Ürün Detayları
Menşe yeri: Çin
Marka adı: Hongbaiyi
Sertifika: COA
Model numarası: HBY-GKP 70
Belge: Ürün Broşürü PDF
Ödeme ve Gönderim Koşulları
Min sipariş miktarı: 5 kutu
Fiyat: Pazarlık edilebilir
Ambalaj bilgileri: 70 mg/şişe, 10 şişe/kutu
Teslim süresi: Ödemenizden yaklaşık 3 iş günü sonra
Ödeme koşulları: MoneyGram, T/T, Western Union
Yetenek temini: 200.000 kutu/Ay
Ürün: |
GKP 70 Çevrimiçi |
Boyut: |
50/10/10 mg/şişe |
Biçim: |
Liyofilize toz |
Standart: |
Tıbbi sınıf |
Şartname: |
750 mg/şişe, 10 şişe/kutu |
Saflık: |
>%99 |
Peptid türü: |
Karışımlar |
Hedef: |
Güzellik, Uzun Ömür, İyileşme |
Ürün: |
GKP 70 Çevrimiçi |
Boyut: |
50/10/10 mg/şişe |
Biçim: |
Liyofilize toz |
Standart: |
Tıbbi sınıf |
Şartname: |
750 mg/şişe, 10 şişe/kutu |
Saflık: |
>%99 |
Peptid türü: |
Karışımlar |
Hedef: |
Güzellik, Uzun Ömür, İyileşme |
GKP-70 is a synthetic research tripeptide, most commonly identified by the amino acid sequence Glycine–Lysine–Proline (GKP). This specific sequence is a truncated fragment of tuftsin, a naturally occurring tetrapeptide recognized for its role in immune-related cellular signaling.
In laboratory settings, GKP-70 serves as a simplified molecular model. It allows investigators to study the fundamental interactions between short peptide chains and cellular receptors, providing a controlled framework for exploring intracellular communication mechanisms and structure-function relationships in peptide biology.
Form: Lyophilized powder.
Solubility: Highly water-soluble; compatible with standard aqueous laboratory buffers.
Storage: To maintain molecular integrity, it is recommended to store the peptide at low temperatures (typically -20°C) and protect it from moisture.
GKP-70 is primarily utilized in in vitro experimental systems to evaluate:
Cellular Signaling: Investigating how minimal amino acid motifs influence receptor binding and signal modulation.
Immune Pathway Modulation: Exploring interactions with immune-sensitive signaling cascades.
Peptide Kinetics: Assessing the stability, transport behavior, and receptor affinity of short-chain peptides.
By isolating the GKP motif from the larger tuftsin structure, researchers can observe how small peptide fragments participate in complex biological networks under strictly controlled conditions.
