Founded in 1999 by scientists, Cell Signal Technology (CST) is a global family-owned private company with more than 400 employees. Their expertise is in the development of applied systems biology, particularly cancer-related and highly validated antibodies for basic and translational research. As a scientist, They believe you have the right to expect more reliable results from antibodies. They believe that they do not compromise science for profit. So, they test and retest all antibodies in multiple applications. They manufacture and verify all our antibodies in-house, and scientists who validate our products also provide technical support to help us reach our goal of ensuring our antibodies work from the start and at any time.
Company Information and History
Cell Signaling Technology, Inc. (CST) was founded in 1999 by scientists in the Cell Signaling group of the New England Biolabs (NEB). The founder of CST is Dr. Michael Comb. New England Biolabs was released in 1974 by Dr. Furthermore, Donald G. Comb and supervised by him. Nobel Prize winner Dr. Richard Roberts joined NEB in 1992 and is the Head Scientific Officer of NEB.
In addition, CST‘s management comprises Dr. Michael J. Comb, President and CEO, Fennel Eloi, Chief Operating Officer and Chief Financial Officer, and Dr. Roberto Polakiewicz, Chief Scientific Officer.
Cell Signal Technology antibody literature
Cell Signal Technology products are widely useful in research and diagnostic laboratories. For example, R Divine et al. used Cell Signaling anti-phospho-Akt (S473) (D9E) XP rabbit monoclonal antibody (4060) on ProteinSimple Jess equipment. Furthermore, Van de Kooij B and colleagues detected Ned10 tyrosine phosphorylation in Cell Signaling Technology rabbit monoclonal anti-phosphotyrosine antibody (Cat 8954) at 1:2000 dilution. Also, Lee YR and colleagues stain tumor paraffin sections with anti-pAKT antibody (4060) and anti-cleaved caspase three antibodies (9661) to study reactivation of tumor suppressor factor PTEN.
CST Product Features
Following are some of the latest new products from Cell Signal Technology.
- Primary antibody
- Antibody sampler kit
- Secondary antibody
- Antibody conjugate
- Elisa Kit
- Chip kits and reagents
- Recombinant protein
- Proteomics Analytical Products
- Cellular Assay Kit
- WB, IP reagent
- Active agent · Inhibitor
- Experimental Controls
- Buffer & Dye
- CUT&RUN Kits and Reagents
- Cytokines and growth factors
What is the proudest thing in the manufacturing process?
The quality of products is incorporated into the scientific culture of Cell Signaling Technology (CST). Established 20 years ago by research scientists, they remain focused on quality rather than quantity. They understand how important reagents are to the success of the experiment. Furthermore, The Ph.D. scientists provide a choice of targets, determination of biological models, antigen design, development of test strategies, improvement and evaluation of results, creation of protocols, verification of consistency across lots, and technical support across all applications. Their pride is measured not by adhering to our budget or schedule but by the number of papers that use their products, the number of publications from our internal research, and the fact that our discoveries lead to beneficial diagnoses and treatments.
Deeper into cell signaling technology
The new proteomics tool allows researchers to go deep into the signal transduction network and understand important molecular interactions. However, this poses a new challenge: complexity. Can cell signaling researchers balance the embarrassing complexity of the discovery of proteomics technology?
Proteomics seems to be a natural field of interest for cell signaling researchers. Most of the signaling molecules being studied today are proteins. However, many cell signaling researchers have learned that proteomics is much more complex than genomics. “Proteins are so complex that they often work only under certain conditions, making multiplexing and parallel analysis difficult,” says Chris Hebel, vice president of business development at LC Science.
Antibody Cell Signal Product
The cell’s response to various internal and external stimuli is transmitted through a signaling pathway. Signaling from one place (outside) to another (cytoplasm, nucleus) involves many components that form the signaling cascade or pathway. Intracellular signaling is complete through a series of reversible protein phosphorylation events. Protein kinase is an enzyme that catalyzes the transfer of ATP phosphate groups to the hydroxyl groups of specific serine, threonine, and tyrosine residues on downstream proteins. Furthermore, these signaling pathways are due to mutations that cause the structural expression, activation, or inhibition of signaling proteins and cause diseases like diabetes, autoimmune disorders, and cancer.
In conclusion, Statements in this press release that are not historical facts are forward-looking statements that include statements regarding the future use, quality, or performance of, or benefits to the use of, products or technologies. Techbooknet assumes no obligation to modify or update the information contained in this press release to reflect future events or circumstances, even if new information becomes available.
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