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Human Biology Models
Depicting functions and locations, the human biology models allow individuals a more comprehensive understanding of internal organs and systems. Blood movement, oxygen transport, muscle constriction, nerve firing, joint movement, and bone formation are brought to life in these incredibly detailed and accurate representations. Musculature models come colored coded for easy identification of muscle, fat, ligaments, and tendons. The human biology models can be used in both educational and clinical environments.
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Venous Bleu Venipuncture Trainer
The skin and blue shaded vein now include our VesSeal™ coating to endure more needle sticks.
Bone Clones® Homo heidelbergensis Skull Atapuerca 5
350000 to 500000 YA. The Homo heidelbergensis skull Atapuerca 5 was discovered in Spain in 1992 by Juan-Luis Arsuaga, in the fossil-rich caves of Sima de los Huesos (Bone Pit), Sierra de Atapuerca.
Bone Clones® Sivapithecus Skull
8.5 to 12.5 MYA. The Sivapithecus indicus skull was discovered in 1979 by D. Pilbeam and S.M. Ibrahim Shah on the Potwar Plateau, Pakistan.
Bone Clones® Neanderthal Tools
This set of tools, which includes awls, axes, knives, scrapers, cores, and hammer, was collected between 2000 and 2004 in Romania.
Bone Clones® Australopithecus boisei Cranium KNM-ER 406
1.7 MYA. Male. The Australopithecus boisei Skull KNM-ER 406 was discovered by R. Leakey at Koobi Fora, Kenya, in 1969.
Bone Clones® Australopithecus africanus Craniums Sts 5 'Mrs. Ples'
Considered to have lived 2.5 MYA, the Australopithecus africanus Skull Sts 5 'Mrs. Ples' was discovered in 1947 by R. Broom and J. Robinson in Sterkfontein, Transvaal, South Africa.
Bone Clones® Homo neanderthalensis Skull La Chapelle-aux-Saints
50000 YA. The Homo neanderthalensis Skull was discovered by A. and J. Bouyssomie and J. Bonneval in 1908 in La Chapelle-aux-Saints, France. It was the most complete Neanderthal skull found at the time.
Bone Clones® Homo habilis Cranium OH 24
1.8 MYA. The Homo habilis Skull OH 24 (KNM) was discovered by P. Nzube in 1968 and first described by M. Leakey, Clark, & L. Leakey in Nature in 1971.