• Article  

      Digital magnetic tagging for multiplexed suspension-based biochemical assays 

      Mitrelias, Thanos; Trypiniotis, Theodossis; Palfreyman, J. J.; Hong, B.; Vyas, K.; Hayward, T. J.; Llandro, J.; Kopper, K. P.; Bland, J. A. C.; Robertson, P. A.; Barnes, C. H. W. (2009)
      Microarrays and suspension (or bead)-based technologies have attracted significant interest for their broad applications in high throughput molecular biology. However, the throughput of microarrays will always be limited ...
    • Conference Object  

      High throughput biological analysis using multi-bit magnetic digital planar tags 

      Hong, B.; Jeong, J. -R; Llandro, J.; Hayward, T. J.; Ionescu, A.; Trypiniotis, Theodossis; Mitrelias, Thanos; Kopper, K. P.; Steinmuller, S. J.; Bland, J. A. C. (2008)
      We report a new magnetic labelling technology for high-throughput biomolecular identification and DNA sequencing. Planar multi-bit magnetic tags have been designed and fabricated, which comprise a magnetic barcode formed ...
    • Article  

      Novel multibit magnetic tagging techniques for high-throughput multiplexed chemical analysis 

      Hong, B.; Llandro, J.; Hayward, T. J.; Mitrelias, Thanos; Kopper, K. P.; Trypiniotis, Theodossis; Steinmuller, S. J.; Barnes, C. H. W.; Van Phong, L.; Kim, C.; Jeong, J. -R (2009)
      In this paper, we have investigated a remote encoding/decoding method of micrometer-sized multibit magnetic tags and demonstrated the operation of magnetic digital tags to discuss the practical issues which arise. The tags ...