate learning of anatomy;
- High-precision natural molding;
- Made of resistant synthetic material;
- Precise replicas;
- Enlarged several times the natural size (out of scale);
- Hand-painted;
- Includes an information card with related structures;
Main Structures
- Supporting cells
- Inner hair cells
- Outer hair cells
- Tectorial membrane
- Basilar membrane
- Stria vascularis
- Spiral ganglion
- Vestibular scala
- Cochlear duct/Scala media
- Tympanic scala
Product Specifications
- Material: Synthetic resin.
- Scale: Enlarged (out of scale).
- Numbering: Manual.
- Includes information card.
附加信息
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