Farfield AnaChip Product Range

Farfield provides a range of AnaChip surfaces for molecular immobilization.

To study structure-function and structure-behaviour relationships in a molecular system, one of the molecules is immobilized through one of a range of approaches, such as charge (physisorption), hydrophobicity, covalent linker chemistry or biospecific interaction chemistry.

Our functionalized AnaChips, our AnaKit linker chemistries and the measurements provided by our AnaLight instruments simplify and clarify immobilization choices, as well as every other aspect of experimental design. This means that our customers enjoy novel, cutting-edge insights into the complex relationships between the structure and function of proteins, lipids, surfactants, nucleic acids, polymers and carbohydrates.

A range of AnaChips, combined with Farfield's extensively developed protocols, ensures the selection of the best sensor surface for the optimal orientation, activity and condition of target molecules for structure-function studies. The added insights into immobilization processes provided by the AnaLight product range have allowed Farfield and our customers to become world leaders in understanding the functional capture and structural study of a diverse range of molecular systems and their interactions.

AnaChips for Biophysics Applications

		Biophysics Applications The most suitable AnaChip surface for any biomolecular immobilization should be assessed according to the properties of the molecule to be immobilized and the objectives behind the measurements being taken on the AnaLight.

AnaChips for Surface Science Applications

		Surface Science Applicationse The most suitable AnaChip surface for any experiment should be assessed according to the properties of the molecules being studied and the objectives behind the measurements being taken on the AnaLight.