Protein Molecular Model Bring protein structure to life with a durable, classroomfriendly molecular model designed for handson learning and clear visualization of three dimensional arrangements. Key benefits Clear visualization: Bright, standardized atomic colors make it easy to distinguish different atoms and molecular components at a glance, improving comprehension during lessons and study. Tangible 3D learning: A full three dimensional representation highlights bond orientations, bond angles, and spatial arrangements so students can explore protein architecture from every direction. Durable and portable: plastic construction and sturdy connectors hold assembled structures securely while remaining lightweight for transport and storage. Easy assembly and cleanup: Atoms and connectors snap together firmly yet disassemble easily using the included disconnect tool, supporting repeated classroom use and quick transitions between activities. Teaching and lab ready: Designed for classroom demonstration and laboratory practice, the set supports standard molecular modeling techniques for common and moderately complex protein structures. Features Material: plastic components for longevity and frequent handling. Color coding: Standardized, vivid atomic colors for fast recognition of molecular parts. Compatibility: Works with conventional molecular modeling methods used in biochemistry and biology education. Storage: Compact design for convenient storage and classroom portability. Tool included: Disconnect tool provided for controlled disassembly. Practical applications Classroom demonstration: Instructors can build and display peptide chains, helices, and folded domains to illustrate concepts such as secondary and tertiary structure during lectures. Laboratory practice: Students can construct and modify models to practice identifying bond angles and spatial relationships in small group labs or practical exams. Independent study: Learners can use the kit at home to reconstruct examples from textbooks, deepen understanding of protein folding, or prepare for assessments. What makes it stand out Combines a realistic three dimensional approach with standardized color coding and durable parts to make abstract molecular concepts accessible and repeatable in teaching environments. The kit supports handson exploration without complex setup, making it a practical tool for educators and students.