1.5X simulated body fluid (1.5 SBF)

1.5Xsimulated body fluid（1.5 × SBF）

This product is a specialized reagent for in vitro biomaterial evaluation, with a standard ion concentration1.5 times SBF, with higher supersaturation, is used to rapidly induce surface mineralization of biomaterials, evaluate the in vitro biological activity, mineralization ability, and compatibility of orthopedic, dental implant materials, and biocomposite materials.

【 Product Features 】 Strictly simulate the physiological environment of human body fluids, includingKey ions such as Na ⁺, K ⁺, and Ca ² ⁺ are stable at pH 7.25-7.40; Ready to use sterile packaging, no need for self preparation and calibration; The mineralization induction efficiency is superior to conventional SBF and can shorten the experimental period.

[Specifications and Storage] Specifications500mL/bottle, stored in the dark at 2-8 ℃, strictly prohibited from freezing, expiration date3After opening the bottle, use it as soon as possible.

[Precautions] For in vitro experimental use only, prohibited for human use; Wear gloves during operation to avoid contamination; If turbidity or sedimentation occurs, use is prohibited.

Artificially synthesized simulated body fluids are a type of biomimetic preparation that accurately replicates the physical and chemical properties of natural human body fluids (such as lymphatic fluid, plasma, synovial fluid, etc.). They are primarily used in scientific research, in vitro experiments, and biomedical related studies, and are important tools in modern biological research. The product uses natural bodily fluids as a template, combined with core components such as electrolytes, sugars, and buffering substances, to accurately match the osmotic pressure of natural bodily fluidspHValue and ion concentration can be customized according to different specifications such as protein free and low protein based on needs.

This type of product has stable and controllable ingredients, no risk of biological contamination, small batch differences, and can effectively avoid interference factors such as fluctuations in natural body fluids and protein denaturation. It is widely used in cell culture, drug permeation metabolism testing, compatibility testing of artificial organs, and physiological and pathological mechanism research related to body fluids. It is not used for clinical treatment and can provide a standardized and controllable simulation environment for various in vitro experiments, helping to efficiently carry out scientific research work.

1.5Xsimulated body fluid