Trace Metal Binding | Human Milk Peptides

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Trace Metal Binding Data Analysis

This plot is the trace metal binding probability vs the isoelectric point. The horizontal line indicates the 0.5 threshold for a peptide sequence to be considered metal binding. There is no visible correlation in these graphs, but there are some noticeable differences between pHs above an isoelectric point of 6.

This plot is the trace metal binding probability vs the net charge. The horizontal line indicates the 0.5 threshold for a peptide sequence to be considered metal binding. There are some visible differences between pH 1.3 and 2.

This plot is the trace metal binding probability vs the hydrophobicity probability. The horizontal line indicates the 0.5 threshold for a peptide sequence to be considered metal binding. There is no visible correlation in these graphs.

This plot is the trace metal binding probability vs the C and M percentage. The horizontal line indicates the 0.5 threshold for a peptide sequence to be considered metal binding. There are some differences between pHs.

This plot is the trace metal binding probability vs the helix structure probability. The horizontal line indicates the 0.5 threshold for a peptide sequence to be considered metal binding. There is no visible correlation in these graphs.

This plot is the trace metal binding probability vs the sheet structure probability. The horizontal line indicates the 0.5 threshold for a peptide sequence to be considered metal binding. There is no visible correlation in these graphs.

This plot is the trace metal binding probability vs the coil structure probability. The horizontal line indicates the 0.5 threshold for a peptide sequence to be considered metal binding. There is no visible correlation in these graphs.

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