The VADEX technology platform is a self-adjuvanting protein nanoparticle platform. Its constituent units are formed by fusing a specific-sequence amphiphilic peptide with a superfolder green fluorescent protein. Although this amphiphilic peptide is only 19 amino acids long, it possesses both adjuvant functionality and nanoparticle self-assembly capability. Foreign proteins can be directly fused onto the nanoparticles or linked to the nanoparticles through irreversible complementary conjugation. Because nanoparticles formed using VADEX technology can induce long-lasting antibody responses without the need for external adjuvants, vaccines developed based on VADEX technology can withstand high temperatures of up to 40°C for more than two months. With this technology, children around the world, whether living in deserts or tropical rainforests, will be able to grow up healthy in the future.

State-level Storage Equipment and Technology
U-NEURON BIOMEDICAL is devoted to the development of stem cell isolation, storage and clinical applications. It owns the Patent on the Technology of Isolation and Culture of Amniotic Fluid Stem Cell, and has si

Smart Mesh Infrastructure
Aicentech provides state-of-art Mesh Connectivity Infrastructure system with multiple Access Points seamlessly forming mesh network that provides corner to corner full wireless coverage for your living space.

1. NK Exosome Technology: Leveraging leading NK cell preparation technology, we have successfully purified NK cell-derived exosomes from high-quality NK cells. NKEXO-tec focuses on the treatment of autoimmune diseases and is currently in the drug research and development stage, actively advancing preclinical trials and IND (Investigational New Drug) application preparations, demonstrating outstanding market potential.

2. PHP999: PHP999 is dedicated to providing innovative solutions for sarcopenia. Currently in the new drug research and development stage, it demonstrates breakthrough potential and is expected to become a crucial opportunity for treating this refractory disease.