Precise cell manipulation using highly focused acoustic fields

来源 :第二届微流控、纳流控及芯片实验室国际会议 | 被引量 : 0次 | 上传用户:geniuscaobo
下载到本地 , 更方便阅读
声明 : 本文档内容版权归属内容提供方 , 如果您对本文有版权争议 , 可与客服联系进行内容授权或下架
论文部分内容阅读
  Precise manipulation of particles and biological cells is an essential process in various biomedical research fields,industrial and clinical applications.Among various force fields applied for microfluidic cell manipulation,acoustic waves have superior propagating properties in solids and fluids,which can readily enable non-contact cell manipulation in long operating distances.
其他文献
  Inductors are considered important elements in analog,RF,and microwave circuits such as low-noise amplifiers,power amplifiers,filters,oscillators,impedance
  The evaporation of sessile droplets has been a growing subject of study amongst researchers for the past two decades.Understanding the highly dynamic behavi
会议
  Selective concentration,trapping and retrieval of biological specimens are a fundamental requirement for biology and biomedicine researches.Micro vortices i
会议
  Tritoroidal particle rings are curiously formed in a microliter sessile water drop because of interaction of acoustic radiation field and electric field ind
会议
  Sound can be music to please the ear,however the waves produced can be utilized as “Acoustic Tweezers” for the manipulation of cells and particles in a fl
会议
  The precisely transportation of small volume liquids is still quite challenging in nanofluidic and microfluidic systems.Here,we developed a surface acoustic
会议
  Nano/micro robots and machines play an important role in nanoscale assembly,drug release,cell surgery and environmental protection,etc.As the fundamental de
会议
  On-chip droplet manipulation is important to realize the multi-functions of lab-on-chip devices from chemical analysis to bio-clinical diagnosis.[1-3] In th
会议
  In many industrial applications,numerous droplets are impinged onto superheated wall and the interaction among droplet impingements could be significant.In
会议
  Magnetic fluids have been extensively studied as they have the magnetic properties of the particles and the fluidity of the carrier simultaneously.The magne
会议