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Detection of functional clusters (FCs) specific to the phenylalanine (PAL) and p-coumaroyltyramine (THT) pathways. Top left: Network depicting the relationship between transcripts and mass signatures within the PAL FC. Bottom left: Network illustrating the interplay between transcripts and mass signatures within the THT FC. Top right: Heatmap illustrating the expression levels of all transcripts within the PAL and THT FCs. Upper middle right: Heatmap displaying the abundance of all mass signatures present in the PAL and THT FCs. Lower middle right: Correlation matrix highlighting the correlations among transcripts and mass signatures within the PAL FC. Bottom right: Correlation matrix displaying the relationships between transcripts and mass signatures within the THT FC, including Mutual rank and transformed edge weights.

Detection of functional clusters (FCs) specific to the phenylalanine (PAL) and p-coumaroyltyramine (THT) pathways. Top left: Network depicting the relationship between transcripts and mass signatures within the PAL FC. Bottom left: Network illustrating the interplay between transcripts and mass signatures within the THT FC. Top right: Heatmap illustrating the expression levels of all transcripts within the PAL and THT FCs. Upper middle right: Heatmap displaying the abundance of all mass signatures present in the PAL and THT FCs. Lower middle right: Correlation matrix highlighting the correlations among transcripts and mass signatures within the PAL FC. Bottom right: Correlation matrix displaying the relationships between transcripts and mass signatures within the THT FC, including Mutual rank and transformed edge weights.

Elucidating #plant #Biosynthetic pathways: @jjjvanderhooft.bsky.social @marnixmedema.bsky.social &co develop #MEANtools, an unsupervised computational workflow that integrates #MultiOmics data to predict #metabolic pathways by linking transcripts to metabolites @plosbiology.org 🧪 plos.io/4odL94g

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Detection of functional clusters (FCs) specific to the phenylalanine (PAL) and p-coumaroyltyramine (THT) pathways. Top left: Network depicting the relationship between transcripts and mass signatures within the PAL FC. Bottom left: Network illustrating the interplay between transcripts and mass signatures within the THT FC. Top right: Heatmap illustrating the expression levels of all transcripts within the PAL and THT FCs. Upper middle right: Heatmap displaying the abundance of all mass signatures present in the PAL and THT FCs. Lower middle right: Correlation matrix highlighting the correlations among transcripts and mass signatures within the PAL FC. Bottom right: Correlation matrix displaying the relationships between transcripts and mass signatures within the THT FC, including Mutual rank and transformed edge weights.

Detection of functional clusters (FCs) specific to the phenylalanine (PAL) and p-coumaroyltyramine (THT) pathways. Top left: Network depicting the relationship between transcripts and mass signatures within the PAL FC. Bottom left: Network illustrating the interplay between transcripts and mass signatures within the THT FC. Top right: Heatmap illustrating the expression levels of all transcripts within the PAL and THT FCs. Upper middle right: Heatmap displaying the abundance of all mass signatures present in the PAL and THT FCs. Lower middle right: Correlation matrix highlighting the correlations among transcripts and mass signatures within the PAL FC. Bottom right: Correlation matrix displaying the relationships between transcripts and mass signatures within the THT FC, including Mutual rank and transformed edge weights.

Elucidating #plant #Biosynthetic pathways: @jjjvanderhooft.bsky.social @marnixmedema.bsky.social &co develop #MEANtools, an unsupervised computational workflow that integrates #MultiOmics data to predict #metabolic pathways by linking transcripts to metabolites @plosbiology.org 🧪 plos.io/4odL94g

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Detection of functional clusters (FCs) specific to the phenylalanine (PAL) and p-coumaroyltyramine (THT) pathways. Top left: Network depicting the relationship between transcripts and mass signatures within the PAL FC. Bottom left: Network illustrating the interplay between transcripts and mass signatures within the THT FC. Top right: Heatmap illustrating the expression levels of all transcripts within the PAL and THT FCs. Upper middle right: Heatmap displaying the abundance of all mass signatures present in the PAL and THT FCs. Lower middle right: Correlation matrix highlighting the correlations among transcripts and mass signatures within the PAL FC. Bottom right: Correlation matrix displaying the relationships between transcripts and mass signatures within the THT FC, including Mutual rank and transformed edge weights.

Detection of functional clusters (FCs) specific to the phenylalanine (PAL) and p-coumaroyltyramine (THT) pathways. Top left: Network depicting the relationship between transcripts and mass signatures within the PAL FC. Bottom left: Network illustrating the interplay between transcripts and mass signatures within the THT FC. Top right: Heatmap illustrating the expression levels of all transcripts within the PAL and THT FCs. Upper middle right: Heatmap displaying the abundance of all mass signatures present in the PAL and THT FCs. Lower middle right: Correlation matrix highlighting the correlations among transcripts and mass signatures within the PAL FC. Bottom right: Correlation matrix displaying the relationships between transcripts and mass signatures within the THT FC, including Mutual rank and transformed edge weights.

Elucidating #plant #Biosynthetic pathways: @jjjvanderhooft.bsky.social @marnixmedema.bsky.social &co develop #MEANtools, an unsupervised computational workflow that integrates #MultiOmics data to predict #metabolic pathways by linking transcripts to metabolites @plosbiology.org 🧪 plos.io/4odL94g

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