Biblio

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[ Author(Desc)] Keyword Title Type Year
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L
Laki AJ, Botzheim L, Iván K, Szabó T, Buzás EI, Civera P.  2014.  Label-Free Fractionation of Tumor-Derived Extracellular Vesicles from Human Blood Using Deterministic Lateral Displacement Effect.
Laki AJ, Iván K, Fok É, Civera P.  2014.  Filtration of Nematodes using an Integrated Microcapillary System. BioNanoScience. :1–11.
Laki AJ, Botzheim L, Iván K, Szabó T, Tamási V, Buzás E, Civera P.  2014.  Microvesicle Fractionation Using Deterministic Lateral Displacement Effect.
Laki AJ, Rattalino I., Sanginario A., Piacentini N., Iván K., Lapadatu D., Taylor J., Demarchi D., Civera P..  2010.  An integrated and mixed technology LOC hydrodynamic focuser for cell counting application.
Laki AJ, Rattalino I., Corinto F., Iván K., Demarchi D., Civera P..  2011.  An integrated LOC hydrodynamic focuser with a CNN-based camera system for cell counting application.
Laki AJ, Sanginario A, Demarchi D, Iván K, Civera P.  2011.  An Integrated and Mixed Technology LOC Hydrodynamic Focuser for Cell Counting Structures.
Laki AJ, Iván K, Fekete Z, Fürjes P, Demarchi D, Civera P.  2012.  Filtration of intravenous cardiopulmonary parasitic nematodes using a cross-flow microfluidic separator.
Laki AJ, Iván K, Fürjes P, Civera P.  2013.  Integrated microcapillary system for microfluidic parasite analysis.
Laki AJ, Nagy G, Iván K, Fürjes P, Civera P.  2013.  Stand-alone integrated microfluidic parasite analysis system.
Laki AJ, Botzheim L, Iván K, Tamási V, Civera P.  2014.  Separation of Microvesicles from Serological Samples Using Deterministic Lateral Displacement Effect. BioNanoScience. :1–7.
Laki AJ, Nagy G, Iván K, Fürjes P, Civera P.  2013.  Stand-alone integrated microfluidic parasite analysis system.