A recurring issue at conferences and seminars is the underwhelming number of URM speakers giving talks. A commonly cited reason for this is not knowing who to invite. To that end, we’ve begun compiling a list of prominent URM researchers across every field of STEM and Medicine. We hope that conference organizers can use this list as a resource when inviting speakers. However we hope that organizers use this list conscientiously. There is a well-known, and well-documented, issue of “tokenism”, i.e. the idea that women and minorities are included to give an appearance of diversity. We would like to stress that a diverse conference is not just about representation of minority speakers but also about creating an environment that is conducive to the sharing ideas and collaborating. See our “Best practices” page for tips on how to create an inclusive environment.
We are not the only resource out there! Check out this database for more lists of underrepresented researchers.
NOTES ON USING OUR LIST
1) Please see here for the Speakers List in spreadsheet format (useful for more complicated searches), an explanation of all of the fields, and a list of sorted subfields.
2) Our website saves your previous search for future reference. If you would like to clear your search, press the “Clear” button (next to the “Submit” button).
|Field (see Notes for sorted subfields)||Preferred Name||Institution||Position||Description||Website||Tags||Date Updated|
|Atomic/Molecular/Optical Physics, Computational Chemistry, Energy, Materials Chemistry, Theoretical Chemistry||Dr. Jose Mendoza-Cortes||Florida State University||Assistant Professor||The Mendoza-Cortes lab studies a wide array of topics lying at the intersection of machine learning, condensed matter physics and materials chemistry.||Lab Website||quantum simulations, condensed matter theory, energy, statistical mechanics, big data||October 29, 2019|
|Atomic/Molecular/Optical Physics, Electrochemistry, Engineering, Materials Chemistry, Nanotechnology||Dr. Zakaria Y. Al Balushi||University of California - Berkeley||Assistant Professor||The Al Balushi group develops electronic and photonic low-dimensional materials for use in optoelectronics and quantum technologies.||Faculty Page||graphene, semiconductors, chemical vapor deposition, crystal growth, optoelectronics, nanowire growth, Materials Science, materials engineering, electronic materials||July 2, 2020|
|Biomedical Engineering, Imaging, Materials Chemistry, Nanotechnology, Neuroscience||Dr. Abraham Beyene||HHMI - Janelia Research Campus||Principal Investigator||The Beyene lab harnesses the short-wave infrared (SWIR) spectrum to develop new imaging tools for neuroscience. Additionally, they are working to develop new reagents for imaging including biogenic amines and neuropeptides.||Lab Website||neurochemistry, neuroimaging, short-wave infrared, near-infrared, neuropeptides, neuromodulators, biogenic amines, toolmaking||March 25, 2020|
|Clinical - Neurology, Clinical - Psychology, Health Equity, Neuroscience, Psychology||Dr. Jorge Llibre-Guerra||Washington University School of Medicine in St. Louis||Post-doc||Dr. Llibre investigates health disparities in dementia as well as the neuropsychology and biomarkers of Alzheimer's disease. Recent work focuses on the influence of life course behavioral risk/protective factors on AD pathogenesis, cognitive decline, and biomarker rate of change.||Research Page||dementia, biomarkers, Alzheimer's disease, cognition, health equity||March 25, 2020|
|Applied Mathematics, Health Equity, Industrial/Manufacturing Engineer, Stochastics, Systems Engineering||Dr. Jessye Leigh Bemley Talley||Morgan State University||Assistant Professor||The Talley group investigates problems that identify vulnerabilities and disruptions that occur within supply chains to develop intervention or mitigation strategies that optimize the total system.||Lab Website||supply chain, cost analysis, Markov chains, queueing theory, port disruption, humanitarian relief, healthcare, Operations Research||October 7, 2020|
