元蛋白质组

The metaproteome analysis revealed a diverse array of bacterial enzymes involved in nutrient cycling.
元蛋白组分析显示了参与营养循环的多种细菌酶。
A comprehensive metaproteomic study was conducted to understand the microbial interactions in a deep-sea hydrothermal vent ecosystem.
为了理解深海热液喷口生态系统中的微生物相互作用，进行了全面的元蛋白组研究。
Metaproteomics helps in identifying novel drug targets by examining the protein expression profiles of entire communities.
元蛋白组学通过考察整个群落的蛋白质表达模式，有助于识别新的药物靶点。
The comparison of metaproteomes between healthy and diseased samples provided insights into disease mechanisms.
健康和疾病样本的元蛋白组比较揭示了疾病的发病机制。
The researchers used shotgun metaproteomics to map the functional landscape of gut microbiota.
研究人员使用鸟枪法元蛋白组学来绘制肠道微生物组的功能图谱。
Metaproteomic profiling identified changes in immune-related proteins during infection, suggesting new therapeutic targets.
元蛋白组特征化分析揭示了感染期间免疫相关蛋白质的变化，提示新的治疗靶点。
The integration of metaproteomics with transcriptomics led to a better understanding of the dynamic protein synthesis in response to environmental cues.
将元蛋白组学与转录组学结合，使我们更好地理解对环境信号响应下的动态蛋白质合成。
Metaproteomic analysis of ocean ecosystems showed how different species cooperate and compete for resources.
海洋生态系统的元蛋白组分析揭示了不同物种如何合作和竞争资源。
By studying the metaproteome of coral reefs, scientists can assess the resilience of these fragile ecosystems under climate change.
通过研究珊瑚礁的元蛋白组，科学家可以评估这些脆弱生态系统在气候变化下的抵抗力。
Advances in metaproteomics technology have enabled researchers to explore the complexity of microbial communities in real-time.
元蛋白组技术的进步使得研究人员能够实时探索微生物群落的复杂性。