Peptide lysis instrument - providing new possibilities for biomedical research

In the field of biomedical research, the emergence of peptide lysis machines has provided new possibilities for researchers. This instrument can efficiently and accurately analyze the structure and function of proteins, thereby promoting the in-depth development of biomedical research.

Peptide lysis analyzer is an advanced equipment used for analyzing and studying protein structure. It precisely controls the cleavage conditions to break down proteins into individual amino acids or peptides, and then uses techniques such as mass spectrometry to quantitatively and qualitatively analyze these small molecules to obtain detailed information about the proteins. This method not only reveals the composition and structure of proteins, but also helps researchers understand the functions and interactions of proteins.

Cracker hardware

1. Cracking kettle

(1) The reactor with a capacity of less than 50L is made of high borosilicate glass;

(2) Six solvents, including TFA, capturing agent, and cleaning reagent, are directly delivered to the reaction kettle;

(3) Double layer temperature controlled window reactor, classic stirring paddle mode;

(4) 316L stainless steel inner wall sprayed with polytetrafluoroethylene, or lined with Hastelloy alloy/polytetrafluoroethylene;

2. Concentration kettle

(1) Three solvents, including cracking solution and cleaning reagents, are directly delivered to the reaction kettle;

(2) The reactor with a capacity of less than 50L is made of high borosilicate glass;

(3) Double layer temperature controlled window reactor, classic stirring paddle mode;

(4) 316L stainless steel inner wall sprayed with polytetrafluoroethylene, or lined with Hastelloy alloy/polytetrafluoroethylene;

3. Settling kettle

(1) The reactor with a capacity of less than 50L is made of high borosilicate glass;

(2) Double layer temperature controlled window reactor, classic stirring paddle mode;

(3) 5 solvents, including cracking solution, ethers, and cleaning reagents, are directly delivered to the reaction kettle;

(4) 316L stainless steel inner wall sprayed with polytetrafluoroethylene, or lined with Hastelloy alloy/polytetrafluoroethylene;

The emergence of peptide lysis machines has brought many new possibilities for biomedical research. Firstly, it can improve the efficiency of protein research. Traditional protein analysis methods typically require a significant amount of time and manpower, and the accuracy of results is also influenced by various factors. In contrast, peptide lysers can process large amounts of samples in a short period of time, and their results have high repeatability and accuracy. This enables researchers to obtain data faster and advance the research process more effectively.

Secondly, it can enhance the depth of protein research. Through in-depth analysis of proteins, researchers can understand the detailed structure and function of proteins, thereby more accurately understanding the mechanisms of disease occurrence and drug action. This is of great significance for the prevention and treatment of diseases.

In addition, it can promote the cross integration of biomedical research. Proteins are the most important functional molecules in living organisms, playing crucial roles in many biological processes. Therefore, research on proteins can not only help us understand the occurrence and development of diseases, but also promote progress in fields such as biotechnology and drug development. The emergence of peptide lysis equipment enables researchers from different fields to share data and resources, and jointly promote the development of biomedical research.

Overall, peptide lysis machines provide new possibilities for biomedical research. Its emergence not only improves the efficiency and depth of protein research, but also promotes cross fusion in different fields.