|Cellular Biology, Genetics, Immunology, Microbiology, Molecular Biology||Dr. Igor Cestari||McGill University||Assistant Professor||The Cestari Lab investigates the infectious pathogenic family of Kinetoplastics, specifically focusing on their genetic and antigenic diversity as well as their mechanisms of signal transduction.||Faculty Page||kinetoplastids, allelic diversity, antigen, gene regulation, signaling, parasitology, immune evasion||February 23, 2020|
|Bioinformatics, Cancer Biology, Cellular Biology, Genetics, Molecular Biology||Dr. Carlos S. Moreno||Emory College||Associate Professor||My main research interests are in translational cancer bioinformatics, to identify diagnostic markers for more effective and refined therapies, to identify new potential therapeutic targets, and to better understand the biology of tumor progression. My lab has identified several genes that are strongly correlated with prostate cancer progression.||Faculty Page||Cancer Genomics, Cancer Bioinformatics, Biomarkers, Transcriptional Regulation, Prostate Cancer||August 4, 2020|
|Epidemiology, Immunology, Infectious Disease, Microbiology, Virology||Dr. Marcos Ramos-Benitez||NIH - National Institute of General Medicine||Post-doc||Dr. Ramos-Benitez investigates the pathophysiology and molecular pathogenesis of severe emerging viral infections. Currently, he is leading a project to evaluate the role of Neutrophils Extracellular Traps in COVID-19 severity. Also, he is the principal investigator in a project aiming to elucidate the mechanisms of gastrointestinal fluid loss in Ebola virus disease. Dr. Ramos-Benitez is also the founder and president of “Ciencia en Tus Manos” a non-profit organization that uses social media to create innovative online programs to promote STEM within Hispanics communities.||Google Scholar||COVID-19, Ebola, virus, molecular pathogenesis, emergent pathogens||October 22, 2020|
|Biochemistry, Cellular Biology, Genetics, Molecular Biology, RNA splicing||Dr. Tracy Johnson||University of California - Los Angeles||Professor||The Johnson Lab investigates the mechanisms underlying gene regulation. They are particularly interested in the process of RNA splicing and how spliceosomes recognize splice sites cotranscriptionally, in the context of a chromatin environment and in response to changes in the cell’s environment.||Lab Website||spliceosome, SWI/SNF complex, transcription, RNA processing, chromatin remodeling||March 6, 2019|
|Biochemistry, Biophysics, Cellular Biology, Immunology, Molecular Biology||Dr. Rogelio A. Hernandez-Lopez||University of California - San Francisco||Post-doc||Dr. Hernandez-Lopez combines protein-, cell- and tissue engineering to develop the next generation of cell therapies. His current research focuses on designing new immunotherapies that specifically attack cancer cells.||Research Page||biochemistry, structural biology, cancer immunotherapy, antigen density sensors||September 15, 2020|
|Biomedical Engineering, Cellular Biology, Molecular Biology, Nanotechnology||Dr. Jaimie Marie Stewart||California Institute of Technology||Post-doc||Dr. Stewart studies the self-assembly principles of nucleic acids to build DNA and RNA nanostructures for applications such as cellular regulation and biomolecular detection.||RNA, DNA, self-assembly, biomolecular detection, DNA/RNA Nanotechnology||July 24, 2020|
|Clinical - Neurology, Gerontology/Geroscience, Health Equity, Nursing||Andrea Gilmore-Bykovskyi||University of Wisconsin-Madison||Assistant Professor||Dr. Gilmore-Bykovskyi studies care delivery and disparities among persons with Alzheimer's disease and related dementia. Major areas of foci in her research program include: treatment and utilization disparities, symptom management and caregiver support, and issues in research ethics and equity.||Faculty Page||Alzheimer's disease, dementia, nursing, geriatrics, symptom management, research ethics||September 1, 2020|
|Education/Pedagogy, Health Equity, Psychology, Public Health||Dr. Sinead Younge||Morehouse College||Professor||The Project Ujima Lab investigates sexual health practices amongst college students, HIV+ adults and Black men, amongst other underserved communities. Dr. Younge and her lab also examine prison reform issues.||Faculty Page||Sexual health, HIV/AIDS, health equity, Prison, carceral system||May 27, 2020|
