Molecular Anthropology Laboratories
Department of Anthropology
University of Tennessee
MAL-UTK is a suite of laboratories dedicated to DNA analyses of humans, with a specialty in degraded DNA
(a/k/a contemporary DNA of "forensic" age, ancient DNA, archaeogenetics, and paleogenomics).
DNA analyses are brought to bear on theory and questions emanating from the disciplines of
Graciela S. Cabana, PhD
Dr. Graciela Cabana is the Principal Investigator of MAL-UTK.
Anne is a doctoral student advised by Dr. Graciela Cabana. She is particularly interested in working with ancient DNA within the field of anthropological genetics. She has a regional interest in Andean South America.
For her 2019 Master's thesis, Anne investigated how the use of a prominent bleach-based decontamination protocol in archaeological samples may itself degrade DNA.
Anne is a member of the American Association of Anthropological Genetics (AAAG)
Anne Riley at the 2016 annual meetings of the Asociación Latinoamericana de Antropología Biológica (ALAB) in Tacuarembó, Uruguay.
Lateefa is a doctoral student advised by Dr. Graciela Cabana. Her research interests are in ancient DNA methods and applications, the ethics and implications of ancient DNA studies, bioarchaeology, and the effects of Spanish colonialism in the northern coast of Peru.
Kamar Afra, M.A.
Kamar’s research focuses on human identification through an interdisciplinary approach between forensic anthropology, genetics, and art. Her past research focuses on the employment of genetic markers in facial reconstruction techniques.
Her dissertation work will explore the process of disappearance through a biocultural lens. She will interrogate the different current forensic techniques involved in the process of human identification in the criminal justice system through a community engaged project highlighting local resources.
Kamar is also interested in Islamic mortuary practices and their effects on postmortem decomposition, Quantitative & Statistical Methods through machine learning, and transitional justice in human rights issues.
Brianna Gardner, MSc
Brianna is a doctoral student in biological anthropology, advised by Dr. Graciela Cabana.
She is interested in combining genetic and skeletal analysis to assess the role of genetic susceptibility in disease manifestation within afflicted archaeological populations.
Brianna earned her MSc at the University of Durham, U.K., where she evaluated orbital roof lesions associated with metabolic disease manifestation in urban medieval populations.
Lauren Koutlias, M.A.
Lauren is a Ph.D. student at UTK advised by Dr. Graciela Cabana. Broadly, her research interests lie in bioarchaeology and forensic anthropology, and her past research centers around the impact of social, political, and economic inequality on life course trajectories in ancient, modern, and forensic populations. Specifically, she focuses on skeletal indicators of childhood stress in adults and considers all aspects of the biocultural context.
Lauren earned her M.A. from Texas State University in 2019. She has conducted field and lab work in Belize, Peru, Romania, and south Texas.
For her dissertation, she will be focusing on skeletal stress indicators among trauma victims in Greece.
Becca is a Master’s student in biological anthropology at UTK, advised by Dr. Graciela Cabana.
Her research interests are in human evolution and reconstructing population histories through ancient DNA techniques.
Becca earned a B.S. in Molecular and Cell Biology and a B.A. in Anthropology from the University of Connecticut in 2022.
Rachel is a Master’s student in biological anthropology, advised by Dr. Cabana. Her area of interest is ancient DNA, and more specifically how ancient DNA techniques can be applied to bioarcheology excavations to learn more about cemetery populations.
Rachel earned her Bachelor’s degree in Anthropology and Biology from Lawrence University in Appleton, Wisconsin.
FORMER LAB MEMBERS
Brannon I. Hulsey, Ph.D.
Erin Knapp, M.A.
Kaitlyn Stiles, PhD
Frankie L. West, PhD
The Molecular Anthropology Laboratories consist of two lab spaces: the "Main Lab" for DNA studies of modern (living) peoples,
and the "Clean Room Labs" which consist of two independent lab suites for ancient/paleogenomic DNA studies of past peoples.
Both sets of labs are USDA certified to receive foreign soils.
The Main Lab is located in Strong Hall 518. Along with work and bench spaces, this lab houses equipment that allows for DNA extraction,
PCR amplification, DNA visualization, and library and sequencing preparation.
* Click on individual pictures for larger-size photos.
CLEAN ROOM LABS
The Clean Room Labs are located in Strong Hall 515. The labs consist of a large entry area with work space, plus two independent suites each dedicated to projects involving degraded DNA. Each suite consists of four areas: (1) gowning (i.e., putting on PPE), (2) sample preparation, (3) DNA extraction, and (4) amplification or library preparation. The suites house all relevant equipment for these uses.
* Click on individual pictures for larger-size photos.
UT SUPPORTING FACILITIES
The UT Genomics Core is a self-supporting core facility specializing in Sanger sequencing and SNP/fragment analysis.
The main function of the Genomics Core is to assist researchers at the University of Tennessee,
but services are also available to the general scientific community.
The UT Genomics core offers high-throughput next-generation sequencing services to all interested
on-campus and off-campus researchers. Sequencing is performed using the Illumina Novaseq, Illumina MiSeq, or Oxford Nanopore MinION instruments located in room 407 of the Science and Engineering Research Facility (SERF).
The BRC has six cutting-edge desktop computers operating on a mix of Windows, Mac, and Linux platforms.
The general access computers have bioinformatics resources installed locally, including CLC Genomics Workbench with several powerful modules for specialized analyses.
The BRC also provides access to a suite of bioinformatics programs hosted locally and by the Joint Institute for Computational Sciences.