F
Françoise K. Jouffroy
Researcher at Centre national de la recherche scientifique
Publications - 8
Citations - 139
Françoise K. Jouffroy is an academic researcher from Centre national de la recherche scientifique. The author has contributed to research in topics: Ulna & Wrist. The author has an hindex of 6, co-authored 7 publications receiving 134 citations.
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Gross structure and function of the quadriceps femoris in Lemur fulvus: An analysis based on telemetered Electromyography†
TL;DR: Analysis based on telemetered electromyography from the quadriceps femoris of Lemur fulvus, a Malagasy prosimian, during walking, galloping, leaping, and a variety of postural behaviors partially confirms and partially contradicts earlier hypothesized functions of this musculoskeletal complex.
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Animal lifestyles and anatomies. The case of the prosimian primates
TL;DR: This pleasant hard-covered book presents a new attempt to unders tand adapt within the primate order, focusing on prosimians (i.e., the Strepsirhini and tarsiers), using multivariate statistical analysis.
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Developmental Changes in the Fibre Composition of Elbow, Knee, and Ankle Extensor Muscles in Cercopithecid Monkeys
TL;DR: Clear responses to antibodies against adult fast myosin in newborn macaques demonstrated that, at birth, adult myosins have already replaced the fetal isoforms, thus providing a reliable marker for the study of postnatal evolution of the muscle fibre composition.
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Function and cytochemical characteristics of postural limb muscles of the rhesus monkey : A telemetered emg and immunofluorescence study
TL;DR: Using telemetered electromyography and immunocytochemical fibre typing, it is demonstrated clearly that at the elbow, knee, and ankle joints, the rhesus monkey is endowed with one extensor-muscle head specialized for posture.
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Radio-ulnar deviation of the primate carpus: an X-ray study.
TL;DR: Analysis of the X-ray suggests that the loss of ulno-carpal contact improved the ability to supinate at the radio-ulnar joints, with correlated unfitness for palmigrade/semidigitigrade walking.