Core Educational Tool: This dna structure kit features a detailed double helix model designed to facilitate interactive learning of genetics and mutations, making complex genetic concepts more accessible in science classrooms Interactive Design: The detachable components of this molecular model kit allow students to assemble and disassemble the dna structure easily, encouraging hands-on experimentation and deeper understanding of dna functions Durable Material: Crafted from sturdy plastic, this science decor is built to withstand frequent classroom use and is easy to clean, ensuring performance for both educational and research purposes Versatile Science Decor: Designed as both an educational model and a decorative piece, this dna model kit enhances the learning environment by visually demonstrating the intricate double helix structure of dna Ideal Classroom Supply: Measuring approximately 14.5 x 3.3 x 1.2 inches, this dna model kit for students is a practical addition to any biology or science classroom, supporting lessons on genetics and molecular biology

Package Include
3 model kit

Features
-Size:37.00X8.50X1.00cm/14.54X3.34X0.39in double helix model dna
-Color:Assorted model kit for classroom
-Material:Plastic science educational model

Goods Information
This set includes 3 dna model kits, each measuring approximately 14.56 x 3.34 x 1.18 inches, featuring a double helix structure designed to enhance genetics education.Crafted from sturdy plastic, these science educational models provide a clear visualization of dna's intricate construction, supporting interactive learning in classrooms and laboratories.The detachable parts allow students to experiment with genetic concepts and observe mutation effects directly, making it a valuable tool for biology classes or science research.Ideal for science classroom decor, these molecular model kits help illustrate complex genetics and dna structures in an engaging way.Easy to clean and durable for frequent use, these dna model kits for students support hands-on activities during lessons, family science projects, or science fair displays.Use them to enrich understanding of molecular biology and dna structure in an accessible, hands-on format that complements traditional teaching methods.