Work with thought leaders and academic experts from University of Wisconsin–Madison

Byron Brehm-Stecher

Ames, Iowa, United States of America
20 Years Experience
Associate Professor, Food Science, Iowa State University, Expert in Rapid Detection of Pathogens and Development of Antimicrobial Systems
Education

University of Wisconsin–Madison

B.S., Bacteriology / December, 1995

Madison, Wisconsin, United States of America

University of Wisconsin–Madison

M.S., Bacteriology / December, 1996

Madison, Wisconsin, United States of America

University of Wisconsin–Madison

Ph.D., Food Science / April, 2002

Madison, Wisconsin, United States of America
Research Expertise
Rapid Detection of Pathogens
Development of Antimicrobial Systems
Bio-Applications of Novel
About
Dr. Brehm-Stecher’s research is focused on two major areas: the development of improved methods for the rapid detection and characterization of bacterial pathogens, and novel antimicrobial approaches for the control of food pathogens or spoilage organisms. Technology platforms for detection work include flow cytometry and other single cell analytical methods. A recurring theme in our detection work is pre-analytical sample preparation – the often-neglected processing steps needed to get from a raw sample to the final answer. Key tools used in our antimicrobial work include natural antimicrobial compounds, including plant essential oils, and synthetic biomimetic antimicrobial polymers or small molecules. An underlying theme of our antimicrobial work is enhancement – approaches for boosting antimicrobial potency through additive or synergistic interactions among system components.

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Ariel Kalil

Chicago, Illinois, United States of America
27 Years Experience
University of Chicago Professor and Expert on Childhood Development
Education

University of Wisconsin–Madison

BA, Psychology and French Literature / 1991

Madison, Wisconsin, United States of America
Research Expertise
Sociology and Political Science
Developmental and Educational Psychology
Education
Pediatrics, Perinatology and Child Health
Life-span and Life-course Studies
And 20 more
About
Ariel D. Kalil is the Daniel Levin Professor of Public Policy Studies at the University of Chicago. She is a faculty research fellow at the National Bureau of Economic Research and a research associate at the Population Studies Center at the University of Michigan. She is also a faculty member in the Harris School of Public Policy Studies and in the College at the University of Chicago. Kalil's research lies at the intersection of child development and public policy. She is particularly interested in the effect of early childhood interventions on health and economic outcomes in adulthood. Her work has been published in leading social science journals, including the American Economic Review, the Quarterly Journal of Economics, and the Journal of Political Economy. Kalil earned her PhD in Developmental Psychology from the University of Michigan–Ann Arbor in 1996, her MA in Social Psychology from the University of Colorado System in 1993, and her BA in Psychology and French Literature from the University of Wisconsin–Madison in 1991.

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Morgan Edwards

6 Years Experience
Assistant Professor at University of Wisconsin--Madison and Director of the Climate Action Lab
Experience

University of Wisconsin--Madison

Assistant Professor / August, 2020Present

Research Expertise
Climate Policy
Energy Systems
Industrial Ecology
Electronic, Optical and Magnetic Materials
Renewable Energy, Sustainability and the Environment
And 12 more
About
Morgan Edwards is an Assistant Professor at the La Follette School of Public Affairs at the University of Wisconsin--Madison and affiliated faculty with the Nelson Institute Center for Sustainability and the Global Environment, Energy Analysis and Policy Program, Holtz Center for Science and Technology Studies, Institute for Research on Poverty, and Data Science Institute. Her research focuses on modeling the role of technology in addressing the threat of climate change and assessing policies to accelerate equitable energy transitions. Her current projects include modeling the role of climate-tech in meeting net zero targets, evaluating the equity impacts of building electrification policies, and assessing pathways to transition natural gas infrastructure. She holds a PhD in Data, Systems, and Society from the Massachusetts Institute of Technology (MIT), a SM in Technology and Policy from MIT, and a BS in Environmental Science and Economics from the University of North Carolina at Chapel Hill. Prior to coming to Madison, she was a President’s Postdoctoral Fellow at the Center for Global Sustainability at the University of Maryland.

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Jonathan Loi, Ph.D.