|Cellular Biology, Genetics, Health Equity, Molecular Biology||Dr. Archie Taylor||Alcorn State University||Assistant Professor||The Taylor lab investigates the genetics underlying cancer, with a focus on the health disparities within the field.||Contact Page||cancer, health equity, genetics||July 7, 2020|
|Cellular Biology, Molecular Biology, Neuroscience, Pharmacology||Dr. Elva Denise Diaz||University of California - Davis||Professor||The Diaz Lab investigates the role of transmembrane proteins (i.e. the AMPA receptor auxiliary factors SynDIG/Prrt and the trans-synaptic adhesion GPCR complex Bai2) at excitatory synapses in the brain using a combination of molecular, cellular, biochemical, and electrophysiology approaches.||Faculty Page||synapses, receptor trafficking, glutamate receptors, auxiliary transmembrane proteins, trans-synaptic adhesion complexes||October 18, 2019|
|Cellular Biology, Medical Mycology, Microbiology, Molecular Biology||Dr. José Vargas-Muñiz||Southern Illinois University Carbondale||Assistant Professor||The Vargas-Muñiz lab investigates how fungi regulate their morphology and adapt to different stresses, specifically focusing on septin proteins and the cytoskeleton.||Lab Website||basic research, fungi, proteomics, stress, morphology, cytoskeleton, septin, fungal pathogens||July 1, 2020|
|Cellular Biology, Endocrinology, Metabolism, Molecular Biology||Dr. Antentor Othrell Hinton Jr. (A.J.)||University of Iowa - Carver College of Medicine||Post-doc||Dr. Hinton, Jr. is a Postdoctoral Research Fellow in the Department of Internal Medicine, University of Iowa. In the laboratory of E. Dale Abel, we have found that reduction in OPA1 (Optic Atrophy 1, a mitochondrial dynamin-like GTPase) expression in skeletal muscle results in endoplasmic reticulum (ER) stress response and FGF21 secretion. We predicted that there was an association between the loss of OPA1, an increase in ER-Mitochondrial Contact sites, and prevalence of diabetes. Mitochondrial endoplasmic reticulum contact sites (MERCs) are specialized membranes that are enriched with specific proteins believed to be important for calcium flux, lipid transfer, and mitochondria morphology. This observation provides a plausible mechanism linking altered mitochondrial dynamics with the activation of the ER stress response pathway and may give novel insight into how some patients develop insulin resistance. We propose to use this information to provide the foundation for future research that will lead to the discovery of more effective biomarkers that identify insulin resistance in skeletal muscle.||Research Page||Diabetes, mitochondria, insulin, oxidation, nutrition, stress induced-hypertension, mitochondrial and metabolic adaptations in skeletal muscle, heart, brain||April 24, 2020|
|Cellular Biology, Immunology, Molecular Biology, Virology||Dr. Peter Ramirez||California State University - Long Beach||Assistant Professor||The Ramirez lab investigates how retroviral gene products affect host cell pathways and immune response.||Faculty Page||retroviruses, HIV, lncRNAs, cell signaling||August 12, 2020|
|Cellular Biology, Embryology, Genetics, Molecular Biology||Dr. Anita Quintana||The University of Texas at El Paso||Assistant Professor||The Quintana lab investigates the cellular mechanisms underlying congenital human disorders by using developing zebrafish embryo as a model.||Faculty Page||genetics, multiple congenital anomaly syndromes (MCAs), craniofacial abnormalities, learning ability||August 31, 2020|
|Cancer Biology, Cellular Biology, Genetics, Molecular Biology||Dr. Claudia Benavente||University of California - Irvine||Assistant Professor||The Benavente Lab is focused on understanding the chromatin remodeling processes that establish the normal epigenetic landscape in developing tissue, how it can be perturbed to promote carcinogenesis, and provide insight for the development of new therapies. Special focus on pediatric solid tumors, specifically retinoblastoma and osteosarcoma.||Lab Website||pediatric oncology, genetic regulation, epigenetics, retinoblastoma, osteosarcoma, RB1||April 2, 2020|