In the expansive landscape of biochemical research, specific proteins often stand out for their unique signaling capabilities. My journey into understanding the artemin peptide began with an interest in how specific molecules influence cellular pathways. As someone who frequently reviews technical documentation and scientific literature, I have found that examining the structural and functional nuances of such compounds provides a fascinating look into molecular biology.
Understanding the Nature of Artemin
At its core, Artemin is a neurotrophic factor from the GDNF family ligands (GFLs). This gene encodes a secreted ligand of the glial cell line-derived neurotrophic factor (GDNF) subfamily and TGF-beta (transforming growth factor-beta) When reviewing the structural profile of this molecule, it is important to note that it contains a signal peptide and a large pro-region. The mature, biologically active form of this protein is a disulfide-linked homodimer, which is a non-glycosylated, polypeptide chain containing 2 x 113 amino acids.
In my experience evaluating various reagents, the precision of these structures is vital. It is classified as a neurotrophic factor that supports the survival of peripheral sympathetic and sensory neurons, as well as midbr Investigating the Role of Artemin and Its Cognate Receptor ain dopaminergic neurons. Because Artemin is a protein that in humans is encoded by the ARTN gene, researchers often look for high-purity recombinant versions produced in *E. coli* to ensure consistency in their experiments Human Artemin .
Functional Roles and Signaling
One of the most compelling aspects of this molecule is its role as a guidance factor. Research indicates that ARTN is expressed in smooth muscle cells of the vessels, acting as a guidance molecule that encourages sympathetic fibers to follow blood vessels. This highlights how Artemin promotes the survival and growth of various peripheral and central neurons.
Furthermore, it is recognized that Human Artemin is a GDNF family ligand that functions as the ligand for the former orphan receptor GFRalpha3-RET. This interaction is a critical component of its signaling pathway. When studying these interactions, it is often noted that Artemin supports the survival of all peripheral ganglia, such as neural crest and placodally derived sensory neurons.
Research Observ Human Artemin is a GDNF family ligandthat is distantly related to the TGF-β superfamily of molecules. It is synthesized as a preproprotein, and contains a Read more ations and Context
While exploring the literature, I encountered studies noting that Artemin (ARTN) (Middle Region) Pe Artemin could promote the proliferation and invasiveness of lung cancer cellsin vitro and therefore could be a new potential target to combat Read more ptide is often utilized in blocking and western blotting applications. For those involved in antibody development, the use of a synthetic peptide - KLH conjugated / synthetic peptide is a standard approach to generate specific polyclonal antibodies.
It is also worth noting that Artemin i Recombinant Human Artemin Protein s an RNA-binding protein, a characteristic that adds complexity to its functional profile beyond its role as a neurotrophin. In various experimental models, scientists have observed that Artemin is a survival factor for sensory and sympathetic neurons in culture.
In the broader context of pathology research, there are intriguing findings, such as the overexpression of artemin in chronic pancreatitis, which might function as a compensatory mechanism to address neural damage. Additionally, some studies have explored how artemin could promote the proliferation and invasiveness of lung cancer cells in vitro, underscoring why it remains a subject of intense investigation in cellular signaling research.
Final Thoughts on Technical E Artemin and an Artemin-Derived Peptide, Artefin, Induce Neuronal Survival, and Differentiation Through Ret and NCAM Artemin is an RNA-binding proteinRead more valuation
Navigating the specifications of a peptide requires a keen eye for detail. Whether one is focusing on its identity as a member of the glial cell-derived neurotrophic factor (GDNF) family or examining its structural properties, the documentation provided by reputable suppliers is essential. Through my personal review of these materials, I’ve found that understanding the specific signaling receptor, GFRalpha3-RET, is key to interpreting how this molecule influences cellular behavior in a controlled, non-human research environment. For those of us dedicated to the rigorous study of these proteins, the clarity of the biochemical data remains the most important tool for success.