Analyzable Objects Based on SPR Technology

The analysis of intermolecular interaction occupies a very important position in basic research, and is an important method to realize the analysis of the mechanism of interaction between substances at the molecular level. The analysis of intermolecular interactions can often solve the problem of the mechanism of action between different or the same substances, thereby helping researchers to better explain some macroscopic phenomena. The regulation of the normal physiological activities of living organisms is inseparable from the interaction of molecules. These molecules include proteins, DNA, lipids, carbohydrates, small molecule compounds and so on. In addition, the study of the interaction between cells, viruses and bacteria is also very meaningful.

Analyzable Objects Based on SPR

Here are the objects that surface plasmon resonance (SPR) system can analyze

SPR system has a wide range of applications and can provide you with a variety of intermolecular interaction analysis services. In addition, based on the flexibility of platform design, we can provide you with exclusive customized services to meet your special requirements. Creative Proteomics mainly provides interaction analysis related to the following aspects.

Analyzable Objects Based on SPR

Nucleic Acid-related Interactions Analysis Service Based on SPR System

DNA is the carrier of genetic information and the fundamental source of life activities. DNA-related interaction analysis based on SPR system is a basic method for researchers to study the function of DNA, which can explain the function of DNA at the analytical level. SPR system provides high-throughput DNA-related interaction analysis services that can greatly improve efficiency and reduce costs.

Analyzable Objects Based on SPR

Protein-related Interactions Analysis Service Based on SPR System

Protein is an important component of all cells and tissues of the human body. Protein-related interactions are closely related to the normal progress of life activities. If you have this one-sided research need, try our SPR system. SPR system can provide you with high-throughput protein-related interaction analysis services to improve your rsearch efficiency.

Analyzable Objects Based on SPR

Lipid-related Interactions Analysis Service Based on SPR System

Lipids are also important biological macromolecules in the human body. Phospholipids are a type of lipids that form the skeleton of biological membranes and are an important part of cells that separate cells from the outside world. The analysis of lipid-related interactions is the basis for the study of the mechanism of information exchange between cells and the outside world. We can provide high-throughput lipid-related interaction analysis and provide you with exclusive customized services.

Analyzable Objects Based on SPR

Carbohydrate-related Interactions Analysis Service Based on SPR System

First of all, carbohydrates are an important source of energy for the normal physiological activities of the living body. In addition, the combination of carbohydrates and other biological macromolecules can exert different biological functions, such as cell recognition, immune activity and so on. We can provide you with some basic biological research through carbohydrate-related interaction analysis services. The entire research process ensures high throughput, high accuracy, and high sensitivity.

Analyzable Objects Based on SPR

Small molecule-related Interactions Analysis Service Based on SPR System

In the field of biomedicine, small molecules mainly involve the development of small molecule drugs. The study of interaction between small molecule compounds and various types of biological macromolecules plays an important role in the screening of lead compounds. We can provide you with high-throughput small molecule-related interaction analysis services that can significantly improve the efficiency of your lead compound screening process.

Analyzable Objects Based on SPR

Nanoparticle-related Interactions Analysis Service Based on SPR System

Nanoparticles possess superior properties compared to other materials due to their unique size. Nanoparticle-related interaction analysis is mainly used in nanomedicine, nanocarrier, nanodiagnostic reagent and nanocontrast agent research. We can provide high-throughput nanoparticle interaction analysis services to advance your entire research process.

Analyzable Objects Based on SPR

Cell-related Interactions Analysis Service Based on SPR System

Cells are the basic structural and functional units of living organisms, with the exception of viruses. Cell-related interaction analysis is the basis for the study of the mechanism of communication between cells and the outside world. We can provide high-throughput cell-related interaction analysis services to facilitate your cellular mechanism research process.

Analyzable Objects Based on SPR

Graphene-related Interactions Analysis Service Based on SPR System

As a new type of material, graphene has unique and excellent physical properties, and has important application prospects in materials science, micro-nano processing, biomedicine, and drug delivery. We can provide you with high-throughput graphene-related interaction analysis services to promote the application of graphene in various fields.

Analyzable Objects Based on SPR

Virus-related Interactions Analysis Service Based on SPR System

The analysis of virus-related interactions is of great importance for the development of infection mechanisms associated with infectious diseases and for the development of relevant specific drugs. We can provide high-throughput virus-associated interaction analysis while ensuring accuracy and sensitivity. By choosing Creative Proteomics, you are choosing professional and guaranteed analytical results.

You can choose the direction you are interested in from the services. If not, 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.

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