Small Molecule-related Interactions Analysis Service Based on SPR Technology

Small molecule compounds are generally composed of several or dozens of atoms, and the relative molecular weight is between tens to hundreds. In recent decades, small molecule compounds have always been an important source of new drug discovery and can provide an important basis for the treatment of various diseases. The analysis of intermolecular interactions related to small molecules plays an important role in the discovery process of lead compounds in drug development. The compound library is one of the important sources for obtaining lead compounds. A compound library is a collection of physical compounds with specific structures or functions and their related information under certain standards. They are usually used as tools for new drug discovery or cell induction to help scientists find new drug discovery compounds.

• Lead compounds

Lead compounds are obtained through various ways and have certain biological activities and chemical structures. Lead compounds can undergo further structural transformation and modification, and it is the starting point for modern new drug research. Screening of small molecule compound libraries is a way to obtain lead compounds. This process requires the use of small molecule-related interaction results as the basis for screening. Through the analysis of small molecule-related interactions, researchers can screen out the most suitable lead compounds for a new drug research purpose from the thousands of small molecules in the small molecule compound library. However, this analysis process often has problems such as time-consuming and labor-intensive. Therefore, researchers urgently need high-efficiency methods to detect small molecule-related interactions, which can promote the process of screening and obtaining lead compounds from small molecule compound libraries and lay the foundation for the development of new drugs.

Surface plasmon resonance (SPR) system in the analysis service of small molecule-related molecular interactions

At present, the analysis of small molecule-related interactions is mainly used in the screening process of lead compounds in the development of new drugs in the biological field. In the process of new drug research, obtaining lead compounds with biological activity through compound activity screening is the basis of innovative drug research. As mentioned before, the lead compound screening process is a time-consuming and laborious process, while SPR high-throughput technology can solve this problem. The high-throughput SPR technology platform allows to provide small molecule-related interaction analysis services for hundreds of thousands of samples at the same time in a single run. In addition to the advantage of high throughput, our platform can provide you with high-accuracy and high-sensitivity small molecule-related interaction analysis services. By minimizing system errors, Creative Proteomics can provide you with a guarantee about the accuracy of the analysis results. Based on these advantages of SPR technology in the analysis of small molecule-related interactions, you can choose our SPR technology platform with confidence.

Fig.1 BIAchip^TM in the process of screening of lead compounds through small molecule-related interactions analysis services

• Available chip types for small molecule -related molecular interaction analysis based on SPR

Creative Proteomics has a trusted professional team, and we have extensive experience in molecular interaction analysis services. If you need small molecule -related molecular interaction analysis services, please try our SPR technology platform. Based on the professionalism and rich experience of our scientific research team, we can provide you with exclusive customized solutions within 1-2 days according to your needs. The molecular-related interaction analysis service mainly includes the following aspects.

If you do not find the service you are interested in, please contact us for exclusive customized services. All services of Creative Proteomics are available on a 24/7/365 basis.

For research use only. Not intended for any clinical use.