Bionanotechnology and Biomolecules on Surfaces

The unique, absolute measurements provided by DPI, the core technology of the AnaLight® instrument range, enable the researcher to question and understand bionanotechnology surfaces and the interfacial structure, behaviour and assembly of biological molecules at a resolution not previously available in a laboratory-based technique.

Application notes are available as PDF documents that can be either downloaded or viewed online:

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DPI Characterisation of Antibody Immobilisation (47 Kb)
Structural and Functional Characterisation of Hydrocortisone - Anti-Hydrocortisone Antibody Interactions (87 Kb)
Quantitative Characterisation of Surface Nanostructures by Dual Polarisation Interferometry (121 Kb)
Quantitative Measurement of Adsorption of pH Dependent Structures Adopted by BSA (130 Kb)
Real Time Measurement of Actin Polymerisation by DPI (494 Kb)
Measuring Early-Stage ß-Amyloid Aggregation using DPI (83 Kb)
Real Time, High Resolution Studies of Lipid Bilayer Formation (61 Kb)
Measuring Protein-Polymer Interactions using Dual Polarisation Interferometry (171 Kb)
The Mechanism of ß-Amyloid Aggregation under Different Surface Conditions (40 Kb)
Dynamic Measurements of Small Molecule Partitioning into a C18 Membrane Mimic using Dual Polarisation Interferometry (79 Kb)
Measuring a-Synuclein Aggregation in Wild Type and Mutant Forms using DPI, Orientation and Activity (73 Kb)
Use of DPI to Quantify the Effects of Melittin on Phosphatidyl Choline Liposomes (221 Kb)
Quantifying the Effects of Dimethyl Sulphoxide (DMSO) on Protein Structure using DPI, Real Time Studies of the Adsorption Behaviour of C12E4 Surfactant (90 Kb)