Survival of the Fattest: Difference between revisions
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'''''Survival of the Fattest: The Key to Human Brain Evolution''''' was written by [[Stephen C. Cunnane]]. The book outlines why fat babies are important to human brain evolution and the ecological circumstances that allowed for fat babies to evolve. Cunnane details the specific nutrients that are important for human brain growth and function and explains the ways in which they work. Cunnane also presents a theory called the [[Shore-Based Scenario]] to explain where ancient hominids obtained these nutrients. | '''''Survival of the Fattest: The Key to Human Brain Evolution''''' was written by [[Stephen C. Cunnane]]. The book outlines why fat babies are important to human brain evolution and the ecological circumstances that allowed for fat babies to evolve. Cunnane details the specific nutrients that are important for human brain growth and function and explains the ways in which they work. Cunnane also presents a theory called the [[Shore-Based Scenario]] to explain where ancient hominids obtained these nutrients. The book has implications for many fields such as: [[Neurophysiology]], [[Biological Anthroplogy]], [[Paleoanthropology]], [[Paleoecology]]. | ||
==Synopsis== | ==Synopsis== | ||
===The Human Brain=== | ===The Human Brain=== | ||
Cunnane begins by explaining the similarities of all animal brains. [[Homeobox|Hox]] genes control the traits of brains for almost all animal species. Similar to all primates, humans don’t show a specific genetic advantage for brain growth while in the early stages of embryonic development. <ref name=Cunnane 2005.>Cunnane, Stephen C. Survival of the Fattest: The Key to Hominid Brain Evolution.</ref> He describes the uniqueness of the human brain as having low resistance to damage, low functionality at birth, yet being incredibly vulnerable and needing a constant energy supply to develop normally. The newborn infant brain uses about 74% of the energy consumed by the entire body. <ref name=Holliday 1971.> Holliday M. Metabolic rate and organ size during growth from infancy to maturity during late gestation and early infancy. ''Pediatrics'' 47, 169-172, 1971.</ref> | Cunnane begins by explaining the similarities of all animal brains. [[Homeobox|Hox]] genes control the traits of brains for almost all animal species. Similar to all primates, humans don’t show a specific genetic advantage for brain growth while in the early stages of embryonic development. <ref name=Cunnane 2005.>Cunnane, Stephen C. Survival of the Fattest: The Key to Hominid Brain Evolution.</ref> He describes the uniqueness of the human brain as having low resistance to damage, low functionality at birth, yet being incredibly vulnerable and needing a constant energy supply to develop normally. The newborn infant brain uses about 74% of the energy consumed by the entire body. <ref name=Holliday 1971.> Holliday M. Metabolic rate and organ size during growth from infancy to maturity during late gestation and early infancy. ''Pediatrics'' 47, 169-172, 1971.</ref> A basic question, central to any hominid brain evolutionary theory, is posed: Where could ancient hominids obtain the high metabolic energy that is needed for brain development? | ||
==References== | ==References== | ||
<references/> | <references/> | ||
Revision as of 15:26, 16 March 2008
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Survival of the Fattest: The Key to Human Brain Evolution was written by Stephen C. Cunnane. The book outlines why fat babies are important to human brain evolution and the ecological circumstances that allowed for fat babies to evolve. Cunnane details the specific nutrients that are important for human brain growth and function and explains the ways in which they work. Cunnane also presents a theory called the Shore-Based Scenario to explain where ancient hominids obtained these nutrients. The book has implications for many fields such as: Neurophysiology, Biological Anthroplogy, Paleoanthropology, Paleoecology.
Synopsis
The Human Brain
Cunnane begins by explaining the similarities of all animal brains. Hox genes control the traits of brains for almost all animal species. Similar to all primates, humans don’t show a specific genetic advantage for brain growth while in the early stages of embryonic development. Cite error: Invalid <ref> tag; invalid names, e.g. too many He describes the uniqueness of the human brain as having low resistance to damage, low functionality at birth, yet being incredibly vulnerable and needing a constant energy supply to develop normally. The newborn infant brain uses about 74% of the energy consumed by the entire body. Cite error: Invalid <ref> tag; invalid names, e.g. too many A basic question, central to any hominid brain evolutionary theory, is posed: Where could ancient hominids obtain the high metabolic energy that is needed for brain development?