Elemental status of mediaeval individuals from Naklice burial site (Southern Croatia) was analyzed and their diet was reconstructed. Samples from different human bones were taken from 16 individuals who died in the 9th century and were recently excavated from Naklice burial site. The metal content of iron, lead, cadmium, magnum, zinc, copper, strontium, and calcium were determined by atomic absorption spectrometry (AAS) in flame mode. Mercury concentration was determined by three direct consecutive measures taken with a mercury analyzer. When comparing our results to the modern bone heavy metal concentrations, it is obvious that Cu, Fe, Ca and Sr greatly exceeded the values while concentration of Zn and Pb were lower. Concentration of Sr wa...
Atmospheric metal pollution is a major health concern whose roots pre-date industrialization. This s...
Metals present in the environment (soil, water and atmosphere) can affect food safety and human heal...
A number of archaeological studies have used chemical analysis of preserved, human biological tissue...
Elemental status of mediaeval individuals from Naklice burial site (Southern Croatia) was analyzed a...
Concentrations of Cd, Pb, Zn, Ca, Sr, Al, Fe, Ti, Fe and Mn were determined in bone samples from hum...
Bone is an important mineral source for the entire organism especially for Ca, P, Na and trace eleme...
Individuals buried in two 17th–18th Century private chapels, each attached to a Franciscan Friary—on...
As an important mineral source for the entire organism, bone serves as a useful bioarchive for monit...
The cross-cutting study of archeological human remains is an important tool for improving the knowle...
Metals in bones of 72 subjects lived between the twelfth and eighteenth century AC and collected in ...
In this reconnaissance study, skeletal materials from people, dating from ~1500 B.P., who lived by o...
The results of trace element analyses of archaeological human bone have been used to investigate que...
We measured trace elements and stable isotopes (C and N on collagen) on 19 samples, taken from diffe...
In 2000, human skeletal remains were discovered in Split (Croatia). As archaeologists confirmed, it ...
The aim of the present research was to determine chemical elements using the inductive plasma mass s...
Atmospheric metal pollution is a major health concern whose roots pre-date industrialization. This s...
Metals present in the environment (soil, water and atmosphere) can affect food safety and human heal...
A number of archaeological studies have used chemical analysis of preserved, human biological tissue...
Elemental status of mediaeval individuals from Naklice burial site (Southern Croatia) was analyzed a...
Concentrations of Cd, Pb, Zn, Ca, Sr, Al, Fe, Ti, Fe and Mn were determined in bone samples from hum...
Bone is an important mineral source for the entire organism especially for Ca, P, Na and trace eleme...
Individuals buried in two 17th–18th Century private chapels, each attached to a Franciscan Friary—on...
As an important mineral source for the entire organism, bone serves as a useful bioarchive for monit...
The cross-cutting study of archeological human remains is an important tool for improving the knowle...
Metals in bones of 72 subjects lived between the twelfth and eighteenth century AC and collected in ...
In this reconnaissance study, skeletal materials from people, dating from ~1500 B.P., who lived by o...
The results of trace element analyses of archaeological human bone have been used to investigate que...
We measured trace elements and stable isotopes (C and N on collagen) on 19 samples, taken from diffe...
In 2000, human skeletal remains were discovered in Split (Croatia). As archaeologists confirmed, it ...
The aim of the present research was to determine chemical elements using the inductive plasma mass s...
Atmospheric metal pollution is a major health concern whose roots pre-date industrialization. This s...
Metals present in the environment (soil, water and atmosphere) can affect food safety and human heal...
A number of archaeological studies have used chemical analysis of preserved, human biological tissue...