Chonluten Powder

Chonluten powder is a synthetic tripeptide made from the short sequence Glu-Asp-Gly, also written as EDG. It is a small peptide chain with a molecular weight of 319.27, so the structure is much simpler than long peptide fragments or protein-based materials. In production, the peptide is usually prepared by solid-phase peptide synthesis, purified by HPLC, and then freeze-dried into a white or off-white powder for easier storage and handling.

This EDG tripeptide is mainly used in laboratory research related to short peptide regulation, respiratory-related cell models, peptide signaling studies, and molecular biology assays. Since the sequence is short and clearly defined, buyers usually pay attention to purity, water solubility, molecular weight confirmation, moisture level, and batch documents. The material is supplied for research use only.

Shaanxi Medibridge Biotech Co., Ltd. provides research-grade peptide raw materials in bulk powder and vial forms. We support custom vial filling, private labeling, COA, HPLC, LC-MS, MSDS, and batch traceability. We keep the specifications clear, the batch records complete, and the packaging suitable for long-distance shipment.

Chonluten is built from only three amino acids: Glu, Asp, and Gly. The chain is short, but it has a clear acidic character because both Glu and Asp carry acidic side groups. Gly sits at the end of the sequence as the smallest amino acid, keeping the whole molecule compact and light.

With a molecular weight of 319.27, this EDG tripeptide is much smaller than many common research peptides. Its structure is not complicated, and that is part of its identity. The material is defined by a simple sequence, a small molecular size, water solubility, and a clean lyophilized powder form. In short peptide research, these basic details matter more than broad functional language.

Chonluten powder is usually supplied as a white or off-white lyophilized powder. The freeze-dried form helps keep the material dry and easier to store before preparation. Since the peptide has a short EDG sequence and good water solubility, it can be prepared in water or common research-use buffer systems depending on the lab setting.

The powder should be kept sealed, dry, and protected from strong light. Low-temperature storage is commonly used for peptide raw materials, especially when the product is kept for longer periods. After opening, the material should be handled in a dry environment to reduce moisture exposure.

For vial filling or custom packaging, the powder can be supplied in different mg-per-vial formats. Each batch can be matched with COA and related test documents for research-use supply.

For small research orders or larger raw powder supply, the specification can be discussed before production or shipment. Vial filling, label design, filling amount, and outer packaging can be arranged based on the required format. All supply forms are for laboratory research use only.