Publication result detail

PDMS MICROTOPOGRAPHICAL PLATES MODIFIED BY INBUILT OXYGEN-SENSITIVE AND GLUCOSESENSITIVE MICROPARTICLES FOR MONITORING OF CARDIAC CELLS MICROENVIRONMENT IN VITRO

Skopalík J., Slavík J., , Gabrielová E., Parák T., Sekora J.

Original Title

PDMS MICROTOPOGRAPHICAL PLATES MODIFIED BY INBUILT OXYGEN-SENSITIVE AND GLUCOSESENSITIVE MICROPARTICLES FOR MONITORING OF CARDIAC CELLS MICROENVIRONMENT IN VITRO

English Title

PDMS MICROTOPOGRAPHICAL PLATES MODIFIED BY INBUILT OXYGEN-SENSITIVE AND GLUCOSESENSITIVE MICROPARTICLES FOR MONITORING OF CARDIAC CELLS MICROENVIRONMENT IN VITRO

Type

Abstract

Original Abstract

The surface modifications of PDMS brings additional possibilities how to prepare in vitro culture system for cardiac cells. Actual challenge is preparation of narrow corridors, which can be characterised by good selective adhesion of cardiomyocytes, cardiomyocytes in narrow corridors could display the cell shape, cell conecctions and metabolism which better mimics real parameters of cardiomyocytes in vivo and can be used for study of action.

English abstract

The surface modifications of PDMS brings additional possibilities how to prepare in vitro culture system for cardiac cells. Actual challenge is preparation of narrow corridors, which can be characterised by good selective adhesion of cardiomyocytes, cardiomyocytes in narrow corridors could display the cell shape, cell conecctions and metabolism which better mimics real parameters of cardiomyocytes in vivo and can be used for study of action.

Keywords

cardiac cells, in vitro culture, sensors

Key words in English

cardiac cells, in vitro culture, sensors

Authors

Skopalík J., Slavík J., , Gabrielová E., Parák T., Sekora J.

Released

03.05.2019

Location

Mnichov (SRN)

Pages from

18

Pages to

18

Pages count

1

BibTex

@misc{BUT160607,
  author="Josef {Skopalík} and Jan {Slavík} and Jiří {Sekora}",
  title="PDMS MICROTOPOGRAPHICAL PLATES MODIFIED BY INBUILT OXYGEN-SENSITIVE AND GLUCOSESENSITIVE
MICROPARTICLES FOR MONITORING OF CARDIAC CELLS MICROENVIRONMENT IN VITRO",
  year="2019",
  pages="18--18",
  address="Mnichov (SRN)",
  note="Abstract"
}