| Primate Femurs - We have an extensive collection of primate femurs. The comparatively long length of the femur is one of the characteristics that distinguish primates from other mammals. Our collection of femurs includes those of the human adult male and female, human adolescent, human child, fossil hominids, great apes, and lesser primates. We also currently produce femurs that provide evidence of pathology (osteoporosis) or trauma. Please see our collections of Primate Pelvis Femur Sets and Innominate Femur Sets. |
 Product # | Product Name | Description |
|---|---|---|
 SC-092-F | Human Adult Male Femur | This is a healthy femur from our male skeleton SC-092-D... |
 SC-211-F | Human Adult Female Femur | This is a healthy femur from our female skeleton SC-211... |
 KO-193-F | Human Adult Female Femur | The femur of the adult modern human female is generally shorter and less robust than that of the adult modern human male... |
 KO-170 | Human Adult Female Femur, Osteoporosis | This femur is custom-made to represent a female femur affected by osteoporosis. Mimicking the effects of osteoporosis, we have reduced the weight of this bone... |
 KO-170-SET | Human Adult Female Femur Osteoporosis Comparative Set | This comparative pair of femurs illustrates that the condition created by osteoporosis is not detectable by merely looking at the outside of the bone... |
 KO-332 | Human Hip Joint | The femur, the longest bone of the body, articulates with the ball-and-socket joint of the innominate. The innominate is formed by the fusion of three bones, the ilium, ischium and pubis... |
 FM-534 | Human 39 Year Old Female Right Femur | Femur from our FM-534-SET Human Female 39-year-old Postcranial Set... |
 FM-535 | Human 39 Year Old Female Right Femur | Femur from our FM-534-SET Human Female 39-year-old Postcranial Set... |
 FM-518 | Femur and Epiphysis - 3pcs | From our Human European American Male 13-year-old Partial Skeleton FM-509-SET... |
 FM-541 | Human Native American Female Femur Fracture | From our Human Female, Blunt Force Trauma... |
 FM-540-SET | Human Female, Blunt Force Trauma | These Postcranial bones are from a Native American female who died when hit by an 18-wheel truck... |
 FO-108 | Human Femur with Remote Amputation | The distal end of the femur is remodeled in response to change in function after amputation... |
 FO-109 | Human Adult with Remote Hip Fracture | In this example of an impacted hip fracture, the anatomical neck of the femur is wedged into the cancellous bone of the proximal femur... |
 SC-183-F | Human 5-year-old Modern Femur | Femur from our SC-183 5-year-old modern human child skeleton... |
 SC-183-FD | Modern Human 5-year-old Disarticulated Femur | Disarticulated Femur from our SC-183 5-year-old modern human child skeleton, the epiphysis is separated from the bone... |
 SC-116-F | Archaic Human 5-year-old Child Femur | From our Archaic Human 5-year-old child skeleton, SC-116, which was found in Morocco and estimated to be about 8,000 years old... |
 SC-187-F | Human Child Femur and Epicondyle (5 pcs. L or R), 14 to 16-month-old | From our 14 to 16-month-old child skeleton... |
 KF-001 | Set of 10 Primate Femurs | This set of primate femurs is excellent for comparative study. It includes femurs from a 5-year-old human child, an adult human male, Homo ergaster, the Lucy Australopithecus afarensis, a male gorilla, a chimpanzee, a bonobo, siamang, orangutan and baboon... |
 KO-036-F | Australopithecus afarensis, "Lucy", femur | Australopithecus afarensis, "Lucy", femur KO-036-F Discovered by Donald Johanson in 1974 in Ethiopia, "Lucy"... |
 KO-036-FA | Australopithecus afarensis, "Lucy", Assembled Femur | Assembled Femur from the Australopithecus afarensis A.L. 288-1 skeleton known as Lucy. Discovered by Donald Johanson in 1974 in Ethiopia... |
 SC-012-F | Homo ergaster Femur | This Homo ergaster femur was one of the skeletal elements discovered in 1984 in Nariokotome, Kenya by Richard Leakey (and described as H. erectus)... |
 KO-082 | Neanderthal Femur Reconstruction | From our Articulated Neanderthal Skeleton Bone Clones SC-019-A... |
 SC-003-F | Chimpanzee Femur | From our male Chimpanzee Skeleton, SC-003-A. The chimpanzee is native to the rainforests of central and western Africa... |
 SC-123-F | Bonobo Femur | Coolidge, in 1933, described the Bonobo more fully, finally recognizing it as a distinct species. Humans, Chimps, and Bonobos share a common ancestry, with humans splitting off around 6 million years ago... |
 SC-028-F | Gorilla femur | Gorilla Femur SC-028-F. From our Gorilla skeleton, ... |
 SC-002-F | Orangutan Femur | From our male Orangutan Skeleton, SC-002-A. Restricted to a small area on the island of Sumatra, Orangutans are the biggest primate to be arboreal. |
 KO-210-F | Mandrill Baboon Femur | The largest monkeys, baboons belong to a modern group of primates originating out of Africa. Although able to climb trees and walk upright, mandrill baboons primarily walk and run on all fours... |
 SC-047-F | Siamang Femur | Femur from our Siamang skeleton. The smallest of the Great Apes, Gibbons are known for their remarkable gymnastic ability. Their thumb articulates uniquely among higher apes, extending from the wrist rather than the palm, which allows a much wider range of motion... |
 KO-205-F | Fetal Chimpanzee Femur | From our Fetal Chimpanzee Set of Skull and Postcranial Bones... |
 KO-206F | Fetal Orangutan Femur | From our Fetal Orangutan Set of Skull and Postcranial Bones... |
 FO-403 | Baboon Femurs Comparative Pathology Set | The pathology to this specimen is believed to have been the result of a gunshot wound, shattering the diaphysis... |
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