Swim, Sperm Robots, Swim

JENNY MORBER

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Swim, Sperm Robots, Swim

机译：游泳，精子机器人，游泳

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If you could shrink yourself down to the size of a bacterium and explore a watery pool, your normal swimming technique would soon prove worthless. Liquids feel thicker, more like moving through honey than water, and tiny swimmers are easily jostled off course. So when an international team of engineers wanted to design tiny robots that could move cells around, deliver drugs deep inside the body or clean clogged arteries, they looked to nature for inspiration: sperm.

机译：如果您可以将自己缩小到细菌的大小并探索水池，那么您的常规游泳技术将很快变得一文不值。液体感觉较稠，更像是流过蜂蜜而不是水，而且细小游泳者很容易被甩开。因此，当一个国际工程师团队想要设计可以移动细胞，将药物输送到体内深处或清除堵塞的动脉的微型机器人时，他们便向自然寻求灵感：精子。

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《Discover》 |2015年第9期|14-14|共1页
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JENNY MORBER;
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专利

1. Measurement and Modeling of Unsteady Fluid Force Acting on the Trunk of a Swimmer Using a Swimmer Mannequin Robot [J] . Motomu NAKASHIMA, Yusuke EJIRI Journal of Fluid Science and Technology . 2012,第1期

机译：游泳者人体模型机器人作用于游泳者后备箱的非恒定流体力的测量和建模
2. Swim-up of tammar wallaby (Macropus eugenii) spermatozoa in Biggers, Whitter and Whittingham (BWW) medium: maximisation of sperm motility, minimisation of impairment of sperm metabolism and induction of sperm hyperactivation [J] . Lin Minjie, Zhang Xiyi, Murdoch Ray N., Reproduction, fertility, and development . 2017,第2期

机译：大奖，鞭打和漂白症（BWW）中的泰马尔霍比西（Macropus Eugenii）Spermatozoa（BWW）中：精子运动的最大化，最小化精子代谢的损害和精子超动诱导
3. Kinematics of swimming and thrust production during powerstroking bouts of the swim frenzy in green turtle hatchlings Kinematics of swimming and thrust production during powerstroking bouts of the swim frenzy in green turtle hatchlings Kinematics of swimming and thrust production during powerstroking bouts of the swim frenzy in green turtle hatchlings [J] . David T. Booth Biology Open . 2014,第10期

机译：绿海龟孵化中的动感爆发力的游泳运动和推力产生的运动学绿海龟孵化中的动感爆发力的游泳运动和推力产生的运动学孵化
4. Sperm Na~+, K~+-ATPase and Ca~(2+)-ATPase activity: A preliminary study of comparison of swim up and density gradient centrifugation methods for sperm preparation [C] . Silvia W. Lestari, Manggiasih D. Larasati, Asmarinah, International Symposium of Biomedical Engineering . 2018

机译：精子Na〜+，K〜+ -ATPase和Ca〜（2 +） - ATP酶活性：泳隙和密度梯度离心方法对精子制备的初步研究
5. Simulation and Design of Soft Robotic Swimmers with Artificial Muscle [D] . Hess, Andrew Michael. 2019

机译：人工肌肉软机械游泳运动员的仿真与设计
6. Can you really swim? Validation of self and parental reports of swim skill with an in-water swim-test among children attending community pools in Washington state [O] . Melissa C. Mercado-Crespo, Linda Quan, Elizabeth Bennett, -1

机译：你会游泳吗？在参加华盛顿州社区游泳池的儿童中进行的水下游泳测试对自己和父母关于游泳技能的报告进行验证
7. Assessment of swim-up and discontinuous density gradient in sperm sex preselection for bovine embryo production Avaliação do swim-up e do gradiente descontinuo de densidade na pré-seleção do sexo de espermatozoides na produção de embriões bovinos [O] . A.C Lucio, M.V Resende, J.A. Dernowseck-Meirelles, 2012

机译：牛胚胎生产中精子性别预选中的游走和不连续密度梯度的评估牛胚胎生产中精子性别预选中的游走和不连续密度梯度的评估

Swim, Sperm Robots, Swim

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