Growth Factor Receptor Assay Kits: Accelerate Your Research
Accelerate decisions at the bench and for your business with our family of Growth Factor Assay Kits. No cell culture required.
Showing 1–10 of 26 results
-
Human c-MET/HGFR Reporter Assay Kit
Species
Human
Target Type
Growth Factor Receptor
Associated Disease
Cancer
-
Human EGFR1 Reporter Assay Kit
Species
Human
Target Type
Growth Factor Receptor
Associated Disease
Cancer, Dermatitis, Kidney Disease, NASH/NAFLD, Neurodegenerative, Obesity, Reproduction, Wound Healing
-
Human FGFR1/2 Reporter Assay Kit
Species
Human
Target Type
Growth Factor Receptor
Associated Disease
Autoimmune, Cancer, Kidney Disease, NASH/NAFLD, Neurodegenerative, Reproduction, Wound Healing
-
Human FGFR1c/α-Klotho Reporter Assay Kit
Species
Human
Target Type
Growth Factor Receptor
Associated Disease
Cardiovascular, NASH/NAFLD, Obesity, Reproduction, Wound Healing
-
Human FGFR1c/β-Klotho Reporter Assay Kit
Species
Human
Target Type
Growth Factor Receptor
Associated Disease
Cardiovascular, NASH/NAFLD, Obesity, Reproduction, Wound Healing
-
Human FGFR2c/β-Klotho Reporter Assay Kit
Species
Human
Target Type
Growth Factor Receptor
Associated Disease
Cardiovascular, NASH/NAFLD, Obesity, Reproduction, Wound Healing
-
Human FGFR3 Reporter Assay Kit
Species
Human
Target Type
Growth Factor Receptor
Associated Disease
Cancer, Reproduction
-
Human FGFR3c/β-Klotho Reporter Assay Kit
Species
Human
Target Type
Growth Factor Receptor
Associated Disease
Cardiovascular, NASH/NAFLD, Obesity, Reproduction, Wound Healing
-
Human FGFR4 Reporter Assay Kit
Species
Human
Target Type
Growth Factor Receptor
Associated Disease
Cancer, Metabolic Disorders
-
Human FGFR4/α-Klotho Reporter Assay Kit
Species
Human
Target Type
Growth Factor Receptor
Associated Disease
Cancer, Reproduction
Growth Factor Receptors
Growth factor receptors are the initial step in a cell’s signaling cascade for cell differentiation and proliferation. The growth signal is initially carried by receptor ligands which then bind to cell-surface receptor tyrosine kinases (RTKs). Growth factor receptors utilize the JAK/STAT, PI3 kinase, and MAP kinase pathways, as well as transcription factors like signal transducers or SMAD proteins. While growth factors act on different cell types, their signal pathways often overlap. This shared mechanism has generated a significant amount of interest in cancer research.
Because of their effect on cell growth, research surrounding growth factor receptors typically focuses on their ability to pinpoint cancer treatments. Once growth factors bind to their receptor, a signal transduction pathway is activated within the cell to ensure the cell is functioning properly. In cancer cells, however, this pathway may never turn on or off. In certain cancers, these receptors are often overexpressed, corresponding to uncontrolled proliferation or differentiation. In addition, the expression of mutant forms of growth factor proteins may also lead to cancer.