Search Thermo Fisher Scientific
Search Thermo Fisher Scientific
Analyze compound efficacy as full or partial agonists or antagonists using cell lines validated by the Life Technology team of Nuclear Receptor experts. Life Technology offers cell-based NR assays in two cell states: Division Arrested, non-dividing cells, for “by the plate” assays Dividing Cells...
More than 250 validated cell lines Target-specific cell lines for GPCRs, kinases and nuclear receptors Pathway-specific cell lines for oncology and immunology, discoverysciences@invitrogen.com, Our validated cell based assays utilize a variety of technology formats to achieve high quality results...
The task of generating cell lines, parental cell lines, high throughput-ready cells and other tools for your cell-based discovery projects can be greatly simplified with custom cell engineering tools from Thermo Fisher Scientific.
GeneBLAzer Validated Assays for Nuclear Receptors (NRs) provide you with a reliable, rapid, and sensitive method for analyzing the intracellular status of NRs upon exposure to drug candidates or other stimuli.
We offer a number of reporter systems for cell-based assays. GeneBLAzer reporter assays use a β-lactamase gene combined with a FRET-enabled substrate to provide reliable and sensitive detection in cells.
Drug discovery researchers today are in a difficult position. They are asked to continue their efforts in finding and validating a drug candidate with fewer resources. Our assay development service will extend your company’s research by utilizing our dedicated team of experts to provide a custom...
Life Technologies offers a wide range of high-throughput screening assays for target and lead discovery research. Use the table below to view our available assay types; and find the components necessary to make one of these assays with our Drug Discovery Assay Maker™ tool .
Whether you prefer to provide PSCs, differentiated stem cells, or have us generate stem cell lines for you, we can develop unique stem cell-based assays utilizing a broad array of assay technologies. At Thermo Fisher Scientific, we offer extensive expertise on our products and their applications to...
Catalog numbers: HCSDCX7LEDPRO The Thermo Scientific CellInsight CX7 LED Pro High-Content Screening Platform is an LED based platform that offers a choice of imaging modes to extract the information you need from your samples.
A mammalian host system is the preferred expression platform for producing mammalian proteins that have the most native structure and activity. Mammalian expression is the system of choice for studying the function of a particular protein in the most physiologically relevant environment, because it...
With the recent surge of T cell-based immunotherapies, more researchers are taking interest in these specialized immune cells, particularly with respect to the development of chimeric antigen receptor T cell (CAR-T) therapies.
Watch our learning series for on-demand tutorials and webinars to receive firsthand knowledge of the latest technologies to accelerate your Immunology Research., The continued development of spectral cytometers in the last few years is enabling expanded multiplexing in cellular analysis by...
Ion channels provide exciting opportunities for drug development targeting a diverse array of therapeutic areas including neurological, cardiovascular and pulmonary diseases, pain, and inflammation. To address the most challenging ion channel targets in any desired cell background, researchers need...
Independent of your calcium signaling platform, we have a solution for your needs. Our products are available in various kit sizes to accommodate all screens, large and small. Learn more about these versatile products by following the links below in the calcium indicator selection guide.
The G-protein-coupled receptor (GPCR) superfamily is comprised of an estimated 600-1,000 members and is the largest known class of molecular targets with proven therapeutic value.Thermo Fisher Scientific’s experienced team of GPCR biologists has generated a highly validated and novel family of GPCR...