University of Leicester Bone Laboratory

University of Leicester Bone Laboratory Welcome to the Facebook site for the University of Leicester Bone Laboratory!

The Bone Laboratory is dedicated to the archaeological study of animal bones (zooarchaeology or archaeozoology) and human skeletal remains (bioarchaeology). On this page we will keep you updated with our latest discoveries, acquisitions, and other news.

🚨We are hiring🚨 we are looking for a laboratory technician for the new UKRI TBOmics project at the School of Heritage an...
09/05/2026

🚨We are hiring🚨 we are looking for a laboratory technician for the new UKRI TBOmics project at the School of Heritage and Culture at the University of Leicester

https://jobs.le.ac.uk/vacancies/13012/biomolecular-laboratory-technician.html

We are looking for someone with experience in handling human (skeletal) remains and daily running of the Biomolecular lab who is curious, detail oriented and a string team player. Get in touch if you are interested!

View details and apply for this Biomolecular Laboratory Technician vacancy in Leicester. This role is part of the UKRI-FLF funded Bioarchaeology and Tuberculosis Evolution project. You will prepare samples of bone and calculus for genetics, metabolomics and proteomics. You will wo...

A new co-authored paper, lead by the very excellent University of Leicester F100 PhD student Elliot Elliott, demonstrati...
11/03/2026

A new co-authored paper, lead by the very excellent University of Leicester F100 PhD student Elliot Elliott, demonstrating the affect of leprosy on the skeleton of red squirrels for the first time. This will be key for exploring the zoonotic potential of leprosy in the past.

Leprosy, caused by Mycobacterium lepromatosis or Mycobacterium leprae, has been reported in red squirrels in Britain from Scotland to the south of England. However, there has been no attempt to deter...

06/03/2026

Fabulous work by our very own Appleby! Thought provoking article exploring relationship between age and disease. ‘Age-related disease or disease-related age? Perspectives for paleopathological research’

Did medieval people only eat bread and pottage? Did things change after the plague? Well now you can find out! Incredibl...
17/02/2026

Did medieval people only eat bread and pottage? Did things change after the plague? Well now you can find out!

Incredible research on detecting social differences in medieval Cambridge from the After The Plague team by led by Dr Alice Rose with Dr Sarah Inskip from School of Archaeology and Ancient History, University of Leicester

This study, which uses stable carbon and nitrogen isotopes and historic information, shows that there are significant differences in the diet between different communities in Cambridge. Those in the hospital came actually from diverse backgrounds, with those in the friary potentially benefiting from more animal protein. Interestingly, we could not detect changes in relation to the plague. It shows the importance of a robust animal baseline and the benefits of large focused study on one area.

Open Access below

https://www.cambridge.org/core/journals/antiquity/article/detecting-social-differences-in-diet-in-medieval-towns-isotopic-evidence-from-cambridge-england-c-ad-9401538/41CEEE983BA1D973752C0031B8663922

Detecting social differences in diet in medieval towns: isotopic evidence from Cambridge, England, c. AD 940–1538

Congratulations to Sarah and her team!
14/11/2025

Congratulations to Sarah and her team!

Congratulations to Dr Sarah Inskip and MedRACE – our pioneering medical initiative – on winning Times Higher Education Awards this evening.

Dr Inskip's ground breaking archaeology project revealed how to***co use can alter human bone structure and MedRACE has helped drive inclusion in medicine, shaping a fairer future for healthcare.

These awards highlight outstanding achievement.

07/11/2025

Dear colleagues,

We are excited to announce our upcoming ICAZ APWG webinar series on the topic of “Linking modern pathological reference cases and collections to paleopathological research on zooarchaeological datasets”!

The series kicks off on 25 November with a talk by Dr. Maeve Moorcroft on the Baker & Brothwell collection, and is scheduled to run until May 2026, with approximately one lecture each month.

It is now possible to sign up for the first two lectures. Deadline for registration is a few days before the lecture. You will receive a WebEx link shortly before the lecture. Technology willing and with permission of the speakers, we will record the lecture and make it available for two weeks.

Sign-up first lecture: https://forms.gle/QZDN4t3qmWkc2GQd6

Sign-up second lecture: https://forms.gle/3AZLcHfM9khmLpFe9

We hope to see you online!

We are delighted to announce the publication of a new (open access) book, co-authored with the amazing Feedsax team,. Th...
27/10/2025

We are delighted to announce the publication of a new (open access) book, co-authored with the amazing Feedsax team,. The Leicester team contributed new methods to detect the use of the heavy plough and changing animal husbandry regimes using palaeopathological and zooarchaeological evidence. The print copy will be out in late November (the ideal Christmas gift?). The summary is below:

"As in the rest of Europe, the population of medieval England grew steeply, especially between the tenth and thirteenth centuries. This volume investigates how medieval farmers managed to produce sufficiently large harvests to sustain this growth—which in turn fuelled a major expansion of towns and markets—and the impact of this ‘cerealisation’ on the landscape. It presents new evidence recovered from hundreds of archaeological excavations for the development of the medieval farming regimes that shaped the English landscape in ways still visible today. Medieval farming is a contentious topic, not least because of the different approaches taken by historians, archaeologists, and geographers. No consensus has been reached about the cultivation regimes that underpinned the remarkable increase in cereal production seen in this period. A large-scale analysis of the excavated remains of medieval crops, weeds, livestock, and pollen has generated new evidence using a range of science-based methods. The results reveal the conditions in which medieval crops were grown and the way in which land use changed between the late Roman period and the Black Death. The authors relate the results to archaeological and written evidence for farms and farming, bringing an ecological perspective to the debate about the so-called medieval agricultural revolution. The ‘cerealisation’ of England emerges as a regionally variegated process lasting several centuries, whose overall impact can nevertheless be described as ‘revolutionary’."

This link will take you to a page that’s not on LinkedIn

19/08/2025

New book, co-authored by members of the lab, now available to pre-order:

A new paper by lab team member Lidija McKnight:
05/08/2025

A new paper by lab team member Lidija McKnight:

Radiography, favoured for its ability to provide a non-invasive insight into the contents of wrapped or coffined artefacts, has revolutionised the study of mummified human and animal remains. Despite this potential, the technology is limited by its capacity to realistically visualise the surface att...

🚨 We are really excited to announce not one, but two publications from the To***co, Health & History project led by  Ins...
28/05/2025

🚨 We are really excited to announce not one, but two publications from the To***co, Health & History project led by Inskip here at the School of Archaeology and Ancient History, University of Leicester 👏

1) Led by Anna Davies-Barrett and working with Maia Casna, our research shows how to***co use in 18th and 19th century populations resulted in an increased risk for respiratory disease, and this risk was intersectional and environment dependent. See here: https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0324045

2) Led by Valentina Perrone we show how smoking interferes with the deposition of dental cementum in modern and archaeological individuals, potentially showing that the effect is not limited to modern additives in to***co. This may reveal clues as to the causes of tooth loss in smokers. See here https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0323812

Acellular extrinsic fibre cementum (AEFC) has been widely utilised in cementochronology to estimate age at death, seasonality, and for life-history reconstruction. Smoking has been commonplace in the UK since the 17th century and is known to compromise oral health and to modulate physiological proce...

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School Of Archaeology And Ancient History, University Of Leicester
Leicester
LE17RH

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