Building Blood Vessels and Beyond Using Bubbles

Mitra Aliabouzar
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引用次数: 1

Abstract

Introduction The axolotl (Ambystoma mexicanum), a type of salamander (see tinyurl.com/59u26vdm), has an incredible ability to regenerate entire limbs and other body parts that become damaged. Although humans are unable to match the axolotl, the capability of the human body to repair wounds is ultimately critical for our survival. Wound healing is a complex process driven by cells initially present at the wound site as well as cells that migrate into the wound environment. In general, cell behavior is guided by biochemical and biophysical “cues” in the local environment. Biochemical cues (e.g., proteins) are molecular in nature, whereas biophysical cues (e.g., stiffness) are mechanical and/or structural characteristics of the environment surrounding a cell. In the human body, the extracellular matrix is the environment surrounding each cell within solid tissue and contains large molecules like proteins and carbohydrates.
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利用气泡构建血管及其他
蝾螈(Ambystoma mexicanum)是蝾螈的一种(见tinyurl.com/59u26vdm),它有一种令人难以置信的能力,可以再生整个四肢和其他受损的身体部位。虽然人类无法与蝾螈相比,但人体修复伤口的能力最终对我们的生存至关重要。伤口愈合是一个复杂的过程,由最初存在于伤口部位的细胞以及迁移到伤口环境的细胞驱动。一般来说,细胞行为是由局部环境中的生化和生物物理“线索”引导的。生化信号(如蛋白质)本质上是分子信号,而生物物理信号(如硬度)是细胞周围环境的机械和/或结构特征。在人体中,细胞外基质是固体组织中每个细胞周围的环境,含有蛋白质和碳水化合物等大分子。
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