12 Years Experience
Ph.D. in Biophysics with over 11+ years of research experience applying physics, math, and computation to biology
Education

University of Wisconsin–Madison

Ph.D., Biophysics / August, 2023

Madison, Wisconsin, United States of America
Experience

University of Wisconsin-Madison

Doctoral Research Assistant / August, 2020August, 2023

Co-authored and secured grants for 3 independent research projects (two cancer-related at $250,000 per year each, one machine learning and image processing-related at $25,000 total). Solely developed MATLAB software to provide researchers easy access to mathematical and statistical methods for 3D image correction and analysis (published). Performed mathematical modeling and simulation of point spread functions to identify optimal conditions for biological image data acquisition. (published). Developed an image registration algorithm for 3D super-resolution image reconstruction (under review). Developed and applied an Expansion Microscopy method for economical 3D super-resolution imaging of biological samples (submitted). Led and executed multiple projects related to chromosomal abnormalities in cancer, Epstein-Barr Virus infection of human cells, and using machine learning for patient karyotyping. Regularly communicated research results to expert and non-expert audiences to the field.

Doctoral Research Assistant / September, 2017April, 2020

Explored the effects of pressure and drug treatment on exocytosis kinetics via simultaneous whole cell patch clamping and amperometry. • Performed signal processing, model fitting, and analysis of time-series amperometric signals.

Student Assistant / February, 2019September, 2019

Explored the relationship between audio stimuli and EEG neural responses using Granger causality on time-series data.

Doctoral Research Assistant / September, 2016August, 2017

• Characterized neurophysiological effects of using CRISPR / Cas9 to attenuate the pathogenic pathway in Alzheimer’s Disease (published).

Research Expertise
Computational Biology
Quantitative Fluorescence Microscopy
Expansion Microscopy
Image Processing
Cell Biology
About
I am a PhD in Biophysics with over 11 years of research experience applying math, physics, and computation towards biological data to drive research strategies and decisions. I specialize in quantitative fluorescence microscopy, super-resolution imaging, image processing & analysis, and computational modeling & simulation for hypothesis testing.

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Jenya Antonova

16 Years Experience
Independent Health Economist with deep expertise in PRO and COA, fusing a passion for winning strategies with a track record of award-winning research excellence
Education

University of Wisconsin–Madison

Ph.D., Health system engineering / June, 2008

Madison, Wisconsin, United States of America

University of Wisconsin–Madison

M.S., Health Services Research / June, 2006

Madison, Wisconsin, United States of America

University of Wisconsin–Madison

M.S., Industrial and system engineering / June, 2005

Madison, Wisconsin, United States of America
Research Expertise
Pharmaceutical Science
Health Policy
Pharmacy
Dermatology
Immunology and Allergy
And 15 more
About
As an independent health economist, I am opening my schedule to new projects and partnerships. Contact me if you need expert support with patient-reported outcomes (PROs), clinical outcome assessment (COA), or health economics and outcomes research (HEOR). #OpenToWork   My clients hire me for my strategic acumen, organizational agility, holistic vision, and scientific excellence in project execution. Here's a snapshot of areas where I've had the privilege to make an impact:   **HEOR Strategic Acumen:** Tailored value propositions, access strategies, and evidence generation plans that resonate with payers, regulators, policymakers, healthcare providers, and patients.   **PRO & COA Strategic and Tactical Support**: Maximized the value of products through robust and comprehensive PRO and COA strategy for regulatory, HTA, and publication purposes; supported regulatory communications; demonstrated excellence in the execution of PRO and COA dossiers, statistical analysis plans, clinical study reports, and publications.   **Literature Reviews**: Executed targeted (quick and clean) and systematic literature reviews that deliver insights that drive strategy.   **In-House Support and Collaborative Leadership**: Provided strategic in-house tactical support and adeptly steered cross-functional collaboration within matrix organizations, leading to unified progress and shared victories.

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Cassandra Lew, PhD

10 Years Experience
Collaborative research scientist with 9 years of research experience spanning microbiology, biochemistry, analytical chemistry, and pharmaceutical science and 7 publications, including 2 first author publications, in peer-reviewed journals.
Education

University of Wisconsin–Madison

PhD, Pharmaceutical Science / June, 2022

Madison, Wisconsin, United States of America
Experience

University of Wisconsin- Madison

Graduate Researcher / September, 2017June, 2022

Characterized the phenotypic and proteomic response of clinically-derived multi-drug resistant Staphylococcus aureus to beta-lactam antibiotics to optimize antibiotic combination therapies.

