Selank Acetate (TP-7) – High Purity Premium Peptide API

Product Overview Selank Acetate, also known as TP-7, is a synthetic heptapeptide with stable acetate salt form, amino acid sequence: Thr-Lys-Pro-Arg-Pro-Gly-Pro. Used for research on anti-anxiety, cognitive improvement and neuroendocrine related studies. It is widely applied in laboratory trials for stress relief, memory regulation, mood balance and immune-neuro axis mechanism exploration. Our refined synthesis process ensures excellent water solubility and steady biological activity after reconstitution. CAS Number: 2703745-90-6 

Technical Specifications & Quality Standards

HPLC Purity: ≥99.0% Identity Test: HPLC + full MS peptide sequencing, matches standard molecular weight completely

Appearance: Sterile lyophilized white fine powder

Strict CQA Quality Control: Full detection of residual solvents, heavy metals, bacterial endotoxin, microbial limits, peptide sequence integrity and mass balance; The whole production line adopts standardized GMP management to guarantee consistent quality across batches.

Supply & Order Instructions

Production Capacity: Stable mass production, supports kilogram-level bulk orders and small sample trial batches

Lead Time: Large bulk orders require one-month advance reservation due to complex heptapeptide synthesis and multi-stage quality inspection; sample orders can be delivered faster

Quality Assurance

Every batch is delivered with an official complete Certificate of Analysis (COA). The purity is stably above 99% with undiluted, unadulterated biological potency. Third-party independent laboratory testing is fully supported for buyers’ verification.

Payment Options

Alibaba Trade Assurance, PayPal, USDT, Bank Wire Transfer, Western Union

Core Advantages

Standard fixed package: inner glass vial plus outer plastic box, safe for long-term low-temperature storage Professional peptide R&D team, customized synthesis service for modified peptide derivatives

Confidential global delivery with professional cold-chain packaging to retain the activity of lyophilized peptide