Dsip is a synthetic peptide derivative supplied by Guangzhou Boyuan Outdoor Products Co., Ltd. as a non‑hazardous, laboratory‑grade chemical reagent intended exclusively for qualified research institutions, academic laboratories, and commercial research organizations. The product is a chemically defined substance produced through solid‑phase peptide synthesis, followed by purification using standard laboratory techniques such as high‑performance liquid chromatography. Dsip is handled, stored, and shipped as a general chemical reagent. The company follows standard practices for the trade and logistics of non‑dangerous chemical products, ensuring that Dsip is documented and transported as a non‑hazardous research material. This product introduction describes the chemical identification, physical appearance, available content quantities, model numbers, CAS number, handling recommendations, storage conditions, purity documentation, shipping classification, and purchasing qualifications for Dsip. The buyer is solely responsible for determining the suitability of the product for their specific research application.
From a chemical identification perspective, Dsip is a synthetic peptide with a defined amino acid sequence and a known molecular weight range. The product is manufactured using standard protocols for research‑grade peptide derivatives. Each batch of Dsip is accompanied by a CAS registry number to enable unambiguous chemical referencing. The commonly referenced CAS number for Dsip is 62568‑57‑4. Different salt forms, counterions, or specific synthetic variants of this peptide derivative may have different CAS numbers. Therefore, the company provides the exact CAS number applicable to each batch on the Certificate of Analysis. Researchers are encouraged to verify the CAS number against the documentation supplied with each shipment to ensure accurate chemical identification for their laboratory records, material safety data sheet retrieval, and any internal chemical inventory systems.
In terms of physical format and appearance, Dsip is supplied primarily as a lyophilized (freeze‑dried) powder. The physical appearance of the lyophilized material is a white to off‑white porous solid. This porous structure is characteristic of materials that have undergone a freeze‑drying process under controlled conditions. The material may present as a loose powder that flows freely within the container, or it may form a cohesive cake or plug at the bottom of the vial, depending on the specific lyophilization cycle parameters used during manufacturing. Both presentations are acceptable for a research‑grade lyophilized chemical reagent. For research applications that require a ready‑to‑use format without a reconstitution step, Dsip may also be supplied as a clear, colorless solution. The solution format is free from visible particulates, cloudiness, or discoloration. Any significant deviation from these appearance descriptors would trigger a quality investigation, although such deviations are rare under proper manufacturing and storage conditions. The product is not represented as sterile unless explicitly stated and certified on the product label. For applications that require sterile material, the end user must perform appropriate filtration using standard laboratory equipment.
Guangzhou Boyuan Outdoor Products Co., Ltd. supplies Dsip in multiple net content quantities to accommodate different laboratory needs and research scales. For the lyophilized powder format, common unit sizes include 5 milligrams per vial, 10 milligrams per vial, and 20 milligrams per vial. Each vial contains the stated net peptide content, and the fill weight is verified through standard analytical methods appropriate for non‑pharmaceutical chemical reagents. For the solution format, common concentrations include 0.1 percent (weight/volume) and 0.2 percent (weight/volume). Custom content quantities or custom solution concentrations may be available upon request, subject to minimum order quantities and manufacturing feasibility. The net content or concentration is printed on the product label along with the batch number and expiration date.
To facilitate efficient ordering, inventory management, and customer communication, Guangzhou Boyuan Outdoor Products Co., Ltd. assigns an internal model number to each distinct product specification. These model numbers serve as ordering codes and tracking identifiers. Examples of model numbers for Dsip include the following: BY‑DSIP‑5MG for the 5 milligram lyophilized powder vial, BY‑DSIP‑10MG for the 10 milligram lyophilized powder vial, BY‑DSIP‑20MG for the 20 milligram lyophilized powder vial, BY‑DSIP‑S01 for the 0.1 percent solution, and BY‑DSIP‑S02 for the 0.2 percent solution. These model numbers are purely logistical identifiers. The model numbers are printed on the product label alongside the product name, net content, batch number, storage instructions, and CAS number where applicable. Customers are encouraged to use the model numbers when placing orders to ensure accurate product selection.
The CAS number for Dsip is an important element for chemical identification. As noted above, the commonly referenced CAS number for this synthetic peptide derivative is 62568‑57‑4. This CAS number corresponds to a specific chemical structure and salt form. Different salt forms may have different CAS numbers. The company provides the exact CAS number for each batch on the Certificate of Analysis. The CAS number allows researchers to perform accurate chemical database searches and maintain consistent chemical inventory records. The product label includes the CAS number where space permits, and the accompanying documentation always includes the CAS number for the specific batch supplied.
