Dr. Buerger has a research background in Microbiology. She received her Ph.D. from Northeastern University, where she conducted research in the Epstein Lab. Her focus was on the cultivation of novel species, microbial survival strategies in the environment, microbial dormancy, and growth induction. She examined the growth patterns of marine microorganisms, the involvement of signaling or other molecules in inducing and enhancing growth and the isolation of novel microorganisms. She has also developed single-cell based approaches to examine microbial individuality. She examined growth induction of dormant mycobacteria via observations of growth kinetics, and followed the growth inducing activity via bioassay-guided fractionation, HPLC, LC/MS, and NMR (in collaboration with J. Clardy, Harvard University Medical School). She is currently examining trends in historical tuberculosis infection rates, as well as historical trends in pathology, etiology and epidemiology of diseases.

In addition to her research interests, Dr. Buerger is also very interested in STEM education trends, including problem-based and project-based learning, maximizing learning outcomes in the online environment, as well as career development for undergraduate students and graduate students in the STEM fields. She has taught classes both in the traditional classroom and online in Introductory Biology, Microbiology, Environmental Science/Ecology and on the social impact and interpretation of science by society. She teaches Biology and Microbiology in our Online Prerequisites for the Health Professions course offerings.

  • PhD, Northeastern University, Boston, MA
  • BA, Boston University, Boston, MA
  • Communication and survival strategies in environmental microbial communities
  • Dormancy in medically relevant microbes
  • Trends in bacterial infections

Dr. Buerger has published numerous papers - some titles are highlighted below. You can view a complete listing of Dr. Buerger's publications on ResearchGate or in her CV. 

Microbial scout hypothesis, stochastic exit from dormancy, and the nature of slow growers.

Microbial scout hypothesis and microbial discovery. 

A Guide to the Scientific Career: Communication, Conducting Research and Writing Effective Papers. 


See ResearchGate Profile


In addition, Dr. Buerger regularly presents at conferences and industry events. Please see her CV for a complete list of presentations.

Aligning Expectations Between Community College Life Sciences Programs and Life Sciences Companies at Mass STEM Summit.

Mycobacterium: Patterns of Dormancy and Growth at Boston University College of General Studies Faculty Talks.

Microbial survival strategy may include stochastic exit from dormancy at ASM and BBM.

Single-cell approach to microbial cultivation reveals an unusual growth strategy at ISME.

Marine Microbial Consortia as model systems to study the great plate count anomaly at ISME.