Research Expertise
Infectious Diseases
Pharmacology (medical)
Pharmacology
Parasitology
Virology
And 8 more
About
Cassandra Lew, PhD, is a highly motivated and dedicated researcher with a passion for pharmaceutical science. She received her BSc in Chemistry from Oregon State University in 2017 before pursuing her PhD in Pharmaceutical Science at the University of Wisconsin–Madison, which she completed in 2022. Throughout her academic career, Cassandra has gained extensive experience in research, holding positions as a graduate researcher at University of Wisconsin-Madison and an undergraduate researcher at Oregon State University. She has also participated in the DAAD RISE fellowship program at the Leibniz Institute for Natural Product Research and Infection Biology in Germany. In addition to her research experience, Cassandra has also worked as an academic editor at American Journal Experts, where she gained valuable skills in scientific writing and communication. Cassandra’s research interests include microbiology, infectious diseases, drug discovery and development, and sustainability. She is committed to using her knowledge and skills to contribute to the advancement of pharmaceutical science and improve patient outcomes.

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Rodolfo Aramayo

41 Years Experience
Associate Professor of Biology, Genetics and Genomics at Texas A&M University
Experience

University of Wisconsin Madison

Assistant Researcher / 19931996

Research Assistant / 19921993

Research Expertise
Genetics
Molecular Biology
Biotechnology
About
I am a Molecular Geneticist and an expert Molecular Biologists that has formal training and extensive experience in molecular cloning, strain construction (both prokaryotic and eukaryotic), DNA, RNA, and protein purification and characterization. I have a deep understanding of the different processes associated with protein/metabolites production and strains engineering. I am a natural troubleshooter that knows how to find simple solutions to complex problems. I am a natural engineer that understands the intricacies associated with molecular techniques. As a consultant for Industry, I have acquired extensive experience designing industry-related experiments and evaluating results. As a principal investigator, I have been in charge of an active research group and maintained a complex interdisciplinary active laboratory for many years, oriented at both constructing strain and performing detailed molecular characterization at the DNA, RNA and protein levels. I am naturally meticulous and pay special attention to details. This has the benefit of being able to maintain consistency throughout different experimental protocols and to be able to detect subtle experimental behaviors. This academic foundation seamlessly merged with my innate affinity for computers, shaping me into a unique hybrid: a Classical Geneticist and Molecular Biologist with a profound mastery of Computational Genomics and Data Sciences at large. My expertise also extends to developing intricate bioinformatic pipelines tailored for the human genome, characterized by meticulous attention to detail. As a natural engineer, my forte lies in crafting algorithms that adeptly convert intricate biological and genomics data into digital formats, facilitating their seamless integration with Machine Learning and Artificial Intelligence algorithms. I excel at deciphering complexity, translating innovative concepts into reproducible, practical algorithms, and scripting intricate tasks. My proficiency encompasses not only mastery of unix/linux operational systems and their interaction with other computers and Supercomputers, but also my ability to deploy and administer complex web-based computational tools. I am proficient at using version control systems, like Git, using interfaces like github, and gitlab. Moreover, my skill set also includes comprehensive expertise in diverse areas such as Next-Generation Sequencing data analysis, Genome Assembly, and Transcriptome Assembly and Quantification. I have a proven track record of overseeing the successful implementation of advanced Bioinformatics packages and software, across a spectrum of computing platforms. Recently, I have completed an important Industry-related Bioinformatics project aimed at detecting how the expression of Ribosomal proteins affect Human protein production in large scale fermentation processes. My commitment to information sharing has endowed me with substantial experience in elucidating complex concepts to individuals uninitiated in the fields of Genomics and/or Data Sciences, a skill honed over years of teaching and developing teaching tools and materials. My unwavering belief in the primacy of teamwork is the cornerstone of my professional ethos. Throughout my career, I have championed collaboration and nurtured environments conducive to growth. As a Principal Investigator, I have finely tuned my leadership acumen by guiding teams of both undergraduate and graduate students, empowering them to translate their research concepts into well designed experiments, functional code and rigorous testing and verification. I firmly acknowledge that the triumph of any venture hinges upon the collective strength of the team. In summary, I am a highly imaginative professional with an extensive interdisciplinary background. My expertise spans Genetics, the art of molecular manipulation of organisms’ genomes. In addition, I am also proficient in translating complex algorithms into code. My role as a Principal Investigator has empowered me with the capacity to adeptly oversee and mentor teams of budding academics, aiding them in translating their ideas into functional deliverables. Moreover, my immersion in the industry as a consultant has sharpened my aptitude for discerning priorities.

