- · Weng Gengsheng of Ningbo University: dynamic coordinated control of multi-stimulus response of self-powered polymer hydrogels
- · Ti3C2Tx MXene nano-sheet / metal-organic frame composite
- · Liu Dongsheng et al. AM of Tsinghua University: highly permeable DNA supramolecular hydrogel to enhance the therapeutic effect of stem cells
- · 高效钙钛矿太阳能电池的1D协同MXene纳米管混合物
- · The first JACS Au hydrogel of Gifu University: preparation of aminoglycosyl supramolecular hydrogel with reduction response
- · Interface Assembly of a functional Ultra-thin MXene Film
- · Cascade targeted dual-drug delivery combined with chemoimmunotherapy based on enzyme-sensitive nano-platform
- · Bifunctional nanoenzymes activated by biofilm microenvironment for precise targeting of bacterial pathogens
- · Phenolic nanotechnology: multi-functional particle engineering for biomedicine
- · Zhang Shaomin, Zhejiang University, Chen Xiaodong, Nanyang Institute of Technology: polyethylene glycol silk fibroin / stretchable transparent hydrogel electrode for detection of dual-mode neurovascul
- · Bioglass scaffold material for bone tumor therapy: 3D printing of ultra-thin two-dimensional niobium carbide MXene nanoscale
- · AFM Review of Harvard Medical School Advanced Biological response multitasking Hydrogels in the New era of Biomedicine
-
Total721Article First19/61page Per page12Article
- first page
- last page
- next page
- last page

