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• W2006044462 abstract "Primates are distinguished from many mammals by emphasizing arboreal lifestyles. Primate arboreal adaptations include specializations for enhancing balance and manipulative skills. Compliant gait and diagonal sequence (DS) footfalls are hypothesized mechanisms for improving balance during arboreal quadrupedalism (AQ), while simultaneously permitting vertical peak force reductions sustained by limbs, particularly forelimbs (FLs). Capuchin monkeys (Cebus apella) are arboreally-adapted quadrupeds that use both lateral sequence (LS) and DS footfalls. As tool-users, capuchins experience selective pressures for FL manipulative capabilities, which seemingly conflict with encountering substantial locomotor stresses. We evaluate kinetic and 3-D kinematic data from 172 limb contacts of two adult males on terrestrial and arboreal substrates to address questions about C. apella gait compliancy, kinematics of LS and DS footfalls during quadrupedalism on different substrates, and whether capuchins reduce FL vertical peak forces relative to hind limb (HL) forces more than other primates that use tools or those that do not. Lower vertical peak forces during AQ are consistent with compliant gait, but mixed kinematic results obscure how the reduction occurs. Forearm adduction angle is one consistent kinematic difference between terrestrial and arboreal quadrupedalism, which may implicate frontal plane movements in gait compliancy. Major differences between DS and LS gaits were not observed in kinetic or kinematic comparisons. Capuchins exhibit low FL/HL vertical peak force ratios like several anthropoids, including tool-users (e.g., chimpanzees), and species not considered tool-users in free-ranging conditions (e.g., spider monkeys). Additional selective pressures besides simply tool use appear responsible for the relative reduction in primate forelimb forces. Am J Phys Anthropol, 2010. © 2010 Wiley-Liss, Inc." @default.
• W2006044462 created "2016-06-24" @default.
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• W2006044462 date "2010-01-01" @default.
• W2006044462 modified "2023-10-17" @default.
• W2006044462 title "Gait dynamics of<i>Cebus apella</i>during quadrupedalism on different substrates" @default.
• W2006044462 cites W1495432569 @default.
• W2006044462 cites W1916554838 @default.
• W2006044462 cites W1933356227 @default.
• W2006044462 cites W1964466284 @default.
• W2006044462 cites W1967428418 @default.
• W2006044462 cites W1970340470 @default.
• W2006044462 cites W1970458629 @default.
• W2006044462 cites W1974440902 @default.
• W2006044462 cites W1977583965 @default.
• W2006044462 cites W1990711904 @default.
• W2006044462 cites W1992071621 @default.
• W2006044462 cites W1992897820 @default.
• W2006044462 cites W1992956164 @default.
• W2006044462 cites W1996275789 @default.
• W2006044462 cites W1999320000 @default.
• W2006044462 cites W2001793234 @default.
• W2006044462 cites W2008789149 @default.
• W2006044462 cites W2013247601 @default.
• W2006044462 cites W2014653060 @default.
• W2006044462 cites W2015493872 @default.
• W2006044462 cites W2016552839 @default.
• W2006044462 cites W2016721392 @default.
• W2006044462 cites W2017755958 @default.
• W2006044462 cites W2018447394 @default.
• W2006044462 cites W2020589108 @default.
• W2006044462 cites W2023778817 @default.
• W2006044462 cites W2031669016 @default.
• W2006044462 cites W2032903213 @default.
• W2006044462 cites W2042402466 @default.
• W2006044462 cites W2042611434 @default.
• W2006044462 cites W2048061800 @default.
• W2006044462 cites W2050092304 @default.
• W2006044462 cites W2055232469 @default.
• W2006044462 cites W2058993504 @default.
• W2006044462 cites W2062215340 @default.
• W2006044462 cites W2063335285 @default.
• W2006044462 cites W2065691085 @default.
• W2006044462 cites W2067296560 @default.
• W2006044462 cites W2068261317 @default.
• W2006044462 cites W2070793615 @default.
• W2006044462 cites W2071090396 @default.
• W2006044462 cites W2071659699 @default.
• W2006044462 cites W2082398279 @default.
• W2006044462 cites W2083048698 @default.
• W2006044462 cites W2088321587 @default.
• W2006044462 cites W2089628998 @default.
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• W2006044462 cites W2105949338 @default.
• W2006044462 cites W2109264306 @default.
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• W2006044462 cites W2141651296 @default.
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• W2006044462 doi "https://doi.org/10.1002/ajpa.21224" @default.
• W2006044462 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/20091854" @default.
• W2006044462 hasPublicationYear "2010" @default.
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