Publication detail

Interaction between amphiphilic fluorescent probes and biopolymer.

MRAVEC, F. STŘONDALOVÁ, H. HALASOVÁ, T. MONDEK, J.

Original Title

Interaction between amphiphilic fluorescent probes and biopolymer.

English Title

Interaction between amphiphilic fluorescent probes and biopolymer.

Type

abstract

Language

en

Original Abstract

This paper is focused on the interaction of amphiphilic fluorescent probes with model biopolymer (hyaluronan). Main aim of this work is studying the interaction between hyaluronan and surfactants, promising system in the targeting drug delivery. Authors focused on the interaction between hyaluronan and amphiphilic fluorescent probe dodecyl acridine orange (DOA), which is used as model.

English abstract

This paper is focused on the interaction of amphiphilic fluorescent probes with model biopolymer (hyaluronan). Main aim of this work is studying the interaction between hyaluronan and surfactants, promising system in the targeting drug delivery. Authors focused on the interaction between hyaluronan and amphiphilic fluorescent probe dodecyl acridine orange (DOA), which is used as model.

Keywords

Dodecyl acridine orange; Surfatctant-polyelectrolyte interaction; Hyaluronan

Released

14.09.2011

Publisher

University of Strasbourg

Location

Strasbourg

Pages from

233

Pages to

233

Pages count

1

BibTex


@misc{BUT73364,
  author="Filip {Mravec} and Hana {Střondalová} and Tereza {Venerová} and Jakub {Mondek}",
  title="Interaction between amphiphilic fluorescent probes and biopolymer.",
  annote="This paper is focused on the interaction of amphiphilic fluorescent probes with model biopolymer (hyaluronan). Main aim of this work is studying the interaction between hyaluronan and surfactants, promising system in the targeting drug delivery. Authors focused on the interaction between hyaluronan and amphiphilic fluorescent probe dodecyl acridine orange (DOA), which is used as model.",
  address="University of Strasbourg",
  chapter="73364",
  howpublished="print",
  institution="University of Strasbourg",
  year="2011",
  month="september",
  pages="233--233",
  publisher="University of Strasbourg",
  type="abstract"
}