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Jennifer Gagne

25 Years Experience
Dedicated, Hardworking and Experienced Biotech Scientist and Group Leader
Education

University of Wisconsin–Madison

Ph.D., Cellular and Molecular Biology / November, 2004

Madison, Wisconsin, United States of America
Experience

University of Wisconsin-Madison

Graduate Research Assistant / August, 1999February, 2005

- Designed and performed research that revealed key insights into the ubiquitin pathway. - Authored multiple highly cited articles. - Employed techniques including yeast two-hybrid, bioinformatics, mRNA expression analysis, and reverse genetics. - Served as graduate teaching assistant for introductory biology. - Supervised and advised one rotating graduate student and two undergraduate students.

University of Wisconsin-Madison

Associate Scientist / July, 2013April, 2015

- Developed novel transformation systems for non-traditional yeasts. - Served as Entrepreneurial Lead for NSF I-Corps team. - Evaluated commercialization potential of bioconversion technologies. - Analyzed product/market fit, which included conducting over 150 customer interviews. - Implemented Lean Startup methodologies. - Presented findings to scientific, business, and investment leaders.

Research Expertise
Cell Biology
Plant Science
Biochemistry
Molecular Biology
About
Experienced and hardworking senior scientist offering the following skills and abilities:               -  Research program design, execution, management, and analysis of results.               -  Excellent critical thinking, time management, troubleshooting, and public speaking skills.               -  Experience in most areas of molecular biology and biochemistry.               -  Product development and market research.               -  Personnel hiring, management, and team building.               -  Scientific writing (patents, manuscripts, grants, and reports).               -  Presentation of research programs and products to investors, collaborators, and clients.               -  Budget forecasting and administration.               -  Price and contract negotiation.

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Billy Erazo

8 Years Experience
Microbiologist | Business Strategy | Entrepreneurial Scientist
Education

University of Wisconsin-Madison

Doctor of Philosophy - PhD, Cellular and Molecular Pathology / July, 2025 (anticipated)

Experience

University of Wisconsin-Madison

Graduate Research Assistant / January, 2021Present

Researched host-pathogen interactions in Toxoplasma gondii, uncovering the role of programmed cell death in macrophages as a potential mechanism to control parasite replication, contributing to novel therapeutic approaches for infectious diseases. Principal Investigator: Laura Knoll, PhD.

About
Billy Erazo is a highly educated and experienced professional in the field of cellular and molecular pathology. He earned his Doctor of Philosophy (PhD) in Cellular and Molecular Pathology from the University of Wisconsin-Madison in 2025. Before that, he completed his Post Baccalaureate in Biological and Biomedical Sciences from the University of Washington in 2020. Prior to that, he obtained his Bachelor's degree in Industrial Microbiology from the Universidad de Puerto Rico in 2019. Throughout his academic career, Billy has gained extensive research experience through various internships and research assistant positions. He has worked as a Consultant at WiSolve Consulting Group, Graduate Research Assistant at University of Wisconsin-Madison, Post-baccalaureate at University of Washington - School of Medicine, Food Microbiology Research Intern at Universidad de Puerto Rico, Extremophiles Laboratory Research Intern at Universidad de Puerto Rico, and Food Science Summer Scholar at Cornell University College of Agriculture and Life Sciences. Billy's strong academic background and practical experience have allowed him to develop a deep understanding of cellular and molecular pathology and its applications in the field of medicine. He is dedicated to using his knowledge and skills to contribute to the advancement of this field and improve patient outcomes.

