n.化学增活现象

Chemokinesis is the directed movement of cells in response to chemical signals, often chemokines.
化学趋动是细胞对化学信号（如趋化因子）作出的定向移动。
Eukaryotic cells exhibit chemokinesis during immune system responses, guiding immune cells to the site of infection.
欧氏细胞在免疫反应中表现出化学趋动，引导免疫细胞到达感染部位。
In vitro, neutrophils demonstrate chemokinesis when exposed to bacterial endotoxins, moving towards the source of inflammation.
在体外，中性粒细胞在暴露于细菌内毒素时会表现出化学趋动，向炎症源移动。
Cancer cells can use chemokinesis to migrate through tissues and invade neighboring cells, contributing to tumor growth and metastasis.
癌细胞能利用化学趋动穿过组织并侵袭邻近细胞，促进肿瘤生长和转移。
Chemokinesis plays a crucial role in wound healing, as it helps to recruit immune cells to the damaged area for repair.
化学趋动在伤口愈合过程中至关重要，它有助于招募免疫细胞到受损区域进行修复。
Researchers study chemokinesis in helminths to better understand their navigation and immune evasion strategies.
研究人员研究蠕虫的化学趋动，以更好地理解它们的导航和免疫逃避策略。
Chemokinesis is an essential component of the immune system's inflammatory response, facilitating the removal of pathogens.
化学趋动是免疫系统炎症反应的重要组成部分，有助于清除病原体。
Some bacteria exhibit chemokinesis-like movements in response to specific environmental cues, such as nutrient gradients.
有些细菌会对特定环境信号，如营养梯度，展现出类似化学趋动的运动。
In developmental biology, chemokinesis is involved in the guidance of neural crest cells during organogenesis.
发育生物学中，化学趋动参与了器官形成期间神经嵴细胞的导向。
Scientists have engineered synthetic chemokines to mimic natural ones, aiming to control chemokinesis for therapeutic purposes.
科学家们已研发出人工合成的趋化因子，以模仿天然的，目标是用于治疗性地控制化学趋动。