Vânia Pankievicz

Life Sciences

Biologist Vania Pankievicz holds an undergraduate degree in biological sciences from the University of Brasilia and advanced degrees in biochemistry from the Federal University of Paraná. She currently conducts research on plant absorption of nitrogen. Her work could potentially enhance the efficiency of absorption of this crucial yet scarce element. After completing two post-doctoral fellowships at the Federal University of Paraná, she pursued a third post-doc at the University of Wisconsin in the United States.

In addition to her academic pursuits, Pankievicz is the co-founder of GoGenetic, a biotechnology firm incubated at the Federal University of Paraná. When she’s not immersed in research, she enjoys a routine that includes savoring copious amounts of coffee and baking cakes with her daughter, Helena. She also prefers to navigate her city on her bicycle, her favored mode of transportation.


Exploring the Microbiome’s Role in Nitrogen Cycling in Sustainable Soils: A Study Integrating DNA Sequencing and 15N Stable Isotope Analysis
Life Sciences

How does biological nitrogen (N) fixation enhance grain crops? Nitrogen (N2), a vital building block of proteins and DNA, is abundant in the atmosphere (78%). However, plants can only access limited reserves of inorganic nitrogen in the soil, primarily nitrate and ammonium. There are three primary sources of this nutrient. The first is cyclical and natural, where plants reuse N from the organic compounds of decomposing organisms. The second, and most detrimental, is the application of fertilizers to agricultural crops. The third, which is the focus of our study, is biological fixation. In this process, bacteria convert N2 into ammonium. Bacteria have been fixing atmospheric nitrogen for hundreds of millions of years, contributing significantly to the nitrogen input in natural systems. These bacteria capture the gas, attach to plant roots, and fix the N, transforming it into a form the plant can use, promoting plant growth. In our project, we aim to compare the microbial activity in corn crops with that of native Atlantic rainforest fields. Little is known about how these plants absorb this N. We intend to determine if there are fixing microorganisms and quantify how much of this N is actually utilized by the plant. The answers to these questions could potentially contribute to the biological fertilization of these crops in the future, similar to what is currently done with soybeans.

Amount invested

R$ 100,000.00

Open Calls

Chamada 3
  • Topics
  • Bacteria
  • Grain crops
  • Nigrogen