Publication detail

Fractionation and speciation analysis of aluminium and thalium after bioaccumulation and biosorption their labile species by microscopic filamentous fungi and computer modeling

BRULÍK, L. BUJDOŠ, M ČERŇANSKÝ, S. DIVIŠ, P. KRAMAROVÁ, Z. MATÚŠ, P. MEDVEĎ, J. ŠEVC, J. URÍK,M.

Original Title

Fractionation and speciation analysis of aluminium and thalium after bioaccumulation and biosorption their labile species by microscopic filamentous fungi and computer modeling

English Title

Fractionation and speciation analysis of aluminium and thalium after bioaccumulation and biosorption their labile species by microscopic filamentous fungi and computer modeling

Type

abstract

Language

en

Original Abstract

In this work bioaccumulation and biosorption of aluminium and thalium by microscopic filamentous fungi is studied and speciation analysis together with computer modeling is aplied to determine accumulated metal species

English abstract

In this work bioaccumulation and biosorption of aluminium and thalium by microscopic filamentous fungi is studied and speciation analysis together with computer modeling is aplied to determine accumulated metal species

Keywords

speciation, fractionation, aluminium, thalium, bioavailability

Released

22.06.2008

Publisher

IAEAC

Location

Gdansk

ISBN

978-83-925754-4-3

Book

Book of abstract 35th ISEAC

Pages from

187

Pages to

187

Pages count

1

BibTex


@misc{BUT61052,
  author="Pavel {Diviš} and Lukáš {Brulík}",
  title="Fractionation and speciation analysis of aluminium and thalium after bioaccumulation and biosorption their labile species by microscopic filamentous fungi and computer modeling",
  annote="In this work bioaccumulation and biosorption of aluminium and thalium by microscopic filamentous fungi is studied and speciation analysis together with computer modeling is aplied to determine accumulated metal species",
  address="IAEAC",
  booktitle="Book of abstract 35th ISEAC",
  chapter="61052",
  institution="IAEAC",
  year="2008",
  month="june",
  pages="187--187",
  publisher="IAEAC",
  type="abstract"
}