Shoeprints constitute important trace evidence found in major crime scenes. Latent shoeprints require efficient treatments for possible shoe sole pattern identification in crime analysis. This study focused on investigating a variety of chemical enhancement methods on shoeprints that were possibly found at the crime scene. Chemical enhancements were carried out on shoe soles subjected to muddy and bloodstained areas. The shoeprints were formed on nine different matrices including porous and non-porous surfaces. Eighteen reagents were tested for the enhancements of muddy and bloodstained shoeprints.

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