The pharmaceutical industry's research and development (R&D) pipeline relies heavily on the availability of precise chemical compounds, including impurities and reference standards. LCZ 696 Impurity C, identified by CAS number 149709-63-7, is one such compound that holds significant importance for researchers working with Sacubitril-based pharmaceuticals. As a specialized chemical supplier, we cater to the specific needs of R&D professionals by providing high-quality versions of these critical materials.

LCZ 696 Impurity C, also known as Sacubitril-(2S,4S)-Isomer, is often encountered during the synthesis and stability studies of Sacubitril, a key component in medications for heart failure. In R&D settings, this impurity serves multiple purposes. It is essential for:

  • Method Development: Researchers use it to establish and refine analytical techniques like HPLC and Mass Spectrometry (MS) for identifying and quantifying impurities in drug formulations.
  • Method Validation: Validating these analytical methods requires pure reference standards to demonstrate accuracy, precision, and specificity.
  • Stability Studies: Understanding how Sacubitril degrades over time and under various conditions often involves tracking the formation of specific impurities like LCZ 696 Impurity C.
  • Process Optimization: By monitoring the presence of this impurity, researchers can optimize synthesis routes to minimize its formation, thereby improving the overall yield and purity of the main API.

For R&D professionals, securing a reliable source for such compounds is paramount. When you seek to buy LCZ 696 Impurity C, looking for a supplier with a proven track record and stringent quality control is key. We are a dedicated supplier of Sacubitril-(2S,4S)-Isomer in China, committed to providing research-grade materials. Understanding the price of LCZ 696 Impurity C from reputable manufacturers in China can also be beneficial for budgeting R&D projects. We ensure that our products meet the required specifications for your demanding research applications. Contact us to learn more about how we can support your critical R&D efforts.