Porous polymer and cell composites that self‐assemble in situ
Advanced Materials, 2003•Wiley Online Library
A cell‐laden 3D network is formed upon the addition of avidin to biotinylated polymer
particles in the presence of a suspension of cells (see Figure). Applications in tissue
engineering and drug delivery are demonstrated; a shape‐retaining biomaterial is formed
within minutes of injecting the components into a cavity. The molecular interaction
mechanism of self‐assembly differentiates this polymer/cell composite from other injectable
systems.
particles in the presence of a suspension of cells (see Figure). Applications in tissue
engineering and drug delivery are demonstrated; a shape‐retaining biomaterial is formed
within minutes of injecting the components into a cavity. The molecular interaction
mechanism of self‐assembly differentiates this polymer/cell composite from other injectable
systems.
A cell‐laden 3D network is formed upon the addition of avidin to biotinylated polymer particles in the presence of a suspension of cells (see Figure). Applications in tissue engineering and drug delivery are demonstrated; a shape‐retaining biomaterial is formed within minutes of injecting the components into a cavity. The molecular interaction mechanism of self‐assembly differentiates this polymer/cell composite from other injectable systems.
Wiley Online Library以上显示的是最相近的搜索结果。 查看全部搜索结果