Knowledge about the metal content of wine is very important, for many reasons. Depending
on the element, its quantity varies in wine from ng/L to mg/L. Despite the fact that metals are …

Sixty-eight samples of red wines were analysed with inductively coupled plasma–mass
spectrometry (ICP–MS). Fifty-six elements were determined, mainly metal ions at trace level …

Provenance and authenticity of wines can be recognized on the basis of typical mineral and
trace element patterns by means of chemometric methods. Therefore analytical methods …

In the present study, an inductively coupled plasma optical emission spectrometer ICPE-
9820 with the mini-torch technology that significantly reduces the consumption of plasma …

The analysis of metals in wines is of great importance for authenticity purposes and quality
control. The elements can influence the wine-making process or change its taste and quality …

Wines from different grape varieties, geographical zones, soil types, foliar N application, SO
2 addition and oak ageing were analyzed by inductively coupled plasma mass spectrometry …

Major, minor, and trace elements in wines from the Republic of Macedonia were determined
in this study. Both inductively coupled plasma–mass spectrometry (ICP-MS) and inductively …

The effect of wine packaging and storage temperature on the elemental profile of a
commercial Cabernet Sauvignon wine was studied using inductively coupled plasma-mass …

The metal content of wine is a topic of interest to analytical chemists but has received little
attention from enologists and wine producers. This is due to the fact that metals, among the …

The aim of the present work was to develop and validate an accurate method by ICP-MS
focalized to the measurement of contaminant elements in wines, in special those with legal …