Is it possible to detect lead derived from gunshot residues on decalcified human bone by means of a histochemical staining with sodium rhodizonate?

•Assessment of the detectability of lead derived from GSR on decalcified human bone.•Assessment of Na-R and Na-R-HCl 5 % staining on decalcified human bone.•Interference of decalcification process on Na-R and Na-R-HCl 5 % staining. In this study we have evaluated the detectability of lead deriving f...

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Veröffentlicht in:	Forensic science international 2020-11, Vol.316, p.110474-110474, Article 110474
Hauptverfasser:	Gentile, Guendalina, Tambuzzi, Stefano, Andreola, Salvatore, Boracchi, Michele, Gibelli, Ludovica, Migliorini, Arnaldo Stanislao, Zoja, Riccardo
Format:	Artikel
Sprache:	eng
Schlagworte:	Acidification Adult Aged Barium Bones Cadavers Colorimetry Cyclohexanones Decalcification Decalcification Technique Female Firearm discharge residue Forensic ballistics Forensic Ballistics - methods Forensic osteology Forensic pathology Forensic sciences Gunshot residues Human bone Humans Injuries Lead - isolation & purification Legal medicine Male Microscopy, Electron, Scanning Middle Aged Residues Scanning electron microscopy Sodium Sodium rhodizonate Soft tissues Spectrometry, X-Ray Emission Staining Tissues Wounds, Gunshot - pathology
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