Publication detail

Fluorescence study of systems with native hyaluronan and hydrophobic solutes treated by drying method

MICHALICOVÁ, P. PEKAŘ, M. MRAVEC, F.

Original Title

Fluorescence study of systems with native hyaluronan and hydrophobic solutes treated by drying method

English Title

Fluorescence study of systems with native hyaluronan and hydrophobic solutes treated by drying method

Type

abstract

Language

en

Original Abstract

Biopolymer hyaluronan perfectly fulfils the requirements of carrier systems in drug delivery medicine. It is predominantly hydrophilic but also contains hydrophobic places. By drying method these areas were open for hydrophobic solutes. As model of hydrophobic substances fluorescence probes were used. Efficiency of creation of the interaction was studied by fluorescence spectroscopy – steady state and time-resolved. Both fluorescence methods yielded results of which the method appears to be successful.

English abstract

Biopolymer hyaluronan perfectly fulfils the requirements of carrier systems in drug delivery medicine. It is predominantly hydrophilic but also contains hydrophobic places. By drying method these areas were open for hydrophobic solutes. As model of hydrophobic substances fluorescence probes were used. Efficiency of creation of the interaction was studied by fluorescence spectroscopy – steady state and time-resolved. Both fluorescence methods yielded results of which the method appears to be successful.

Keywords

native hyaluronan, fluorescence, drying, pyrene

Released

23.04.2015

Publisher

Masarykova Univerzita

Location

Brno

ISBN

978-80-210-7825-3

Book

CEITEC Phd Retreat

Edition

First edition

Pages from

65

Pages to

65

Pages count

1

BibTex


@misc{BUT114315,
  author="Petra {Michalicová} and Miloslav {Pekař} and Filip {Mravec}",
  title="Fluorescence study of systems with native hyaluronan and hydrophobic solutes treated by drying method",
  annote="Biopolymer hyaluronan perfectly fulfils the requirements of carrier systems in drug delivery medicine. It is predominantly hydrophilic but also contains hydrophobic places. By drying method these areas were open for hydrophobic solutes. As model of hydrophobic substances fluorescence probes were used. Efficiency of creation of the interaction was studied by fluorescence spectroscopy – steady state and time-resolved. Both fluorescence methods yielded results of which the method appears to be successful.",
  address="Masarykova Univerzita",
  booktitle="CEITEC Phd Retreat",
  chapter="114315",
  edition="First edition",
  howpublished="print",
  institution="Masarykova Univerzita",
  year="2015",
  month="april",
  pages="65--65",
  publisher="Masarykova Univerzita",
  type="abstract"
}