researchers construct a biogram to visualize the complex relationships between species in the ecosystem.
研究人員構建生物圖譜以視覺化生態系統中物種之間的複雜關係。
scientists use a biogram to analyze the genetic variations across different populations.
科學家使用生物圖譜來分析不同群體之間的基因差異。
the biogram reveals hidden patterns that would otherwise remain undetected in raw data.
生物圖譜揭示了在原始數據中否則會被忽略的隱藏模式。
students learn to interpret biograms as part of their biology curriculum.
學生在生物學課程中學習如何解讀生物圖譜。
the research team developed a new biogram technique for mapping neural connections.
研究團隊開發了一種新的生物圖譜技術來繪製神經連接。
ecologists rely on biograms to track changes in biodiversity over time.
生態學家依賴生物圖譜來追蹤時間推移下生物多樣性的變化。
the detailed biogram provides valuable insights into the evolutionary history of organisms.
詳細的生物圖譜為生物的進化歷史提供了寶貴的見解。
medical researchers construct biograms to understand disease progression pathways.
醫學研究人員構建生物圖譜以理解疾病發展途徑。
the biogram framework allows scientists to compare anatomical structures across species.
生物圖譜框架使科學家能夠比較不同物種的解剖結構。
researchers created a dynamic biogram that updates in real-time as new data becomes available.
研究人員創建了一個動態生物圖譜，當新數據可用時會即時更新。
the biogram visualization helps identify key nodes in complex biological networks.
生物圖譜視覺化有助於識別複雜生物網絡中的關鍵節點。
paleontologists use biograms to reconstruct the anatomical features of extinct species.
古生物學家使用生物圖譜來重建滅絕物種的解剖特徵。
the biogram analysis identified several previously unknown relationships between cellular components.
生物圖譜分析識別出細胞成分之間的幾個先前未知的關係。
researchers construct a biogram to visualize the complex relationships between species in the ecosystem.
研究人員構建生物圖譜以視覺化生態系統中物種之間的複雜關係。
scientists use a biogram to analyze the genetic variations across different populations.
科學家使用生物圖譜來分析不同群體之間的基因差異。
the biogram reveals hidden patterns that would otherwise remain undetected in raw data.
生物圖譜揭示了在原始數據中否則會被忽略的隱藏模式。
students learn to interpret biograms as part of their biology curriculum.
學生在生物學課程中學習如何解讀生物圖譜。
the research team developed a new biogram technique for mapping neural connections.
研究團隊開發了一種新的生物圖譜技術來繪製神經連接。
ecologists rely on biograms to track changes in biodiversity over time.
生態學家依賴生物圖譜來追蹤時間推移下生物多樣性的變化。
the detailed biogram provides valuable insights into the evolutionary history of organisms.
詳細的生物圖譜為生物的進化歷史提供了寶貴的見解。
medical researchers construct biograms to understand disease progression pathways.
醫學研究人員構建生物圖譜以理解疾病發展途徑。
the biogram framework allows scientists to compare anatomical structures across species.
生物圖譜框架使科學家能夠比較不同物種的解剖結構。
researchers created a dynamic biogram that updates in real-time as new data becomes available.
研究人員創建了一個動態生物圖譜，當新數據可用時會即時更新。
the biogram visualization helps identify key nodes in complex biological networks.
生物圖譜視覺化有助於識別複雜生物網絡中的關鍵節點。
paleontologists use biograms to reconstruct the anatomical features of extinct species.
古生物學家使用生物圖譜來重建滅絕物種的解剖特徵。
the biogram analysis identified several previously unknown relationships between cellular components.
生物圖譜分析識別出細胞成分之間的幾個先前未知的關係。
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