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:
Available Downloads- 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)
Visit the InfoZone to view a list of published papers and conference posters relevant to this application area.
For further information, or application discussions, please contact: applications@farfield-group.com