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  1. This loss, plus the limited ways in which the brains of apes and humans can be studied, makes it very difficult to reconstruct the evolution of the human brain, although information on how neocortex is organized in humans is being rapidly acquired.

  2. Jan 1, 2019 · They have a V2 and MT and likely other visual areas, but little posterior parietal cortex and little prefrontal cortex. 6. Hominoids: Apes and humans. Apes evolved from African monkeys over 30 million years ago (Murphy et al., 2004; Steiper and Seiffert, 2012; Steiper and Young, 2008). Early apes closely resembled African monkeys, except of ...

    • Jon H. Kaas
    • 2019
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  4. Mar 20, 2021 · A recent finding suggests that apes do have the muscles for bipedalism, vocal communication, and facial expressions that were largely held exclusive to humans. Human muscles lacking in apes? How is it possible that humans can talk and walk but apes cannot? Is it because the apes do not have the necessary muscles? A long-held theory elucidates ...

  5. May 23, 2018 · Diogo discovered that these seven muscles were present in apes in a similar or even exact form. For example the fibularis tertius muscle, said to be uniquely associated with human bipedalism ...

    • Science X
  6. Apr 24, 2024 · Here, the authors show that an ape-specific enzyme enhances the ability of a human-specific enzyme to increase glutaminolysis and therefore expand the size of the human neocortex.

  7. Feb 19, 2008 · First, apes, including monogamous apes, have longer periods of maturation with possibly more biparental investment than primates with multimale–multifemale mating systems. As mentioned earlier, a longer period of growth may contribute to the evolution of larger brain size, including size of parts of the brain such as the neocortex.

  8. The proposed organization of the neocortex of an early mammal based on a cladistic analysis of the cortex of extant mammals and proportions of neocortex reflected in the endocasts of the skulls of early mammals. Neocortex was small relative to olfactory (piriform) cortex together with the olfactory bulb. Areas of neocortex included primary ...

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