NO送達の生体材料の生体機能化:再生医療でNO放出 https://t.co/UEKBRpqbiz NOは強力な抗血栓作用 内皮細胞⬆️、動員、接着を刺激、平滑筋細胞の増殖と接着を阻害 神経伝達、抗菌、抗癌 https://t.co/IDxnbGFHvO
RT @thibaut_brunet: Composed of just two atoms, NO is an unlikely hormone - and yet it mediates a bunch of biological processes in the huma…
RT @Winner38701016: 一氧化氮仅由两个原子组成,不太可能是一种激素——但它在人体中调节着一系列生物过程,包括神经传递和血管舒张
一氧化氮仅由两个原子组成,不太可能是一种激素——但它在人体中调节着一系列生物过程,包括神经传递和血管舒张
Biofunctionalization of biomaterials for nitric oxide delivery: potent | AHCT https://t.co/yWliVP2QRr
RT @thibaut_brunet: Composed of just two atoms, NO is an unlikely hormone - and yet it mediates a bunch of biological processes in the huma…
RT @thibaut_brunet: Composed of just two atoms, NO is an unlikely hormone - and yet it mediates a bunch of biological processes in the huma…
NO way!! I will show myself out...
Composed of just two atoms, NO is an unlikely hormone - and yet it mediates a bunch of biological processes in the human body, including neurotransmission and relaxation of blood vessels (pic from https://t.co/faZr5PZ6Mk) https://t.co/a2gJ77O68U
A potential role for nitric oxide in #regenerativemedicine; #biofunctionalisation of #biomaterials https://t.co/bCtq8kd9sX Well done to my amazing previous MSc student Anna, iBSc student Chuanyu and PhD student KJ!