Yuanjiang Yao

TL;DR: This novel treatment strategy for SCI repair effectively promotes neural tissue regeneration after transected spinal injury by providing a regrowth‐supportive microenvironment and eventually induces functional improvement.

TL;DR: Gold nanoparticles were conjugated with VEGF and generated a surface by carrying negative charges, showing an ideal transdermal delivery efficacy for VEGFs in wound repair, and may provide new avenues for the treatment of cutaneous injuries.

TL;DR: Enhanced therapeutic effects of LET-bFGF were observed in terms of decreased vascular abnormalities, disorganized lung structure, inflammatory cell migration, and lung density at 2 months post-radiation, suggesting that lung endothelial cell-targeted bFGF may represent a promising remedy for RILI.

TL;DR: This is the first study of lung regeneration in vivo guided by biomimetic collagen scaffold materials, which supports the concept that tissue engineering is an effective strategy for alveolar regeneration.

TL;DR: It is demonstrated that the addition of a certain bicarbonate under low temperature could effectively enhance the biomass production and accumulation of AA and DHA, which would benefit the development of the microalgae industry in value-added products.