CALIXAR's Membrane Protein Transporters

CALIXAR’s membrane protein transporters assist our clients to develop, improve, validate new molecules, and discover therapeutic antibodies via multi-drug resistance studies.


Most frequent questions and answers

Membrane transport proteins are involved in nutrient capture, antibiotic efflux, protein secretion, toxin production, photosynthesis, oxidative phosphorylation, photosynthesis, environmental sensing, and other vital functions in all organisms from microbe to humans.

Therapeutics molecules are mainly linked to transporters because drugs are vehicles from different biologic membranes. Membrane Protein Transporters ensure the absorption and distribution roles of drugs in various kinds of tissue (placenta, kidney, central nervous system).

CALIXAR’s Membrane Proteins Transporters are powerful therapeutic targets for projects of multi-drug resistance studies involving bacterial resistance to antibiotics.

All actors involved in life science projects can benefit from purified membrane proteins: pharmaceutical companies, biotechnology companies, and academic research centers.

Our Membrane Protein Transporters are most suited for these types of life science projects:

With CALIXAR’s Membrane Protein Transporters, our clients can develop and validate news molecules and therapeutics antibodies. These targets are produced full-length and by maintaining their integral functions and conformity which allow them to obtain the best results in terms of development and validation of drugs.

Thanks to their high purity and stability, CALIXAR’s Membrane Protein Transporters can avoid interferences in discovery programs due to less pure and functional membrane proteins.

CALIXAR’s Membrane Protein Transporters are the first wild-type and unmutated transporters on the market. They are produced in order to maintain their native integrities and functionalities with a level of purity higher than 90%.