Micron-sized DNA–gelatin coacervates generated by ionic complexation in the presence of a nonionic polysaccharide

Key Points

• These coacervates exhibit unique properties due to the interactions between DNA and gelatin, creating innovative materials.
• The study successfully demonstrates the formation of micron-sized particles by using ionic complexation with a nonionic polysaccharide.
• The approach involves mixing DNA and gelatin under specific conditions to generate stable coacervate structures for potential use.
• These findings may enhance the development of biomaterials, highlighting the importance of molecular interactions in material science.