In the evolving field of biochemical research, the TAX2 peptide has become a subje Thrombospondin-targeting TAX2 peptide impairs tumor ct of significant interest for those of us who follow advanced protein-based studies. As someone d by A Jeanne·2015·Cited by 31—TAX2 in vivo administrations highly disturb syngeneic melanoma tumor vascularizationinducing extensive tumor necrosis and strongly inhibit growth rate and Read more eeply invested in peptide synthesis and molecular biology, I have spent considerable time analyzing the literature surrounding this specific compound. It is important to note that my interest is strictly scientific and laboratory-based; I do not provide or endorse any medical or clinical advice.
Understanding the TAX2 Peptide Structure
The TAX2 peptide is a fascinating subject of study due to its unique chemical profile. With a molecular formula of C51H86N14O19S2 and a molecular weight of approximately 1263.44, it stands out as a highly specialized molecule.
The most prominent feature of this compound is that the TAX2 peptide is a cyclic peptide that functions as an orthoste TAX2 peptide | C51H86N14O19S2 - PubChem - NIH ric antagonist. Specifically, it is designed to selectively prevent TSP-1 binding by A Jeanne·2017·Cited by 42—Lumican delays melanoma growth in mice and drives tumor molecular assembly as well as response tomatrix-targeted TAX2 therapeutic peptide.Read more to CD47. By modulating the interaction between Thrombospondin-1 (TSP-1) and the CD47 receptor, researchers have been able to observe distinct biological behaviors in diverse experimental models.
Experimental Observations and Findings
In my review of the available academic data, several key findings highlight why this entity is so frequently cited in modern research papers:
* Anti-Angiogenic Properties: Research indicates that the molecule exhibits unexpected anti-angiogenic properties in vitro. This by A Jeanne·2017·Cited by 14—TAX2 displays exciting antiangiogenic, antitumor, and antimetastatic propertiesin both allograft and xenograft models of melanoma as well as pancreatic Read more is a critical observation for those studying vascular development in non-clinical models.
* Tumor Vascularization: Studies documenting TAX2 in vivo administrations highly disturb syngeneic melanoma tumor vascularization. The resulting disruption often leads to significant necrosis within the studied tissue, providing a clear visual of its potency.
* Multifaceted Efficacy: It is widely reported that the TAX2 displays exciting antiangiogenic, antitumor, and antimetastatic properties across various xenograft and allograft models, including studies on melanoma and pancreatic tissue.
* Platelet Interaction: Beyond tumor studies, it has been observed that the TAX2 peptide strongly decreases platelet aggregation and inhibits interaction with collagen, particularly under arterial shear conditions. This highlights the molecule's versatility in biochemical pathway modulation.
Contextualizing TAX2 in Broader Peptide Research
When comparing this compound to other agents, such as the TAT-HA2 fusion peptide—which is primarily recognized as a delivery agent—it becomes clear that TAX2 serves a more targeted, receptor-specific purpose. While some may confuse this with the one of the largest families of neuropeptides (the tachykinin family), it is essential to distinguish that TAX2 is a specific, CD47-derived peptide.
Furthermore, the thrombospondin-targeting TAX2 peptide impairs tumor growth in preclinical mouse models, such as those used for childhood neuroblastoma. This has paved the way for its role as a matrix-t Towards the Therapeutic Use of Thrombospondin 1/CD47 argeted TAX2 therapeutic peptide in controlled laboratory settings.
Final Observations
For those of us tracking the development of specialized biochemicals, the TAX2 peptide represents a sophisticated intersection of structural chemistry and receptor biology. Its ability to act as a precise antagonist for the TSP-1:CD47 pathway makes Towards the Therapeutic Use of Thrombospondin 1/CD47 it a valuable tool for researchers aiming to understand complex signaling pathways in controlled environments.
As with any specialized research chemical, the focus remains on its structural integrity and its predictable interactions within the biological matrices it is designed to influence. My exploration into this compound confirms its status as a robust candidate for continued, rigorous scientific investigation.