Numbered Skull Model, with 4D Brain and Cervical Vertebrae, Realistic details, texture and bony landmarks make this model ideal for educational and medical demonstration, Mounted on a base and includes a numbered key card
Model, month 5, dorsal position, shows a fetus in the fifth month in the dorsal position in the uterus, All important anatomical structures are labeled, weight: 0.54 kg
OrthoBones* Model, standard Foot W Hammertoes, hard cortical bone and softer, spongy bone (spongiosa), Anatomically accurate, Realistic haptics, Simple handling, Two-component structure, Excellent results, Dimensions: 26 x 12 x 10 cm, weight: 0.126 kg
Fibula, right, Model, Human Bone, Plastic, These individual bones are a great addition to you collection, used as a match for your existing Eisco disarticulated skeleton, or to allow students to compare general skeletal structure
Model, 5th Month Twin Fetuses - Normal Position, shown in a natural position within the uterus, They can be removed for a closer inspection of the uterus, this high quality model is a great tool for studying the anatomy of human development, weight: 0.66 kg
Life size, half of human brain. Students can study regions within the cerebral cortex are allied to certain functions. Impulses from the sensory organs, the skeletal muscles, skin and joints all travel to areas specialized in interpreting the information
Liver and Spleen 3-D Model Kit-10 Student Model Template Sets and Teacher Guide, Vinyl Pouch, Assemble and use 3-D models to visualize and investigate key science structures, Perfect for use in the classroom, lab or at home, Satisfies NGSS Standards, Grade: 6-10, Material: Paper, LxW: 12X19in
Didactic Painted Mini Skull Model, Reduced size (1/2 natural size), anatomically correct replica, Realistic details, texture and bony landmarks make this model ideal for educational demonstration, Multicolored pieces for easier identification, 15 Pieces
Heart dissected in two parts shows the thickened ventricle walls and cardiac valves. Four individual blood vessel model show coronary artery disease/ atherosclerosis and progression in the blood vessel, myocardial infarction and damage.
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