Nanomed3D is a biotechnology company focused on nanobiotechnology, specializing in the design and production of proprietary functionalized self-assembling peptides for research, medical devices, and emerging therapeutic applications. Backed by a multidisciplinary team with over 20 years of expertise, the company integrates capabilities across nanomaterials, stem cell harvesting and transplantation, GMP manufacturing, molecular modeling, electrospinning, drug delivery, peptide synthesis, and in vitro/in vivo evaluation of novel biomaterials. Its technologies are widely applied in fields such as neural regeneration, tissue engineering, nanomedicine, and advanced biomaterials research.
Vicbio Biotechnology Co., Ltd. provides the full range of Nanomed3D products.
⇨ Inquire or Order immediately ⇦
ASSAP (Anti-Spread Self-Assembling Peptide) hydrogel is a synthetic matrix composed of standard amino acids (1% w/v) and water (99%), forming a defined and reproducible system. Under physiological conditions, the peptide component self-assembles into a 3D hydrogel with nanofibrous architecture. This hydrogel is designed to inhibit cell adhesion and spreading while providing a controlled nano-structured microenvironment. It is particularly suitable for culturing difficult-to-grow cells, such as lung, breast, and colon stem cells. By mimicking the extracellular matrix and native stem cell niche, ASSAP supports cell proliferation while preserving stemness under low-adhesion conditions.
PASAP hydrogel is a synthetic matrix engineered to create defined three-dimensional (3D) microenvironments for a wide range of cell culture applications. Its nanostructured hydrophilic network supports cell adhesion, differentiation, and survival across multiple cell types, including neural stem cells, mesenchymal stem cells, endothelial cells, and fibroblasts. By reproducing key structural features of the extracellular matrix, PASAP enables physiologically relevant cell culture conditions and promotes functional cellular behavior.
Nanomed3D offers tailored hydrogel solutions based on specific research and application needs. Customization options include chemical functionalization of nanostructured scaffolds, biomechanical tuning, biomimetic design, and porosity optimization. In addition, electrospinning technologies can be applied to generate solid, flexible scaffolds with diverse shapes and structural properties, enabling advanced applications in tissue engineering and regenerative medicine.
This hydrogel-based formulation provides excellent moisture retention while supporting the production of collagen and elastin in the skin. It is composed of fully synthetic components and is free from harmful substances, offering a safe and effective solution for skin-related applications.
| Name | Size | Solvent | Regulatory Status | Storage |
| ASSAP Hydrogel | 5 mL | dH2O | RUO | +2 – +6° C |
| ASSAP Hydrogel | 10 mL | dH2O | RUO | +2 – +6° C |
