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Analyzable Data Based on SPR Technology
The importance of analyzing molecular interactions in basic research
Why do we need to detect molecular interactions in basic research? Because the analysis of the interactions between molecules can help us understand the process of recognition and interaction between molecules. If people want to conduct a more in-depth study of some biological processes, they need to start with the most basic intermolecular interaction detection. Organisms contain various molecules such as DNA, RNA, proteins, lipids, and the interaction between these molecules is an important way for organisms to respond to environmental changes and complete cell regulation. These interactions are involved in the regulation of a variety of physiological activities. In addition, intermolecular interaction is also a necessary detection direction in the biopharmaceutical industry, which involves the discovery of lead drugs, drug efficacy evaluation, and drug safety optimization. The detection of molecular interaction is the most basic detection in basic research, and it is also an important research foundation of biology and pharmacy.
Surface plasmon resonance (SPR) System in the process of basic research
If you choose Creative Proteomics, we will facilitate your basic research related to the detection of intermolecular interactions. Our SPR system provides you with high-throughput, high-sensitivity, and high-selectivity intermolecular interaction detection, by providing standard chips and customized chips. The detection direction of SPR system includes the following aspects: specificity analysis, multiple binding analysis, concentration analysis, thermodynamics analysis, kinetic analysis, and affinity analysis.
Specificity Analysis
Through SPR technology, you can perform intermolecular specificity analysis to understand whether the test molecule is bound to the target molecule. In addition, you will also know the binding specificity between them.
Multiple binding Analysis
Through SPR technology, you can perform multiple binding analysis between molecules. Based on this, you can know which molecules are involved in the journey of the complex and the order of their participation.
Concentration Analysis
Through SPR technology, you can quickly obtain the concentration of the analyte in the sample, which is convenient for you to perform qualitative and quantitative operations on the sample in basic research.
Thermodynamics Analysis
Through SPR technology, you can increase and decrease the temperature to obtain the thermodynamic data of the sample. Thermodynamic analysis helps you explore the mechanism of intermolecular bonding.
Kinetic Analysis
Through SPR technology, you can obtain the kinetic data related to the binding process of the sample and the ligand molecule. For example, you will know the rate of intermolecular bonding and mechanism.
Affinity Analysis
Through SPR technology, you can perform affinity testing. Through high-throughput affinity detection, you can know the strength of intermolecular binding through the obtained intermolecular affinity related data.
You can definitely get the SPR-based chip of which type is most suitable for your research project in Creative Proteomics. In addition to providing various types of standardized chips, we also provide various types of customized chips for you to choose from.
Choosing SPR technology services of Creative Proteomics, you will greatly save time and money costs owing to high-throughput intermolecular interaction detection. If you have any questions or suggestions about our services, please feel free to contact us right now.
For research use only. Not intended for any clinical use.