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Gregory Richards
  • Gregory Richards, Ph.D.

  • Assistant Professor - Biological Sciences
  • Ph.D., University of Wisconsin-Madison, 2008
  • Biological Sciences
  • (262) 595-2174
  • richarg0@uwp.edu
Teaching, Research/Creative & Consulting Interests

Teaching Interests

I have a long-standing passion for teaching students about science. At UW-Parkside, I teach intro microbiology lectures and labs for both majors (BIOS 303) and non-majors (BIOS 202), advanced microbiology for undergraduate and graduate students (BIOS 411/611), and introductory cellular and molecular biology (BIOS 101). I place a high priority on training students in inquiry-based scientific and critical thinking, as well as providing students with opportunities to practice and develop useful laboratory skills, both of which are essential to careers in science and medicine. I also place a high priority on showing students that there is no reason you can't have fun while doing good science!

Research Interests

I study the physiology and regulation of bacterial responses to stress. In particular, I study how the bacterium Escherichia coli responds to metabolic stress caused by excessive accumulation of sugar-phosphates. I was fortunate to recently be awarded a three-year National Institutes of Health grant to support this work. You can read more about the grant and research here:

NIH Grant Research

I love having students do research in my lab, and I greatly value training students in scientific thinking and practical lab skills.

In the past eight years, students who I have mentored in research have been featured as co-authors on five peer-reviewed research publications. The students I have worked with have gone on to medical school, pharmacy school, and graduate school in microbiology, as well as careers in the biotech industry, veterinary tech, and chiropractic medicine.

Here is a talk on my research that I did for Wisconsin Public Television's "University Place" program, titled, "Sugar Shock: How Bacteria Use RNAs to Deal with Stress":

WPT Research Talk

Here is a talk on why microbes are so awesome that I did for Wisconsin Public Television, titled, "Bacterial Hunger Games: The Mastery of Microbes Over Our Diet, Digestion, and Disease":

WPT Microbe Talk

Consulting Interests

I greatly enjoy doing science outreach and talking with the public about all topics related to microbiology! I also do a lot of career advising for high school, undergrad, and grad students as well as postdocs. (For example, I was a career adviser for the 2015 American Society for Microbiology General Meeting and spoke at the 2014 Life Sciences Career Day at UW-Madison.)

In addition to the seminars listed under "Research Interests" above, here is a fun Halloween-themed talk I did for UW-Parkside's Science Night, titled, "The Scary Side of Microbes":

UWP Science Night Talk

Here is an excerpt from an interview about careers in science research and education that I did with the UW-Madison Graduate School:

Graduate School interview

Publications
Selected Publications

2017: Stringent response regulators contribute to the recovery from glucose-phosphate stress in Escherichia coli, Applied and Environmental Microbiology

2016: Physiological effects of post-transcriptional regulation by the small RNA SgrS during metabolic stress in Escherichia coli. In Stress and environmental control of gene expression in bacteria, Wiley-Blackwell.

2015: Small RNAs regulate primary and secondary metabolism in gram-negative bacteria. In Metabolism and Bacterial Pathogenesis, Microbiology Spectrum, ASM Press

2013: Depletion of glycolytic intermediates plays a key role in glucose-phosphate stress in Escherichia coli, Journal of Bacteriology

2012: Induction of the Pho regulon suppresses the growth defect of an Escherichia coli sgrS mutant, connecting phosphate metabolism to the glucose-phosphate stress response., Journal of Bacteriology

2011: Molecular call and response: the physiology of bacterial small RNAs, Biochimica et Biophysica Acta

Courses Taught

Spring 2018

BIOS 303 MICROBIOLOGY
BIOS 303 MICROBIOLOGY
BIOS 303 MICROBIOLOGY
BIOS 503 MICROBIOLOGY
BIOS 503 MICROBIOLOGY
BIOS 503 MICROBIOLOGY

Fall 2017

BIOS 101 BIOSCIENCE
BIOS 202 GENERAL MICROBIOLOGY
BIOS 202 GENERAL MICROBIOLOGY
BIOS 202 GENERAL MICROBIOLOGY
BIOS 499 INDEPENDENT STUDY
BIOS 711 THESIS

Spring 2017

BIOS 101 BIOSCIENCE
BIOS 499 INDEPENDENT STUDY
BIOS 303 MICROBIOLOGY
BIOS 303 MICROBIOLOGY
BIOS 303 MICROBIOLOGY
BIOS 503 MICROBIOLOGY
BIOS 503 MICROBIOLOGY
BIOS 503 MICROBIOLOGY
BIOS 711 THESIS

Fall 2016

BIOS 202 GENERAL MICROBIOLOGY
BIOS 202 GENERAL MICROBIOLOGY
BIOS 499 INDEPENDENT STUDY
BIOS 411 MICROBIAL PHYSIOLOGY/DIVERSITY
BIOS 611 MICROBIAL PHYSIOLOGY/DIVERSITY
BIOS 711 THESIS

Spring 2016

BIOS 499 INDEPENDENT STUDY
BIOS 303 MICROBIOLOGY
BIOS 303 MICROBIOLOGY
BIOS 303 MICROBIOLOGY
BIOS 503 MICROBIOLOGY
BIOS 503 MICROBIOLOGY
BIOS 503 MICROBIOLOGY
BIOS 207 RESEARCH PROCESS IN BIOLOGY

Fall 2015

BIOS 101 BIOSCIENCE
BIOS 202 GENERAL MICROBIOLOGY
BIOS 202 GENERAL MICROBIOLOGY
BIOS 499 INDEPENDENT STUDY
BIOS 699 INDEPENDENT STUDY
BIOS 711 THESIS

Spring 2015

BIOS 101 BIOSCIENCE
BIOS 499 INDEPENDENT STUDY
BIOS 303 MICROBIOLOGY
BIOS 303 MICROBIOLOGY
BIOS 503 MICROBIOLOGY
BIOS 503 MICROBIOLOGY
BIOS 711 THESIS

Fall 2014

BIOS 101 BIOSCIENCE
BIOS 202 GENERAL MICROBIOLOGY
BIOS 202 GENERAL MICROBIOLOGY
BIOS 499 INDEPENDENT STUDY
BIOS 711 THESIS

Spring 2014

BIOS 499 INDEPENDENT STUDY
BIOS 411 MICROBIAL PHYSIOLOGY/DIVERSITY
BIOS 611 MICROBIAL PHYSIOLOGY/DIVERSITY
BIOS 303 MICROBIOLOGY
BIOS 303 MICROBIOLOGY
BIOS 503 MICROBIOLOGY
BIOS 503 MICROBIOLOGY
BIOS 711 THESIS

900 Wood Road · P.O. Box 2000 · Kenosha, WI 53141-2000 P 262-595-2345

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