Mgr. Vladimír Rotrekl, Ph.D.

2015

• Atomic force microscopy can distinguish force-contraction properties of human pluripotent stem cell-derived cardiomyocytes

  PEŠL Martin PŘIBYL Jan AĆIMOVIĆ Ivana SALYKIN Anton JELÍNKOVÁ Šárka VILOTIĆ Aleksandra DVOŘÁK Petr ROTREKL Vladimír SKLÁDAL Petr

  Year: 2015, type:

• Atomic force miscroscopy and human pluripotnet stem cell derived cardiomyocytes biosensor

  PEŠL Martin PŘIBYL Jan AĆIMOVIĆ Ivana VILOTIĆ Aleksandra JELÍNKOVÁ Šárka SALYKIN Anton DVOŘÁK Petr SKLÁDAL Petr ROTREKL Vladimír

  Conference abstract

  Year: 2015, type: Conference abstract

• 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

  JELÍNKOVÁ Šárka KOHUTOVÁ Aneta FOJTÍK Petr JURÁKOVÁ Tereza VILOTIĆ Aleksandra PEŠL Martin PŘIBYL Jan ROTREKL Vladimír

  Conference abstract

  Year: 2015, type: Conference abstract

• STEM CELL DERIVED CARDIOMYOCYTES FUNCTIONAL PHENOTYPE ANALYSIS BY ATOMIC FORCE MICROSCOPY

  PEŠL Martin PŘIBYL Jan AĆIMOVIĆ Ivana SALYKIN JELÍNKOVÁ Šárka VILOTIĆ Aleksandra SKLÁDAL Petr DVOŘÁK Petr ROTREKL Vladimír

  Conference abstract

  Year: 2015, type: Conference abstract

• The effect of the sphingosine-1-phosphate analogue FTY720 on atrioventricular nodal tissue

  EGOM Emmanuel E. KRUŽLIAK Peter ROTREKL Vladimír LEI Ming

  Article in Periodical

  Journal of Cellular and Molecular Medicine, year: 2015, volume: 19, edition: 7, DOI

2014

• Atomic force microscopy as a tool to study mechanobiological properties of human cardiomyocytes

  PŘIBYL Jan PEŠL Martin AĆIMOVIĆ Ivana VILOTIĆ Aleksandra DVOŘÁK Petr ROTREKL Vladimír SKLÁDAL Petr ROTREKL Vladimír

  Year: 2014, type:

• Atomic force microscopy as a tool to study mechanobiological properties of human cardiomyocytes

  PŘIBYL Jan PEŠL Martin AĆIMOVIĆ Ivana VILOTIĆ Aleksandra DVOŘÁK Petr ROTREKL Vladimír SKLÁDAL Petr ROTREKL Vladimír

  Year: 2014, type:

• Atomic force microscopy can distinguish force-contraction properties of human pluripotent stem cell-derived cardiomyocytes

  PŘIBYL Jan PEŠL Martin AĆIMOVIĆ Ivana VILOTIĆ Aleksandra DVOŘÁK Petr MELI SKLÁDAL Petr ROTREKL Vladimír

  Conference abstract

  Year: 2014, type: Conference abstract

• BIOMECHANICS OF STEM CELL DERIVED CARDIOMYOCYTES CAN BE DESCRIBED BY ATOMIC FORCE MICROSCOPY Optimization of cardiomyocytes differentiation from pluripotent stem cells using atomic force microscopy

  PEŠL Martin PŘIBYL Jan AĆIMOVIĆ Ivana VILOTIĆ Aleksandra HÉŽOVÁ Renata SKLÁDAL Petr KÁRA Tomáš ROTREKL Vladimír LACAMPAGNE Alain DVOŘÁK Petr MELI Albano

  Article in Proceedings

  ABSTRACT BOOK “New Challenges in the World Science: Joint Approaches of Young Scientists”, year: 2014

• BIOMECHANIKU LIDSKÝCH KARDIOMYOCYTŮ DIFERENCOVANÝCH Z PLURIPOTENTNÍCH KMENOVÝCH BUNĚK LZE POPSAT S POMOCÍ MIKROSKOPIE ATOMÁRNÍCH SIL (AFM)

  PEŠL Martin PŘIBYL Jan AĆIMOVIĆ Ivana KÁRA Tomáš VILOTIĆ Aleksandra ROTREKL Vladimír SKLÁDAL Petr MELI Albano DVOŘÁK Petr

  Conference abstract

  Year: 2014, type: Conference abstract