n.噬菌体

Bacteriophages, also known as phages, are specialized viruses that infect and replicate within bacteria.
The discovery of bacteriophages paved the way for the development of phage therapy, a potential alternative to antibiotics.
T4噬菌体 (T4 bacteriophage) is one of the most studied phages due to its complex life cycle and genetic diversity.
Phages display unique host specificity, meaning each type usually targets a particular strain or group of bacteria.
Phage cocktails are mixtures of different phages designed to attack a wide range of bacterial infections.
Researchers use bacteriophages in biocontrol strategies to combat antibiotic-resistant bacteria.
The bacteriophage lambda (λ) has been extensively used in molecular biology experiments as a model organism.
Some scientists are exploring the possibility of using bacteriophages as environmental remediation agents against contaminated sites.
The process of phage isolation and characterization involves rigorous laboratory procedures to ensure purity and effectiveness.
Bacteriophages have shown potential in developing novel vaccines, targeting specific bacterial antigens without harming the host.
中文释义
噬菌体是专一性感染细菌并在此内复制的病毒。
噬菌体的发现为噬菌体疗法（一种可能替代抗生素的疗法）的发展奠定了基础。
T4噬菌体因其复杂的生命周期和遗传多样性而被广泛研究。
噬菌体具有独特的宿主特异性，通常只针对特定的细菌株或群体。
噬菌体鸡尾酒是由不同噬菌体混合而成，用于对抗各种细菌感染。
研究人员利用噬菌体作为生物控制策略来对抗抗药性细菌。
λ噬菌体在分子生物学实验中被广泛使用，作为模型生物。
一些科学家正在探索使用噬菌体作为环境修复剂，以对付受污染的区域。
噬菌体的分离和鉴定过程需要严谨的实验室步骤，以保证纯度和效果。
噬菌体展示了开发新型疫苗的可能性，能够针对特定细菌抗原，而不损害宿主。