Traditional methods for extracting genomic DNA (gDNA) are slow, often taking hours, and usually require specialized equipment like fume hoods.
A new optimized method called bead bashing-based (BBB) extraction allows for rapid gDNA extraction in just 12 minutes without the need for a fume hood.
In tests with human tissue samples, this method produced a sufficient amount of gDNA for further applications, making it ideal for fast-paced clinical settings.
A new type of biomaterial called Haptide-coated Collagen was developed, using a specific peptide from fibrinogen that enhances cell adhesion.
The optimal concentration of Haptide for enhancing cell attachment was found to be 5-10 mg Haptide/g collagen, leading to a more stable material that degrades slower than untreated collagen.
In animal studies, Haptized collagen attracted more fibroblasts and demonstrated improved integration with tissue, suggesting promising uses in medical fields like tissue regeneration and wound healing.