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Zoology Models
Zoology models are made from deconstructed skeletal parts or articulately cast reproductions of whole organisms. With precise anatomical details and life-sized proportions, these replicas are great additions to classrooms learning animals both on the structural and organic levels. Functions such as muscle movement, venous connections, and respiratory systems are lain bare on the table for students to pick apart and learn from. The zoology models provide the visual reinforcement of material covered.
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Eisco® Hydra Model
A three-dimensional dissection, this model shows the hydra's mouth coelentron, testis, gland cells, ovum, and ovary.
Eisco® Euglena Model
An enlarged dissection, this model shows the various structures of this common protist.
Eisco® Earthworm Dissection
Internal and external structures of the earthworm are presented in detail, ideal for accompanying dissections. A portion of the model shows outer features, while a dissection highlights all major systems.
Eisco® Frog Dissection Models
Guide students through dissection with this representation of the common frog. Designed in three-dimensions, the models show a dorsal view and all internal viscera.
Eisco® Locust Dissection Model
Accompany dissections of this insect with a magnified view of the locust.
Eisco® Taenia Head Model
This one-piece model is a comprehensive view of the parasite, taenia solium scolex. Enlarged many times, the features are seen in detail.
Eisco® Cockroach Model
We can learn a lot about insects from this common pest. A enlarged dissection of a cockroach shows all internal organs, including the salivary glands.
Eisco® Rat Dissection Models
Detailing the organs and systems viewed in rat anatomy, these models make an excellent addition to your dissection laboratory.
Eisco® Starfish
This star fish model depicts internal structures, including the digestive and reproductive organs, as well as the radial nerves for detailed examination.
BoneClones® Bird Beak Adaptation Skull Set
Gain Greater Understanding Through Comparative Study Of Three Superior Specimens