Biblio

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Filters: Author is Civera, Pierluigi  [Clear All Filters]
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Biomaterials
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, Tamási V, Civera P.  2014.  Separation of Microvesicles from Serological Samples Using Deterministic Lateral Displacement Effect. BioNanoScience. :1–7.
bioMEMS
Laki AJ, Iván K, Fürjes P, Civera P.  2013.  Integrated microcapillary system for microfluidic parasite analysis.
Biophysics and Biological Physics
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, Tamási V, Civera P.  2014.  Separation of Microvesicles from Serological Samples Using Deterministic Lateral Displacement Effect. BioNanoScience. :1–7.
Blood
Laki AJ, Iván K, Fürjes P, Civera P.  2013.  Integrated microcapillary system for microfluidic parasite analysis.
blood borne parasite detection
Laki AJ, Iván K, Fürjes P, Civera P.  2013.  Integrated microcapillary system for microfluidic parasite analysis.
Blood-borne parasitosis
Laki AJ, Iván K, Fok É, Civera P.  2014.  Filtration of Nematodes using an Integrated Microcapillary System. BioNanoScience. :1–11.
Circuits and Systems
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, Tamási V, Civera P.  2014.  Separation of Microvesicles from Serological Samples Using Deterministic Lateral Displacement Effect. BioNanoScience. :1–7.
cylindrical active zone
Laki AJ, Iván K, Fürjes P, Civera P.  2013.  Integrated microcapillary system for microfluidic parasite analysis.
Deterministic lateral displacement
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.
dirofilariosis disease
Laki AJ, Iván K, Fürjes P, Civera P.  2013.  Integrated microcapillary system for microfluidic parasite analysis.
diseases
Laki AJ, Iván K, Fürjes P, Civera P.  2013.  Integrated microcapillary system for microfluidic parasite analysis.
Educational institutions
Laki AJ, Iván K, Fürjes P, Civera P.  2013.  Integrated microcapillary system for microfluidic parasite analysis.
Europe
Laki AJ, Iván K, Fürjes P, Civera P.  2013.  Integrated microcapillary system for microfluidic parasite analysis.
flow-through separator structure
Laki AJ, Iván K, Fürjes P, Civera P.  2013.  Integrated microcapillary system for microfluidic parasite analysis.
Geometry
Laki AJ, Iván K, Fürjes P, Civera P.  2013.  Integrated microcapillary system for microfluidic parasite analysis.
integrated microcapillary system
Laki AJ, Iván K, Fürjes P, Civera P.  2013.  Integrated microcapillary system for microfluidic parasite analysis.
Label-free fractionation techniques
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.
Lab-on-a-chip
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.
Laboratories
Laki AJ, Iván K, Fürjes P, Civera P.  2013.  Integrated microcapillary system for microfluidic parasite analysis.
lyme disease
Laki AJ, Iván K, Fürjes P, Civera P.  2013.  Integrated microcapillary system for microfluidic parasite analysis.
microfilariae trapping
Laki AJ, Iván K, Fürjes P, Civera P.  2013.  Integrated microcapillary system for microfluidic parasite analysis.
Microfluidic filtration device
Laki AJ, Iván K, Fok É, Civera P.  2014.  Filtration of Nematodes using an Integrated Microcapillary System. BioNanoScience. :1–11.

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