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2 clusters · 5 sources · 18 days · First seen · Last updated

Evolutionary links to human joint degeneration

Overview

Research published in the journal Nature suggests that human susceptibility to osteoarthritis and spinal degeneration may be an evolutionary trade-off. Initial findings indicate that the transition to bipedalism, characterized by thinner bones and longer legs, reduced the ability of human joints to absorb impact compared to other great apes like chimpanzees and gorillas.

Subsequent research has expanded on this by proposing a potential link between joint degeneration and human brain development. Scientists suggest that the decline of glycosaminoglycan (GAG) molecules in joint cartilage, which contributes to age-related bone disease, may also play a role in regulating neural connections. This mechanism could explain the differences in brain growth between humans and other primates, suggesting that evolutionary changes may have prioritized advanced brain development at the expense of skeletal impact-absorption capabilities.

Entities

Weizmann Institute of Science · Institute of Evolutionary Biology · Kyoto University · Nature · Fumitaka Inoue

Timeline

  1. [HEALTH] 2 sources
    Evolutionary link identified between human brain growth and joint degeneration

    Research suggests a link between human brain evolution and joint degeneration, as GAG molecule decline affects both cartilage and neural connections, while experts warn of osteoarthritis complications.

  2. [HEALTH] 3 sources
    Evolutionary changes in human joints linked to osteoarthritis

    Researchers have discovered that human joint pain and osteoarthritis may be an evolutionary consequence of the skeletal changes that enabled upright walking, unlike in other great apes.

Sources

centraldenoticiasmadariaga.com · ecuadoruniversitario.com · giadinh.suckhoedoisong.vn · saludadiario.es · vtv.vn