ibasenice DNA Double Helix Model Kit for Science Teaching Interactive Molecular Structure Educational Toy for Biology Students 17.5 X 10.7 X 2.7 Inches
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0.20 kg
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Amazon
USA
- Features Color:As Shown Material:Plastic Size:17.50X10.70X2.70cm/6.88X4.21X1.06in Simple and easy to understand: dna model double helix structure design is simple, and wonderful for students and biology enthusiasts to explore the molecular world. Easy to use: The molecular model kit can be disassembled and separated for further inspection, easy to disassemble and place. Premium Learning Aid: Kids bring learning to life and foster creativity with this interactive science educational toy. Professional DNA double helix structure model, allowing you to easily understand biological terms : The cell model is made of , which are safe and , durable, not easy to break, and can be reused for a long time. Service: model's workmanship and simple design will ensure its practicality and popularity. , please feel to . Package Including 1 x Double Helix DNA Model
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Core Educational Tool: This DNA model double helix accurately represents molecular biology structures, providing an interactive experience for students and biology enthusiasts to visually explore DNA and genetic concepts through hands-on assembly Interactive Component Design: Featuring removable and separable parts, this molecular model kit allows detailed examination of the DNA double helix, enhancing understanding of molecular genetics during science classes or home study sessions Safe Plastic Construction: Made from reliable plastic materials, this biology teaching aids model ensures safe use in classroom environments and educational activities, addressing concerns about substances Compact Classroom Size: Measuring approximately 17.5 by 10.7 by 2.7 inches, this DNA model kit is designed for easy handling and storage, making it a practical teaching prop for middle and high school biology education Enhances Creative Science Learning: This DNA model encourages curiosity and creativity by enabling students to interactively build and explore molecular structures, supporting engaging science education at school or home