Creative Biolabs offers the broadest array of products and services for membrane proteins. We have established numerous platforms that enable the development of advanced technologies related to membrane proteins. With the use of this cutting-edge technology, our scientists can successfully complete your projects by meeting your expectations in a number of ways.
Drug research is a drawn-out and risky procedure. Traditionally, lead discovery has involved choosing suitable compounds and putting them through biological assessment. The creation of combinatorial chemical libraries and several high-throughput in vitro screening techniques have recently advanced the area. Lead optimization has benefited greatly from structure-based drug design.
Membrane proteins make up the majority of pharmaceutical targets. It has been proven to be far more difficult to express membrane proteins as recombinant proteins than it is for their soluble counterparts. More technological development is now required to raise the success rate of membrane protein products. Creative Biolabs offers membrane portion stable cell lines, which are excellent tools for membrane protein production and biological analysis.
Fig. 1 Membrane proteins in their native membrane environments.1
GPCRs are involved in many physiological and pathological processes. GPCRs have been the subject of numerous pharmacological targets and medicinal applications. The GPCR stable cell lines enables researchers efficiently to study GPCRs.
Ion channel malfunction has been linked to a number of related hereditary, autoimmune, and cancerous conditions. To discover ion channel drugs, the ion channel stable cell lines are helpful tools.
Numerous illnesses and abnormalities in organisms can result from the distribution and malfunction of cell membrane transport protein. The transporters are excellent candidates for therapeutic or clinical intervention.
Immune checkpoints regulate and manage the immunomodulatory response. Nearly every kind of cancer cell has the ability to defend itself against immunological checkpoints and other killer cells by stimulating lymphocytes.
Oncology research includes a significant medical topic. Oncology stable cell lines concentrate on the immune recognition response of cancer cells and how to employ them as delivery targets for anticancer drugs.
The Fc receptor binds to surface antigens on foreign cells or microorganisms, assisting immune cells in identifying infections. Fc receptor stable cell lines can be used in drug development and delivery of drugs.
CD marker molecules are involved in numerous vital functions, including antigen recognition and cell signaling. We offer CD stable cell lines to help the study of CD marker molecules.
HLA is the bridge that connects immunology and clinical illness treatment. The importance of HLA stable cell lines increases with advancements in research techniques and technologies.
Kinase gene mutations can result in cellular death, behavioral abnormalities, or metabolic problems. Our kinases/enzyme stable cell lines can be used in broad screens to find kinase-specific inhibitors to treat different kinds of illnesses.
Nuclear receptors control the organism's growth, balance, and metabolism. Our nuclear receptor stable cell lines can detect thyroid hormones and steroids, among a wide range of other chemicals.
Stable cell lines from Creative Biolabs are derived from single-cell clones and are utilized in a variety of biomedical research applications involving membrane protein targets.
Effectively producing a great deal of stable membrane protein cell lines, Creative Biolabs has established a strong reputation among all of our clients as a cutting-edge research facility and a leading provider of customer service in the membrane protein sector. If you have any questions or concerns about these products, please
.All listed customized services & products are for research use only, not intended for pharmaceutical, diagnostic, therapeutic or any in vivo human use.