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Justin Williams

7 Years Experience
This experienced professional has a strong background in public health, with a focus on epidemiology and biostatistics.
Experience

University of Wisconsin

Postdoctoral Fellow / September, 2022June, 2023

• Developed manuscripts for publication. • Data Manager for complex planning projects based on population, such as the ARTCHESS project; a team project utilized to collect, decode, clean, and distribute data for fiscal impact, geographic area, public involvement and social impact. • Develop K-grant for tenure-(T-32) level position at tear-1, research institute.

Doctoral Graduate Assistant / October, 2017April, 2022

• Leverage knowledge as a subject matter expert in epidemiology to interpreting rules, regulations, policies and standards to direct and lead holistic tutorials for Master and Doctoral students: in Epidemiology, Biostatistics, GIS and SAS coding to 20+ students. • Developed in-depth proficiency with computer software, including Microsoft Word, Excel, Power Point and Outlook to perform and complete all assigned tasks on time. • Drew upon personal research/knowledge during academic journey to conduct master’s level lectures (Random Error, STDs).

Health Disparities Epidemiology Doctoral Fellow / May, 2021November, 2021

• Delivered comprehensive mentoring session to 6+ undergraduate health-equity summer scholars (HESSP). • Reviewed manuscripts for any textual errors prior to submission for publication. • Diligently attended and participated in all lectures, trainings and seminars as scheduled during the six-month program. • Collated and presented findings to scientific and non-scientific audiences both within and outside of Nemours. • Participated in group or individual rounding focused on personal/professional development.

Research Expertise
Health Policy
Anthropology
Sociology and Political Science
Health (social science)
Public Health, Environmental and Occupational Health
About
My primary focus of research for my doctoral dissertation involved how the criminal justice system was a direct influence on the incidence of HIV infection among the African American community.  With the findings I was able to ascertain, I have been stead-fast in publishing peer-reviewed articles and establishing programs that will raise awareness to the epidemic of mass-incarceration for ways to curtail its disproportionate contribution of HIV among underserved populations.  During my tenure as a Post-Doctoral Fellow at the University of Wisconsin-Madison, myself and a selected few were determined to initiating a “National Expungement Program” for the entire state of Wisconsin.  I was also actively seeking collaborations and partnerships with organizations such as the Urban League (Greater Madison) in order to further spread awareness of how detrimental the criminal justice system is to working against diversity, equity and inclusion.  Thus, if selected to your program I plan to continue my quest to eliminate the proportion of HIV that is contributed through mass-incarceration and work diligently to help underserved communities obtain a better quality of life.

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Jason Morgan, Ph. D.

25 Years Experience
Product and Packaging Development Director at Georgia Pacific LLC
Education

University of Wisconsin–Madison

Ph.D., Physical Chemistry / December, 2000

Madison, Wisconsin, United States of America
About
Jason Morgan is a highly experienced and knowledgeable scientist in the field of physical chemistry. He received his Ph.D. in Physical Chemistry from University of Wisconsin–Madison in 2000, where he focused on the study of surface and interface properties of materials. After completing his degree, he joined Eastman Kodak as a Materials Development Scientist, where he worked on developing new materials for various applications, including imaging and printing. He then moved on to become a Senior Product Development Scientist at Appvion, where he was responsible for developing and optimizing paper coatings for a variety of commercial and industrial uses. In 2016, Jason became the Product Development Director at Georgia Pacific LLC, where he oversaw the development of new products and processes for the company's paper and packaging divisions. During his time at Georgia Pacific, he also led a team of scientists and engineers in developing a new, sustainable paper product that received multiple industry awards. With over 20 years of experience in materials and product development, Jason has a deep understanding of the complexities of physical chemistry and its applications in various industries. He is known for his innovative thinking, problem-solving skills, and ability to lead cross-functional teams to successful new product launches. Jason is also a published author and has presented his research at numerous conferences and symposiums. In his free time, Jason enjoys hiking, photography, and spending time with his family. He is also an avid reader and enjoys keeping up with the latest advancements in science, chemistry and related fields. He is passionate about using his knowledge and expertise to contribute to the advancement of science and technology.

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