researchers construct a biogram to visualize the complex relationships between species in the ecosystem.
研究人员构建生物图谱来可视化生态系统中物种之间的复杂关系。
scientists use a biogram to analyze the genetic variations across different populations.
科学家使用生物图谱分析不同人群的遗传变异。
the biogram reveals hidden patterns that would otherwise remain undetected in raw data.
生物图谱揭示了原本在原始数据中无法发现的隐藏模式。
students learn to interpret biograms as part of their biology curriculum.
学生将学习解释生物图谱作为生物学课程的一部分。
the research team developed a new biogram technique for mapping neural connections.
研究团队开发了一种用于绘制神经连接的新型生物图谱技术。
ecologists rely on biograms to track changes in biodiversity over time.
生态学家依赖生物图谱来追踪生物多样性随时间的变化。
the detailed biogram provides valuable insights into the evolutionary history of organisms.
详细的生物图谱为了解生物的进化历史提供了宝贵的见解。
medical researchers construct biograms to understand disease progression pathways.
医学研究人员构建生物图谱以了解疾病进展途径。
the biogram framework allows scientists to compare anatomical structures across species.
生物图谱框架使科学家能够比较不同物种的解剖结构。
researchers created a dynamic biogram that updates in real-time as new data becomes available.
研究人员创建了一个动态生物图谱，可在新数据可用时实时更新。
the biogram visualization helps identify key nodes in complex biological networks.
生物图谱可视化有助于识别复杂生物网络中的关键节点。
paleontologists use biograms to reconstruct the anatomical features of extinct species.
古生物学家使用生物图谱重建灭绝物种的解剖特征。
the biogram analysis identified several previously unknown relationships between cellular components.
生物图谱分析确定了细胞成分之间几个以前未知的关系。
researchers construct a biogram to visualize the complex relationships between species in the ecosystem.
研究人员构建生物图谱来可视化生态系统中物种之间的复杂关系。
scientists use a biogram to analyze the genetic variations across different populations.
科学家使用生物图谱分析不同人群的遗传变异。
the biogram reveals hidden patterns that would otherwise remain undetected in raw data.
生物图谱揭示了原本在原始数据中无法发现的隐藏模式。
students learn to interpret biograms as part of their biology curriculum.
学生将学习解释生物图谱作为生物学课程的一部分。
the research team developed a new biogram technique for mapping neural connections.
研究团队开发了一种用于绘制神经连接的新型生物图谱技术。
ecologists rely on biograms to track changes in biodiversity over time.
生态学家依赖生物图谱来追踪生物多样性随时间的变化。
the detailed biogram provides valuable insights into the evolutionary history of organisms.
详细的生物图谱为了解生物的进化历史提供了宝贵的见解。
medical researchers construct biograms to understand disease progression pathways.
医学研究人员构建生物图谱以了解疾病进展途径。
the biogram framework allows scientists to compare anatomical structures across species.
生物图谱框架使科学家能够比较不同物种的解剖结构。
researchers created a dynamic biogram that updates in real-time as new data becomes available.
研究人员创建了一个动态生物图谱，可在新数据可用时实时更新。
the biogram visualization helps identify key nodes in complex biological networks.
生物图谱可视化有助于识别复杂生物网络中的关键节点。
paleontologists use biograms to reconstruct the anatomical features of extinct species.
古生物学家使用生物图谱重建灭绝物种的解剖特征。
the biogram analysis identified several previously unknown relationships between cellular components.
生物图谱分析确定了细胞成分之间几个以前未知的关系。
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