Clustering data with hclust algorithm for Metabolite and gene expression profiles suggest a putative mechanism through which high dietary carbohydrates reduce the content of hepatic betaine in Megalobrama amblycephala (Study ST000966)

Reversed phase POSITIVE ION MODE (Analysis AN001580)
MetaboliteStructureF1F2F3F4
S-adenosylmethionineME2383301.851.100.340.70
HomocysteineME2383371.341.060.820.78
S-adenosylhomocysteineME2383311.301.360.730.62
BetaineME2383270.870.881.280.97
AcylcarnitineME2383340.980.741.340.94
SarcosineME2383290.930.811.410.85
MethionineME2383381.100.841.230.83
CarnitineME2383331.160.971.110.76
SerineME2383361.100.931.080.88
DimethylglycineME2383281.230.840.881.05
CholineME2383321.210.751.001.04
GlycineME2383351.130.821.080.98

Factors:

F1Experimental variables:Betaine group with 16 weeks
F2Experimental variables:Betaine group with 4 weeks
F3Experimental variables:Control group
F4Experimental variables:High carbohydrates group
Data matrix
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