Pharmacodynamic Studies

Detailed introduction to KS-V Peptide pharmacodynamics research

Category: Drug Discovery

KS-V Peptide pharmacodynamics research closely follows industry development and market demand, and constantly improves and innovates. After years of experience accumulation, multi-party verification and long-term practical tests, a complete animal model library has been established, which can provide various effective animal models according to customer needs. animal models to test the effectiveness of drugs.

KS-V Peptide pharmacodynamics research closely follows industry development and market demand, and constantly improves and innovates. After years of experience accumulation, multi-party verification and long-term practical tests, a complete animal model library has been established, which can provide various effective animal models according to customer needs. animal models to test the effectiveness of drugs.Experimental animals include non-human primates, rats and mice.

• Tumor disease drug screening model

• Central nervous system disease models

• Digestive system disease model

• Cardiovascular and metabolic disease models

• Inflammation and immune system disease models

Choose KS-V Peptide Preclinical Research

KS-V Peptide has nuclear magnetic resonance (NMR), gas chromatography-mass spectrometry (GC-MS), liquid chromatography-triple quadrupole mass spectrometry (LC-MS), inductively coupled plasma emission spectrometry (ICP-OES), inductively coupled plasma mass spectrometry (ICP-MS), high-performance liquid chromatography (HPLC), gas chromatography. There are dozens of high-end detection instruments and equipment, such as GC, elemental analyzer, ion chromatography, automatic dissolution instrument, microwave digestion/extraction system, etc., which have passed the National Laboratory Metrology Certification (CMA). Based on these advanced facilities and equipment, the company now has a technical platform to undertake reverse analysis of reference preparations, trace impurities analysis, compatibility study of pharmaceutical packaging materials, genetic toxicity impurities research, pharmaceutical quality research and other detection analysis and research and development.

The main research directions include reverse engineering of preparations, analysis of raw materials and accessories, development of prescription technology, the study of genotoxic impurities, compatibility of packaging materials, and large-scale instrument testing.

The center has three senior experts in pharmaceutical research, analysis and testing, and system certification. At the same time, two well-known professors in the industry are employed as special technical guidance to provide a decision-making basis and technical guidance for key research projects. Other project managers and technical backbone are responsible for the implementation of daily experiments and the verification of data reports. Front-line experimental technicians are bachelor's degrees or above, familiar with various detection methods and procedures. Senior expert tutors and hard-working project managers form the backbone of the center. In addition, the decision-making level of the research institute is familiar with the whole work process and has a deep understanding of the relevant compliance and technical requirements, thus ensuring the complete implementation, quality and quantity of each project undertaken.

Up to now, the center team has undertaken a number of generic drug Commission declarations, research and development, consistency evaluation, compatibility research of pharmaceutical packaging and testing services in the health field such as food and medicine, and has established good cooperation with domestic industry, academia and government departments.