As biotechnology and peptide synthesis technology advance, an increasing number of peptides are being approved for clinical applications in therapeutic treatments. Due to their position between small molecule chemicals and large molecule proteins/antibodies, they balance the advantages of both, and are widely used in the prevention, diagnosis, and treatment of diseases such as cancer, hepatitis, diabetes, and AIDS.Please provide the Chinese content to be translated.Therapy has become a hot research topic in the present day.
       The tumor peptide vaccine aims to eliminate cancer cells by utilizing the induction of an immune response within the body. During the immune induction process, adjuvants are often emulsified with peptide solutions in proportion to enhance the immune reaction.Please provide the Chinese content that needs to be translated into American English.The anticipated therapeutic effects.

Application Case

       A company has developed a polypeptide emulsion-type tumorPlease provide the Chinese content that needs to be translated into American English.Due to the instability of peptide-based emulsions, during storage, the liquid may experience issues such as coalescence, stratification, and flocculation, which can lead to the destruction of the emulsion system, affecting biological activity and making it difficult to achieve the intended efficacy.
       Therefore, emulsification is required prior to use to immediately generate a peptide emulsion for convenient subsequent injection. To enhance emulsification efficiency and optimize the emulsification effect, the company employs the Lange dLSP 510 laboratory syringe pump to automatically perform the emulsification process for peptide-based emulsions.
       The emulsification process is divided into two states: low-speed and high-speed emulsification. The Lange dLSP 510 digital laboratory syringe pump delivers fluids with high flow precision and excellent stability, ensuring thorough emulsification.

Emulsification Preparation

       Installation: Draw the peptide solution into a 3ml syringe and place it at Connector A, then draw the adjuvant into another identical syringe and place it at Connector B. Install both syringes on two separate dLSP 510 laboratory syringe pumps.
       Low-speed Emulsification: Fully push the A syringe to allow the peptide solution to pass through the connector into the B syringe, repeating this process. A total of 20 cycles must be completed.
       High-Speed Emulsification: After the low-speed emulsification is completed, increase the injection pump's injection speed to four times the low-speed emulsification rate, and complete 40 cycles.
       After emulsification, the mixture appears creamy, smooth, and meets the customer's expected results.

       The Lang dLSP 500 Digital Laboratory Syringe Pump is designed for stable transmission of high-precision micro-volume liquids. Its workflow-based modular programming function can automatically switch between various operating states as pre-set custom programs, such as: uniform flow, linearly increasing flow over time, and state cycling, etc. It can automatically switch between low-speed and high-speed emulsification states during the emulsification process, enhancing work efficiency and avoiding potential risks of operational errors associated with manual emulsification.
       The pump also supports cloud platform and wireless communication (WiFi/Bluetooth) features, enabling remote control and status monitoring through dedicated PC software and APP applications on both PC and mobile devices.
       The Lang dLSP 500 digital laboratory syringe pump combines numerous intelligent digital features with exceptional fluid transfer performance, offering an optimal solution for setting up a digital laboratory.