Tuberculosis (TB) and leprosy are infections caused by Mycobacteria. This paper documents new skeletal evidence in Italy from the Iron Age site of Corvaro (Central Italy; 5th century BCE) and the Roman site of Palombara (Central Italy; 4th–5th century CE), and briefly reviews the extant evidence for these infections in Italy. The skeletal evidence for TB in Italy is more ancient than for leprosy, and is more common. The oldest evidence for both mycobacterial diseases is in the North of Italy, but this could be by chance, even if biomolecular models suggest a land route from the East to central Europe, especially for leprosy
AbstractThe direct detection of ancient Mycobacterium tuberculosis molecular biomarkers has profound...
Is it possible that the origin of Mycobacterium tuberculosis (Mtb) infection was around 70,000 years...
This study is based on the paleaopathology of leprosy on human skeletal remains and the detection of...
The aim of this research is to gain insights on the progression timeline of osteoarticular tuberculo...
The evidence for TB in archaeological human remains for the Old World is reviewed in published and s...
Clear skeletal evidence of prehistoric tuberculosis (TB) is rare, especially in children. We describ...
Tuberculosis has plagued humans and animals for thousands of years. Though apparently in decline wit...
Tuberculosis (TB) has been one of the most important infectious diseases affecting mankind and still...
YesWe examined six skeletons from mediaeval contexts from two sites in England for the presence of M...
Leprosy is one of the most notorious diseases in history, widely associated with social stigma and e...
Tuberculosis is known to have afflicted humans throughout history and re-emerged towards the end of ...
Macromorphological analysis of skeletons, from 20 selected graves of the 8th century AD Bélmegyer-Cs...
Leprosy and tuberculosis were widespread in the past and remain significant diseases today. Comparis...
Palaeopathologists have a long history of recording and interpreting evidence for infectious and met...
Study Design: Case report. Objective: To characterise the paleopathology presented in the skeleton o...
AbstractThe direct detection of ancient Mycobacterium tuberculosis molecular biomarkers has profound...
Is it possible that the origin of Mycobacterium tuberculosis (Mtb) infection was around 70,000 years...
This study is based on the paleaopathology of leprosy on human skeletal remains and the detection of...
The aim of this research is to gain insights on the progression timeline of osteoarticular tuberculo...
The evidence for TB in archaeological human remains for the Old World is reviewed in published and s...
Clear skeletal evidence of prehistoric tuberculosis (TB) is rare, especially in children. We describ...
Tuberculosis has plagued humans and animals for thousands of years. Though apparently in decline wit...
Tuberculosis (TB) has been one of the most important infectious diseases affecting mankind and still...
YesWe examined six skeletons from mediaeval contexts from two sites in England for the presence of M...
Leprosy is one of the most notorious diseases in history, widely associated with social stigma and e...
Tuberculosis is known to have afflicted humans throughout history and re-emerged towards the end of ...
Macromorphological analysis of skeletons, from 20 selected graves of the 8th century AD Bélmegyer-Cs...
Leprosy and tuberculosis were widespread in the past and remain significant diseases today. Comparis...
Palaeopathologists have a long history of recording and interpreting evidence for infectious and met...
Study Design: Case report. Objective: To characterise the paleopathology presented in the skeleton o...
AbstractThe direct detection of ancient Mycobacterium tuberculosis molecular biomarkers has profound...
Is it possible that the origin of Mycobacterium tuberculosis (Mtb) infection was around 70,000 years...
This study is based on the paleaopathology of leprosy on human skeletal remains and the detection of...