Synonym:L-Tyrosinamide, D-arginyl-N-[(1S)-5-amino-1-[3-(phenylmethyl)-1,2,4-oxadiazol-5-yl]pentyl]-2,6-dimethyl-;bevemipretide;HY-156600
CAS NO.:2356106-71-1
EINECS NO.:/
Molecular Formula:C31H45N9O4
Purity & Grade: 99%; Medicine grade
Character:White Powder
Free sample:Available
Stock:In stock
Warehouse: USA/EU/AU Warehouse
MOQ & Package: 1g; Package according to demand
Shipping: Safe and fast delivery
Lead Time: 7-15 days
Store & Shelf life: Cool & dry place; 24 months" data-aw-url="https://www.faithfulbiochem.com/steroid-raw-powder/bevemipretide-powder/" title="Bevemipretide powder">
Xi'an Faithful BioTech Co., Ltd. sells high purity Bevemipretide powder. Drawing on years of professional experience and a firm commitment to excellence, Xi'an Faithful BioTech Co., Ltd. has secured a solid position in the industry by focusing on providing high-quality Bevemipretide powder that meets the strictest global standards. Our professional team, which includes veteran chemists, researchers and production specialists, exercises strict control over the entire production process—from raw material selection to packaging—with testing conducted at every step. This ensures our products boast high purity, potency and stability, giving customers peace of mind in their respective applications.
Functionally, Bevemipretide powder has drawn significant attention in the medical and research fields. It targets the inner mitochondrial membrane, where it binds reversibly to cardiolipin. This binding action leads to the improvement of mitochondrial function. By enhancing mitochondrial function, it can effectively reduce the production of reactive oxygen species (ROS). In the context of age - related macular degeneration (AMD), mitochondrial dysfunction is an early - stage issue that contributes to disease progression. Studies have indicated that Bevemipretide powder can improve the viability of AMD patient - derived RPE cells in an aged Bruch’s membrane model. In addition, in in - vitro studies, relevant research has been carried out on its impact on cell - related functions, which provides more evidence for its potential application value in the medical field. However, like many bio - active substances, further research is still needed to fully understand its mechanisms of action and potential applications, so as to better promote its use in disease treatment and prevention.
ltems | Specification | Results |
Appearance | White powder | Conforms |
Assay | ≥98% | 99.13% |
HNMR | Consistent with structure | Conforms |
HPLC | Consistent with structure | Conforms |
Conclusion | Conform with enterprise specification |
Quality: Strict control throughout the entire process from the source to the finished product, meeting high-standard requirements
As an enterprise dedicated to the supply of high-quality bioactive powders, we implement quality control over Bevemipretide powder throughout the entire production chain to ensure that each batch of products meets the strict requirements of scientific research and application scenarios.
Batch consistency control: Relying on a mature production management system, through standardized processes and strict quality control procedures, it ensures that the core indicators such as purity and potency of Bevemipretide powder in different batches remain highly consistent, avoiding the impact of batch differences on scientific research experiments or application effects.
Specialty: Deeply match product features and provide technical and storage support
We are well aware of the particularity of Bevemipretide powder as a bioactive substance. Centering on its functional characteristics and usage requirements, we provide targeted professional services to lower the usage threshold for customers.
Customized demand response: We offer flexible customized solutions based on the purchase volume and packaging specification requirements of different customers (such as research institutions and enterprises). At the same time, we can assist in providing product inspection reports to ensure that the products meet the specific experimental or production standards of the customers.
Reliability: Stable supply and after-sales guarantee, reducing cooperation risks
We build a service system from a long-term cooperation perspective, providing comprehensive protection for customers' purchasing experience from supply stability to after-sales response.
Stable inventory and delivery capacity: Relying on mature supply chain management, maintaining a reasonable inventory level enables a rapid response to customer procurement demands, avoiding delays in research and development or production progress due to stockouts. At the same time, professional packaging (suitable for low-temperature storage requirements) is adopted to ensure that the product quality is not affected during transportation.
The research field of ophthalmic diseases (core application directions)
Research on the repair of AMD-related cell functions: One of the early pathological features of AMD is the abnormal function of retinal pigment epithelial cells (RPE cells), and mitochondrial dysfunction is the key cause of RPE cell damage. Experiments have shown that Bevemipretide powder can increase the survival rate of RPE cells derived from AMD patients in the "aging Bruher membrane model", providing a key tool for the study of "improving mitochondrial function to delay the senescence of RPE cells" It is often used in in vitro cell experiments (such as RPE cell culture and functional detection).
The basic research field related to mitochondrial function
Research on the regulatory mechanism of mitochondrial function: It is often used in in vitro cell experiments (such as liver cells, cardiomyocytes, etc.) to explore how it affects the activity of the mitochondrial respiratory chain and the stability of membrane potential by binding to cardiolipin in the inner mitochondrial membrane, and thereby clarify the association mechanism between "improvement of mitochondrial function and regulation of cell metabolism".
A1: The main function of Bevemipretide powder lies in the regulation of mitochondrial function. It can reversibly bind to cardiolipin in the inner mitochondrial membrane, thereby improving mitochondrial function. Through this effect, it can effectively reduce the generation of reactive oxygen species (ROS) within cells. In the research on age-related macular degeneration (AMD), its characteristic of improving mitochondrial function is particularly prominent. It can enhance the vitality of retinal pigment epithelial (RPE) cells derived from AMD patients in the aging Bruch membrane model and provide protection for the retina. In related animal experiments, Topical application of this powder can significantly improve the total retinal thickness of rats with photoinduced retinal degeneration.
A2: When conducting scientific research experiments with Bevemipretide powder, it is essential to first ensure that the experimental environment meets its storage and usage requirements. Store the product strictly in accordance with the specified temperature to avoid product failure due to improper temperature. When dissolving powder, appropriate solvents should be used and aseptic operation norms should be strictly followed to prevent the solution from being contaminated and affecting the experimental results. In in vitro cell experiments, it is necessary to precisely control the concentration of Bevemipretide powder added to the cell culture medium, and closely observe the cell responses, such as changes in cell viability and mitochondrial function indicators. In animal experiments, it is necessary to pay attention to the control of the administration method, dosage and frequency, and at the same time monitor the overall health status, behavioral changes and pathological changes of related tissues and organs of the animals. In addition, due to the complexity of its mechanism of action, various possible influencing factors need to be fully considered in the experimental design, and a reasonable control group should be set up to accurately evaluate the effect of Bevemipretide powder.
A3: From the current research, the safety of Bevemipretide powder in scientific research applications mainly focuses on its impact on the experimental subjects (cells, animals). In cell experiments, when used at appropriate concentrations, it has relatively low toxicity to cells and can effectively improve mitochondrial function without causing significant apoptosis or other serious cell damage. In animal experiments, within a reasonable dose range, no serious systemic adverse reactions were observed in animals. However, excessive doses may cause local tissue reactions or have certain effects on the functions of specific organs. However, as it has not yet entered the clinical human trial stage, there is no definite conclusion on its safety in humans. A large number of in-depth studies are still needed, including toxicological studies and long-term safety evaluations, to fully understand its potential risks.
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