In the specialized field of biochemical research, selecting the correct tools is paramount for reproducible data. As someone who frequently works with reagents in the lab, I have found that the AMARA peptide stands out as a critical component for those focused on kinase activity. My experience with this compound has been centered strictly on its application as a research-grade tool for studying cellular signaling pathways.
Defining the AMARA Peptide
The AMARA peptide (sequence: AMARAASAAALARRR) is widely recognized in professional circles as a minimal substrate for several members of the protein kinases family. Its structural design provides a specific phosphorylation site that allows for precise enzymatic measurement. Because it is widely used to measure AMPK related kinase activity, it has become a staple for researchers investigating the complex mechanisms of energy metabolism within synthetic models.
Technical Performance and Purity
When sourcing these compounds, quality control is non-negotiable. I prioritize vendors that provide a clear data AMARA Peptide, 0.1 mg powder, suitable for biochemical applications. Ideal for Western blot and flow cytometry. Available from Blue Tiger Scientific. sheet, as the technical specifications define the validity of the experiment. For instance, I have worked with batches where the Purity. 96.06% was confirmed via HPLC, ensuring that the results we AMARA PEPTIDE - Forlabs Website re not skewed by contaminants.
Whether you are looking for AMARA Peptide (Highly Pure) versions or standard research-grade lyophilized powder, the consistency of the peptide sequence is essential. It is routinely evaluated as a substrate for SIK and AMPK, making it a versatile choice for comparative studies. I have personally utilized the AMARA Peptide, 0.1 mg powder for small-scale pilot assays, and the ease of reconstitution—typically in 25 mM Tris-HCl at pH 7.5—simplifies laboratory workflows.
Versatility in Biochemical Research
The ut Purity. 96.06%. Format. 1 mg lyophilized powder. Stability. 1yr at –20oC from date of shipment. Storage & Shipping. Store product at –20oC. For optimal.Read more ility of this molecule extends beyond a single kinase. Because the AMARA substrate AMARA peptideis a minimal substrate for several members of the protein kinases family and can be used to measure AMPK-related kinase activity. peptide for SIK + AMPK exhibits such high specificity, it is suitable for use as a substrate for SIK and AMPK kinases in various experimental setups, including Western blot and flow cytometry.
It is important to distinguish this synthetic, lab-grade peptide from other market offerings. For example, some may encounter naturally obtained peptides from the seeds of the Velvet flower (Amaranthus Caudatus) during their search; however, these are chemically distinct from the synthetic AMARA peptide used in kinase assays. When you explor AMARA peptideis a substrate for SIK and AMPK. For research use only. We do not sell to patients. Custom Peptide Synthesis. AMARA peptide. AMARA peptide Read more e our premium-grade research peptides, it is vital to verify that the CAS number (163560-19-8) and the amino acid sequence align with your specific study requirements.
Best Practices for Handling
Based on my personal experience, the longevity of these peptides depends heavily on storage conditions. I always adhere to the manufacturer's recommendations:
* Storage: Keep the product Peptide Substrates: AMARA Peptide - A11-58 at –20°C.
* Stability: Most high-quality lyophilized powders maintain integrity for at least one year if stored correctly.
* Application: Always ensure the buffer solution is prepared fresh to prevent degradation.
By focusing on high-quality, synthetic substrates, researchers can achieve the precision required for modern biochemistry. The AMARA peptide remains a reliable, foundational element for investigating the activity of the protein kinase family, provided it is sourced from reputable providers committed to rigorous testing protocols. Always remember that these materials are strictly for laboratory use and scientific discovery.