Description
(Text)
Atomic force microscopy (AFM) and surface plasmon resonance (SPR) are two important techniques to study the interaction between biomolecules under physiological conditions.AFM can be used to visualize these interactions and to measure forces between investigated molecules, whereas SPR provides information about binding affinities andkinetic parameters.In this work, AFM and SPR were applied on two different biological systems, both playing an important role in signal transduction processes in living cells.
(Text)
Atomic force microscopy (AFM) and surface plasmon resonance (SPR) are two important techniques to study the interaction between biomolecules under physiological conditions. AFM can be used to visualize these interactions and to measure forces between investigated molecules, whereas SPR provides information about binding affinities and kinetic parameters. In this work, AFM and SPR were applied on two different biological systems, both playing an important role in signal transduction processes in living cells.
(Author portrait)
Roland Gamsjaeger Dr Roland Gamsjaeger: born 07/01/75 in Vienna, citizenship: Austria (Australian Permanent Resident), studies: Technical Chemistry, Biophysics, currently postdoctoral researcher at the University of Sydney (r.gamsjaeger@mmb.usyd.edu.au); peer-review publications in JBC, TIBS, Biochem. Journal, etc.; invited talks in Australia, Austria, Sweden, etc.
(Author portrait)
Dr Roland Gamsjaeger: born 07/01/75 in Vienna, citizenship: Austria (Australian Permanent Resident), studies: Technical Chemistry, Biophysics, currently postdoctoral researcher at the University of Sydney; peer-review publications in JBC, TIBS, Biochem. Journal, etc.; invited talks in Australia, Austria, Sweden, etc.
