Calcar Femorale Development in Orrorin tugenensis Femora Provides Further internal Evidence for Bipedal Locomotion

Kuperavage Adam J.; Chavanaves Sakdapong; Eckhardt Robert

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Calcar Femorale Development in Orrorin tugenensis Femora Provides Further internal Evidence for Bipedal Locomotion

机译：奥罗兰·莫罗拉·普罗拉·普罗拉的平安股骨头发育为双模运动提供了进一步的内部证据

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来源
《American Journal of Physical Anthropology 》 |2017年第s64期| 共1页
作者
Kuperavage Adam J.; Chavanaves Sakdapong; Eckhardt Robert;
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作者单位

Delaware State Univ Dept Publ &

Allied Hlth Sci Dover DE USA;

Penn State Univ Dept Kinesiol University Pk PA 16802 USA;

Penn State Univ Dept Kinesiol University Pk PA 16802 USA;

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正文语种 eng
中图分类人类学 ;
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1. Calcar Femorale Development in Orrorin tugenensis Femora Provides Further internal Evidence for Bipedal Locomotion [J] . Kuperavage Adam J., Chavanaves Sakdapong, Eckhardt Robert American Journal of Physical Anthropology . 2017 ,第S64期

机译：奥罗兰·莫罗拉·普罗拉·普罗拉的平安股骨头发育为双模运动提供了进一步的内部证据
2. External and internal morphology of the BAR 1002 ' 00 Orrorin tugenensis femur [J] . Galik K, Senut B, Pickford M, Science . 2004 ,第5689期

机译：BAR 1002'00 Orrorin tugenensis股骨的外部和内部形态
3. Discussion of "Biomechanical Inferences about the Origins of Bipedal Locomotion from Ancient African Femora" by Adam J. Kuperavage and Robert B. Eckhardt [J] . Freitas de Andrade C., Carneiro de Andrade Filho J., Carneiro de Andrade J. Journal of Engineering Mechanics . 2011 ,第1期

机译：亚当·库珀拉瓦奇（Adam J. Kuperavage）和罗伯特·B·埃克哈特（Robert B. Eckhardt）讨论了“有关古代非洲股骨的双足运动起源的生物力学推断”
4. Development of a Bipedal Hopping Robot With Morphable Inertial Tail for Agile Locomotion [C] . Jiajun An, T. Y. Chung, Chun Ho David Lo, IEEE RAS/EMBS International Conference for Biomedical Robotics and Biomechatronics . 2020

机译：具有可变形惯性尾的敏捷运动双足机器人的开发
5. Development of a hybrid powered two-dimensional biped walking machine designed for rough terrain locomotion. [D] . Baker, Bryce C. 2010

机译：研发了一种混合动力的二维Biped步行机，专为崎terrain的地形运动而设计。
6. Calcar Femorale in Patients with Osteoarthritis of the Hip Secondary to Developmental Dysplasia [O] . Tomonori Tetsunaga, Kazuo Fujiwara, Hirosuke Endo, 2017

机译：继发性发育异常的髋关节骨关节炎患者的股骨腓骨
7. Earliest Known Hominin Calcar Femorale in Orrorin tugenensis Provides Further Internal Anatomical Evidence for Origin of Human Bipedal Locomotion [O] . Adam Kuperavage, David Pokrajac, Sakdapong Chavanaves, 2018

机译：在奥罗兰·塔比森斯的最早已知的hominin calcar女性为人类双哌啶运动的起源提供了进一步的内部解剖证据

Calcar Femorale Development in Orrorin tugenensis Femora Provides Further internal Evidence for Bipedal Locomotion

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