Guidance on Transmembrane Proteins and Three Technology Platforms >>>

Transmembrane protein (TP) plays an important role in fundamental physiological processes. Approximately 50% of transmembrane proteins have been used as targets for drugs. However, not many recombinant transmembrane proteins are commercially available due to the difficulty of expressing and purifying transmembrane proteins.

CUSABIO, as an experienced protein manufacturer, has built Three Membrane Protein __Expression__ Technology Platforms including Virus Like Particles (VLPs) Platform, Detergent Micelle Platform, and the Nanodisc Platform.

Transmembrane Proteins Categories

Aquaporin Transmembrane protein series one: Aquaporin The Nature of Detergent and Its Application in Membrane Proteins The Application of Nanodiscs in Membrane Proteins

Ion Channels Transmembrane protein series two: Ion Channels A Switch that Controls the Entry and Exit of Ions

G protein-Coupled Receptor Transmembrane protein series three: G protein-Coupled Receptor G protein-Coupled Receptor - Targets for Drug Therapy

ATP-binding Cassette Transmembrane protein series four: ATP-binding cassette transporters A Transport Machine -- ATP-binding Cassette

Human Leukocyte Antigen Transmembrane protein series five: Human leukocyte antigen (HLA) Human Leukocyte Antigen: Distinguish between Friend and Foe

Chemokine Receptors Transmembrane protein series six: Chemokine receptors Chemokine Receptors – One Kind of Powerful Seven Transmembrane Spanning G Protein-coupled Receptor