系统型

The phylotypes in the gut microbiome can vary significantly between individuals with different diets.
肠道微生物群中的菌种在不同饮食习惯的个体间差异显著。
Researchers used high-throughput sequencing to identify and classify various phylotypes present in the soil sample.
研究人员使用高通量测序技术来识别和分类土壤样本中存在的各种菌种。
The discovery of novel phylotypes contributes to our understanding of microbial diversity in extreme environments.
新菌种的发现有助于我们了解极端环境中微生物的多样性。
A comparison of phylotypes between healthy and diseased subjects may reveal potential biomarkers for disease diagnosis.
对健康与患病个体之间菌种的比较可能揭示出潜在的疾病诊断生物标志物。
Phylotyping is an essential tool for studying the ecological roles and evolutionary relationships among microorganisms.
菌种分析是研究微生物生态角色和进化关系的重要工具。
In this study, we clustered sequences into operational taxonomic units (OTUs) to define distinct phylotypes within the coral reef ecosystem.
在这项研究中，我们将序列聚类为操作分类单元（OTUs），以定义珊瑚礁生态系统内不同的菌种。
Antibiotic treatment can lead to shifts in the abundance and distribution of phylotypes in the human gut microbiota.
抗生素治疗可能导致人体肠道微生物群落中菌种的丰度和分布发生变化。
Phylogenetic analysis allowed us to differentiate closely related phylotypes that might have similar functional roles.
进化树分析使我们能够区分那些可能具有相似功能作用但密切相关的菌种。
Understanding the distribution and function of phylotypes across diverse ecosystems helps inform strategies for conservation and biotechnology.
了解菌种在多种生态系统中的分布和功能有助于制定保护和生物技术策略。
By comparing phylotypes from ancient DNA samples, scientists can gain insights into how microbial communities have changed over time.
通过比较来自古代DNA样本的菌种，科学家可以深入了解微生物群落随时间的变化情况。