SMALL@SUNYBuffalo
Sensors and MicroActuators Learning Lab
     
Home About SMALL People Research Publication Teaching Outreach Contact

SMALL Home
EE@SUNY-Buffalo
Engineering@UB
University at Buffalo (UB)
BioMEMS@UC

UB News
UB Explorer
Buffalo / Niagra Falls




   

Research at SMALL@SUNYBuffalo
  • Microfluidics = Miniaturization + Integration + Automation + Personalization + High-throughput




     
  • Droplet-based microfluidics for high-throughput bioassays

     


  • Complex microfluidic circuits for generating custom tailored concentration dilutions



  • Platforms for high-throughput particle filtration and sorting

     
  • Microfluidic platforms for cell studies

     
  • Vacuum-driven power-free microfluidics for hemolysis-free blood plasma separation and blood typing applications
     

  • Microfluidic test phantom models (arm and finger) for subdermal vascular imaging by acoustics and photo-acoustics

     
  • Novel micro/nanofabrication technology

     
  • Paraffin wax-based microfluidics to low cost, rapid prototyping of microfluidic devices.

Sponsors
  • Photoacoustic imaging of test phantom fingers for fingerprint and liveness
    NSF I/UCRC CITeR
  • Test phantom finger research for the ultrasonic characterization of a biometric system
    NSF I/UCRC CITeR
  • Microfluidic 3D capillary network test phantom
    NSF I/UCRC CITeR
  • Blood vessel phantom microfluidic device for blood pressure monitoring
  • Using microfluidics to optimize self-replicating RNA lipid nanoparticles for selective targeting and killing of circulating tumor cells

  • Cell-cell adhesion and stem cell fate commitment

  • Development of an instrument for quantitative characterization of behavior of magnetic particles and magnetically-labeled biomaterials in emerging application

  • Droplet-based Microfluidic Separation Technology for High-throughput Magnetic Bead-based Immunoassays

  • Development of STIM and DATS for Protein and Nanosystem Characterization

  • Development of Combinatorial Microfluidic Devices for Stem Cell Applications

  • Design of a Microfluidic Pump Using SQUIGGLE Motor Technology


  • Development of MEMS Based Microfluidic Devices for Biological Target Detection and Sorting

  • Microvalve Investigation and Testing




(c) 2006-2017 | 113C Davis Hall, SUNY at Buffalo, NY 14260
SMALL.Buffalo.edu / MicroTAS.com/net/org | Updated on 11/16/2017
KKwang Wook Oh, Kwang-wook Oh, Kwangwook Oh, Kwang W. Oh, MEMS, BioMEMS, MicroTAS, uTAS, LOC, Lab-on-a-chip, Lab-on-chip, Lab Chip, University at Buffalo, SMALL, UB, SUNY-Buffalo, SUNY at Buffalo, Microvalve, Micropump, Micro PCR, droplet, Microfluidics, Nanofluidics, Nanobio, ������, ���޷δ��б�, ���ȷδ��б�, ���ȷ�, ���޷�, �����ָ���, ������ ����, ���̿��⽺, �⽺, ����ũ���÷��̵�, ���, ����, ���¾�Ĩ, ��Ĩ, ����Ĩ, �Z, �Z���ձ����, �Z����, �Žó�Ƽ, �Žó�Ƽ ����, ������ ����, ����, ���ϴ��б�, ���ϻ��ΰ�, ����an>