Get kids interested in life science by teaching them the parts of an animal cell with this realistically detailed soft foam cross-section. The soft foam cell splits in half and features the nucleus, nucleolus, vacuoles, centrioles, cell membrane, and more. One hemisphere is labeled with the parts of the cell; the other features only letters next to each cell part for assessment. A reference guide is included.
- HANDS-ON LEARNING - Soft foam 3D model splits into 2 pieces revealing labeled organelles on one side, blank quiz side on other for interactive biology education ages 4+
- CLASSROOM READY - Durable tactile tool perfect for teachers, homeschoolers, and students to explore animal cell structure through touch and visual investigation
- TRESS-RELIEF BONUS - Squeezable foam design doubles as calming sensory tool during test prep, homework sessions while kids learn about cellular components
- ASSESSMENT TOOL - One labeled side teaches cell parts while unmarked side tests knowledge, making it ideal for science fairs, projects, and reinforcing microbiology concepts
- VISUAL SCIENCE AID - Large size makes organelles clearly visible for young scientists interested in biology, STEM enthusiasts, and curious minds exploring cellular structures
- HANDS-ON LEARNING - Soft foam 3D model splits into 2 pieces revealing labeled organelles on one side, blank quiz side on other for interactive biology education ages 4+
- CLASSROOM READY - Durable tactile tool perfect for teachers, homeschoolers, and students to explore animal cell structure through touch and visual investigation
- TRESS-RELIEF BONUS - Squeezable foam design doubles as calming sensory tool during test prep, homework sessions while kids learn about cellular components
- ASSESSMENT TOOL - One labeled side teaches cell parts while unmarked side tests knowledge, making it ideal for science fairs, projects, and reinforcing microbiology concepts
- VISUAL SCIENCE AID - Large size makes organelles clearly visible for young scientists interested in biology, STEM enthusiasts, and curious minds exploring cellular structures