Handling recommendations for Dsip are consistent with standard laboratory practices for non‑hazardous chemical reagents. For the lyophilized powder format, the vial should be allowed to reach room temperature before opening. This practice helps prevent moisture condensation on the cold powder surface when the vial is opened. The appropriate volume of a suitable solvent is then added. Suitable solvents include distilled water or phosphate buffer at a neutral pH. The solvent should be added gently, and the mixture should be swirled carefully without vigorous shaking. Vigorous shaking is not recommended as it may cause physical aggregation or foaming. The powder typically dissolves within a short period, depending on the solvent and temperature. Once dissolved, the solution should be used according to the researcher's experimental design. For the solution format, the product is ready to use as supplied. No reconstitution step is required. The solution should be handled using standard laboratory techniques, including the use of clean pipettes or syringes to withdraw the required volume.
Storage conditions for Dsip are specified to maintain the chemical stability of the product over its labeled shelf life. The lyophilized powder should be stored at temperatures between 2 degrees Celsius and 8 degrees Celsius. The storage environment must be dry and protected from direct light exposure. Under these recommended conditions, the lyophilized product remains stable for a period of 12 to 24 months from the date of manufacture, depending on the specific batch and storage practices. The solution format has a shorter recommended storage period, typically 3 to 6 months under the same temperature and light protection conditions, unless otherwise stated on the product label. Once the lyophilized powder has been reconstituted into a solution, the reconstituted material should be used promptly or divided into aliquots and stored frozen, typically at minus 20 degrees Celsius or minus 80 degrees Celsius, to minimize repeated temperature cycling. Freeze‑thaw cycles should be limited because repeated freezing and thawing may affect the physical consistency of the solution.
Quality documentation for Dsip includes a Certificate of Analysis that is available upon request. The Certificate of Analysis typically includes the following information: product name, model number, batch number, date of manufacture, net content or concentration, physical appearance description, CAS number, and purity assessment data where applicable. Purity assessment is performed using high‑performance liquid chromatography as a standard analytical method for peptide derivatives. Mass spectrometry may be used for molecular weight confirmation. The Certificate of Analysis is provided as a courtesy to assist researchers in their own quality assessment. The buyer remains responsible for any additional testing or validation required for their specific research application.
In terms of shipping classification, Dsip as supplied by Guangzhou Boyuan Outdoor Products Co., Ltd. is not classified as a dangerous good. The product carries no hazard classifications under major transport regulations, including the United Nations Model Regulations on the Transport of Dangerous Goods, the IATA Dangerous Goods Regulations for air transport, the IMDG Code for maritime transport, and the ADR for road transport in Europe. The material is not flammable, not corrosive, not an oxidizer, not an explosive, not acutely toxic, and not environmentally hazardous under the classification criteria of these regulations. Therefore, Dsip may be shipped using conventional courier and freight services that accept non‑hazardous chemical samples.
Shipping documentation for each order of Dsip includes a commercial invoice, a packing list, and a chemical declaration. The chemical declaration clearly states that the product is a non‑hazardous chemical reagent for research use only. The shipping container includes the primary sealed vials, secondary cushioning material to prevent breakage, and appropriate outer packaging. The outer packaging is labeled with the product name, model number, net quantity, and a statement that the contents are for laboratory research use only. The buyer is responsible for providing any additional documentation required by their local customs authorities.
Guangzhou Boyuan Outdoor Products Co., Ltd. supplies Dsip exclusively to qualified research entities. Qualified research entities include academic research laboratories, contract research organizations, pharmaceutical and biotechnology company research and development departments, government research institutes, and other institutions that have the appropriate facilities and personnel to handle chemical reagents safely and legally. The company does not sell Dsip to individual consumers or for personal use. By placing an order, the buyer represents that they are a qualified research entity and that the product will be used only for lawful research purposes. The company reserves the right to request documentation of the buyer's qualifications before processing an order.
All information provided in this product introduction is for informational and ordering purposes only. The buyer is solely responsible for determining the suitability of Dsip for their specific research application. The buyer assumes all responsibilities associated with the handling, storage, use, and disposal of the product. The product is sold as a chemical reagent only. The buyer should consult their institutional safety officers before using this product in any laboratory procedure.
In summary, Dsip is a synthetic peptide derivative supplied as a non‑hazardous, laboratory‑grade chemical reagent. The product is chemically identified by the reference CAS number 62568‑57‑4, with batch‑specific confirmation provided on the Certificate of Analysis. The physical appearance is a white to off‑white porous solid for the lyophilized powder format or a clear colorless liquid for the solution format. Available content quantities include 5 milligram, 10 milligram, and 20 milligram vials for the lyophilized powder, as well as 0.1 percent and 0.2 percent solutions. Internal model numbers such as BY‑DSIP‑5MG, BY‑DSIP‑10MG, BY‑DSIP‑20MG, BY‑DSIP‑S01, and BY‑DSIP‑S02 are used for ordering and tracking. The product is not classified as a dangerous good and may be shipped using conventional courier services that accept non‑hazardous chemical samples. Storage recommendations are 2 to 8 degrees Celsius, dry, and protected from light. The product is supplied exclusively to qualified research entities for laboratory research use only. This product introduction is subject to update without notice, and current specifications should be confirmed at the time of order. The buyer assumes all responsibility for compliance with applicable laws and regulations in their jurisdiction.
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