April Wynn
Assistant Professor University of Mary Washington
- Fredericksburg VA
Dr. Wynn is a plant geneticist and is interested in examining the intersection of genetic regulatory networks for seed and flower formation.
University of Mary Washington
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Media
Social
Biography
Areas of Expertise
Accomplishments
Outstanding Young Faculty Member Award
2020-01-01
UMW Alumni Association
Outstanding Teaching Apprentice
2012-01-01
NCSU Genetics Department
Outstanding Teaching Apprentice
2011-01-01
NCSU Genetics Department
Best Presentation Award
2011-01-01
Genetics Graduate Student Association Symposium
Education
North Carolina State University
Ph.D.
Genetics
2013
Texas A&M University
M.Sc.
Student Affairs Administration in Higher Education
2006
McMurry University
B.Sc.
Natural Sciences
2004
Affiliations
- American Society of Plant Biologists
- Virginia Academy of Science
Media Appearances
Common Experience Encourages Critical Thinking, Connections
University of Mary Washington - UMW Voice online
2021-08-25
“We hope to challenge them to think about the material in new ways, learn about themselves and connect with their classmates,” said Assistant Professor of Biology April Wynn. As the First-Year Experience director, she oversees a variety of initiatives, including first-year seminars, living and learning communities, and peer mentorships, all designed to help freshmen successfully transition to life at Mary Washington.
Podcasts on UMW Activism Spell ‘Good Trouble’ for Students
University of Mary Washington - UMW Voice
2020-09-09
We think of Lewis as a man of “so much conviction, power and strength,” said First-Year Experience Director April Wynn. But Lewis was also nervous when he started out. “We want our students to see themselves in him and know they have the capacity for great things, even now during a time of turmoil and unrest.” Civility and political action was originally this year’s chosen theme, Wynn added.
Professors Pool Resources to Focus on ‘Compelling Courses’
University of Mary Washington - UMW Voice
2020-08-05
To teach mitosis, April Wynn has students in her class act out the process, portraying chromosomes that divide into nuclei. The assistant professor of biological sciences hopes to replicate lively exercises like this – but virtually – in the fall.
Wynn Named Faculty Director of the First Year Experience
UMW - Eagle Eye
2019-03-20
Dr. April Wynn has accepted the position of Faculty Director of the First Year Experience. Dr. Wynn is an Assistant Professor in the Department of Biological Sciences and the MWCF Herbarium Coordinator, having joined the UMW faculty in 2015. She is the chair of the First-Year Seminar Committee and serves as a Faculty Fellow in the Office of Academic Services.
Wynn Publishes Work on Student Misconceptions about Plants
UMW - Eagle Eye
2017-05-04
Assistant Professor of Biology April Wynn and colleagues had a recent paper published in the Journal of Microbiology & Biology Education. The paper is a meta-analysis of the misconceptions that students of all levels hold about plants biology. The goal of this work is to be a resource for instructors to identify misconceptions in order to focus on enriching the education in these areas of plant biology.
Articles
Ethylene involvement in the regulation of the H+-ATPase CsHA1 gene and of the new isolated ferric reductase CsFRO1 and iron transporter CsIRT1 genes in cucumber plants
Plant Physiology and BiochemistryIn previous works using ethylene inhibitors and precursors, it has been shown that ethylene participates in the regulation of several Fe deficiency stress responses by Strategy I plants, such as enhanced ferric reductase activity, rhizosphere acidification and subapical root hair development. Furthermore, recent evidence suggests that ethylene could regulate the expression of both the ferric reductase and the iron transporter genes of Strategy I plants by affecting the FER (or FER-like) transcription factor.
Novel functional roles for PERIANTHIA and SEUSS during floral organ identity specification, floral meristem termination, and gynoecial development
Frontiers in Plant ScienceThe gynoecium is the female reproductive structure of angiosperm flowers. In Arabidopsis thaliana the gynoecium is composed of two carpels that are fused into a tube-like structure. As the gynoecial primordium arises from the floral meristem, a specialized meristematic structure, the carpel margin meristem (CMM), develops from portions of the medial gynoecial domain.
Transcriptomic Characterization of a Synergistic Genetic Interaction during Carpel Margin Meristem Development in Arabidopsis thaliana
PLOS ONEIn flowering plants the gynoecium is the female reproductive structure. In Arabidopsis thaliana ovules initiate within the developing gynoecium from meristematic tissue located along the margins of the floral carpels. When fertilized the ovules will develop into seeds. SEUSS (SEU) and AINTEGUMENTA (ANT) encode transcriptional regulators that are critical for the proper formation of ovules from the carpel margin meristem (CMM).
Student Misconceptions about Plants – A First Step in Building a Teaching Resource
Journal of Microbiology & Biology EducationPlants are ubiquitous and found in virtually every ecosystem on Earth, but their biology is often poorly understood, and inaccurate ideas about how plants grow and function abound. Many articles have been published documenting student misconceptions about photosynthesis and respiration, but there are substantially fewer on such topics as plant cell structure and growth; plant genetics, evolution, and classification; plant physiology (beyond energy relations); and plant ecology.
The Arabidopsis thaliana GRF-INTERACTING FACTOR gene family plays an essential role in control of male and female reproductive development
Developmental BiologyReproductive success of angiosperms relies on the precise development of the gynoecium and the anther, because their primary function is to bear and to nurture the embryo sac/female gametophyte and pollen, in which the egg and sperm cells, respectively, are generated. It has been known that the GRF-INTERACTING FACTOR (GIF) transcription co-activator family of Arabidopsis thaliana (Arabidopsis) consists of three members and acts as a positive regulator of cell proliferation.
