Top-Selling Models by Body System
Anatomy and physiology courses benefit greatly from the use anatomical models and skeletons. Quality models show detailed morphology of organs and complete body systems. Models simplify the identification of anatomical structures, organ positioning within the body cavity, and the relationship between structure and function. Many models can be disassembled, allowing students to explore internal structures. Additionally, they are an excellent reference tool for identifying small and indistinct structures.
Carolina’s Perfect Solution® Specimen Comparison
No need to compromise What if you could provide your students with a higher quality preserved specimen and an enhanced dissection experience while at the same time improving the safety of your learning environment? Does this sound too good to be true? We have developed a preservation formula that produces superior specimens without compromising classroom […]
Packaging Options for Preserved Specimens
Pail-packed or vacuum-packed specimens? Compare the advantages of these package types before you decide. Pail Packed Specimens Pail-packed specimens are packaged in 1- to 5-gallon pails, fully immersed in preservation fluid and sealed with leak-proof lids. Pails are easy to store, and they keep specimens fresh for months to years. This package type is ideal […]
Dissection Buying Guide
Our guide includes specimen suggestions based on grade level and specimen complexity, needed dissection and safety supplies, and options for instructional materials. Choosing Your Specimen The simple chart below will help you decide which preserved specimens would be right for your classroom. To effectively use the grid, consider the experience level of your students and […]
Selecting and Caring for Anatomical Models
Models are among the most traditional and useful items in a science educator’s toolbox. Whether your subject of study is leaf morphology, invertebrate zoology, general biology, or human anatomy, models are the perfect adjunct to texts and diagrams. They enable students to examine the finest structural details of an organism or its components in 3-dimensonal […]