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Jan Přibyl

State University of New York System

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Publication

Featured researches published by Jan Přibyl.

Sensors and Actuators B-chemical | 2003

Development of piezoelectric immunosensors for competitive and direct determination of atrazine

Jan Přibyl; Maria Hepel; Jan Halámek; Petr Skládal

Sensors and Actuators B-chemical | 2006

Piezoelectric immunosensors for polychlorinated biphenyls operating in aqueous and organic phases

Jan Přibyl; Maria Hepel; Petr Skládal

International Journal of Electrochemical Science | 2013

Electrochemical immunosensors for detection of microorganisms

Petr Skládal; David Kovář; Vít Krajíček; Petra Šišková; Jan Přibyl; Eva Švábenská

Tree Physiology | 2008

Size, shape and surface morphology of starch granules from Norway spruce needles revealed by transmission electron microscopy and atomic force microscopy: effects of elevated CO2 concentration

Jana Cabálková; Jan Přibyl; Petr Skládal; Pavel Kulich; Josef Chmelík

Archive | 2017

A non-invasive electromechanical system to study cardiac excitation-contraction coupling

Guido Caluori; Jan Přibyl; Martin Pešl; Šárka Jelínková; Roberto Raiteri; Vladimír Rotrekl; Petr Skládal

Archive | 2017

Simultaneous analysis of cardiomyocyte contractions by Atomic force microscopy and calcium imaging

Martin Pešl; Guido Caluori; Jan Přibyl; Vratislav Cmiel; Tomas Potocnak; Petr Skládal; Šárka Jelínková; Vladimír Rotrekl; Ivo Provaznik

Archive | 2016

Cardiomyocyte syncytium combined with Atomic force microscopy, advanced setup of universal biosensor for phenotype screening

Martin Pešl; Jan Přibyl; Šárka Jelínková; Ivana Aćimović; Anton Salykin; Vladimír Rotrekl; Petr Skládal

Archive | 2015

ATOMIC FORCE MICROSCOPY AND HUMAN PLURIPOTENT STEM CELL-DERIVED CARDIOMYOCYTES FORMS A BIOSENSOR OF PHYSIOLOGICAL CHANGES AND ADRENERGIC MODUALTION THROUGH DYNAMIC FORCE-CONTRACTION ANALYSIS

Martin Pešl; Jan Přibyl; Ivana Aćimović; Aleksandra Vilotić; Šárka Jelínková; Anton Salykin; Petr Skládal; Vladimír Rotrekl

Archive | 2015

STEM CELL DERIVED CARDIOMYOCYTES FUNCTIONAL PHENOTYPE ANALYSIS BY ATOMIC FORCE MICROSCOPY

Martin Pešl; Jan Přibyl; Ivana Aćimović; Salykin; Šárka Jelínková; Aleksandra Vilotić; Petr Skládal; Vladimír Rotrekl

Archive | 2015

Dystrophin mutation causes higher DNA damage in pluripotent cells and depletion of cardiac progenitors in the heart. World Conference on Regenerative Medicine 2015, Leipzig, Germany, October 21–23 2015

Šárka Jelínková; Aneta Kohutová; Petr Fojtík; Tereza Juráková; Aleksandra Vilotić; Martin Pešl; Jan Přibyl; Vladimír Rotrekl

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Collaboration

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Petr Skládal

Masaryk University

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Martin Pešl

Masaryk University

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Vladimír Rotrekl

Masaryk University

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Ivana Aćimović

Masaryk University

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Aleksandra Vilotić

Masaryk University

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Šárka Jelínková

Masaryk University

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Albano C. Meli

University of Montpellier

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Veronika Horáčková

Masaryk University

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Anton Salykin

Masaryk University

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David Kovář

Masaryk University

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