Analytical services

BioArCh is a world-renowned centre for bioarchaeology at the University of York, integrating Biology, Archaeology and Chemistry. Our team has a strong track record of high-impact research and scientific innovation in the analysis of archaeological materials. We provide expert scientific analysis for archaeological materials using world-leading facilities and expertise. Whether you're identifying species, reconstructing diets, or tracing ancient migrations, our services are designed to support your projects with robust scientific data.

RICHeS Access Fund Full Application Stage now open

The RICHeS Access Fund is now open for Full Applications, supporting heritage science and conservation researchers, museums and organisations to access world-class equipment, specialist facilities, nationally important collections and expertise across the UK.

The RICHeS Access Fund removes barriers to access and enables collaborative, multidisciplinary projects that demonstrate the value and impact of the UK’s national heritage science infrastructure. Apply by Wednesday 8 April 2026.

Who it's for

We collaborate with:

Academic researchers
Museums
Heritage institutions
Commercial archaeological units

Analytical services provided

Chiral Amino Acid Analysis

A NERC-recognised facility (NEaar) that analyses multiple chiral amino acids to measure the extent of protein degradation in biominerals (including amino acid racemisation; AAR). This enables an estimation of relative age over Quaternary timescales (amino acid geochronology), and can also be used to assess the endogeneity and/or the preservation of amino acids in archaeological and palaeontological materials.

Molecular Sex Estimation

Rapid proteomic amelogenin sex estimation of human and animal remains. This approach targets the well-preserved enamel protein amelogenin, whose isoforms reflect the x and y-chromosome. The method has been successfully applied to humans and cattle. It is particularly useful in cases where sex estimation is not possible using osteoarchaeological approaches. This method is rapid, accurate and more affordable than DNA sex estimation methods.

Organic Residue Analysis

BioArCh conducts lipid analysis on ceramics, sediments, and natural products such as tars, pitches, and waxes to support the reconstruction of ancient diets, food processing practices, and vessel use in archaeological contexts.

Palaeogenomics

Ancient DNA from archaeological remains can help answer questions about evolutionary relationships, ancestry, domestication, and phenotypic traits. We offer extraction of DNA from bones and the preparation of next generation sequencing libraries. Please contact us regarding anicent plant remains and sediment samples.

Palaeoproteomics

Extraction and analysis of proteins from archaeological artefacts, dental calculus (mineralised plaque) and skeletal remains aid our understanding of past foods and diets, taxonomy and phylogeny, disease processes and studies of protein diagenesis and modification.

Stable Isotope Analysis

The BioArCh stable isotope facility is capable of bulk carbon, nitrogen and sulphur analysis of collagen by elemental analysis isotope ratio mass spectrometry (EA-IRMS) for dietary analysis, and oxygen isotope analysis of bone carbonate for mobility and migration studies.

ZooMS

Zooarchaeology by Mass Spectrometry (ZooMS) – species identification via collagen fingerprinting. A rapid and low-cost form of protein analysis using collagen or other proteins preserved in archaeological and historic artefacts to enable taxonomic identification of the species from which they derive.

Service Launch

We are currently expanding both our service capacity and the range of analyses available. Visit the RICHeS and E-RIHS catalogues for the latest updates.

For general enquiries, collaborations or expressions of interest, please send us an enquiry.

Available Funding

If you don’t have your own funding, funding streams for our services are available through RICHeS and E-RIHS.

RICHeS Access Fund Full Stage Applications are now open until Wednesday 8th April 2026.