Amanda Bendia

Life Sciences

Despite growing up amidst the urban landscape of a bustling metropolis, Amanda Bendia never allowed the confines of city life to limit her boundless imagination. Since childhood, she has explored deep questions and sought to recreate exotic realms: lush forests, underwater caves, and the surface of distant planets. This innate curiosity led her to a career in science, where she continues to explore these questions.

Amanda’s academic background includes a degree in biological sciences from the University of Vale do Itajaí, a master’s in biophysics from the Federal University of Rio de Janeiro, and a PhD in microbiology from the University of São Paulo.  She is a lecturer at the USP Oceanographic Institute and directs the Marine Extremophiles Laboratory. Her research delves into the world of extremophiles – organisms that thrive in the harshest environments. Using cutting-edge DNA recovery techniques, Amanda studies extremophile archaea in the deep sea and caves of Brazil.

While her scientific journey has taken her to Antarctica, the depths of the ocean, and even remote caves, Amanda has recently embarked on her most profound adventure yet: motherhood.

Open Calls

Science Call 7

Projects

Could the depths of Brazil's terrestrial and marine subsurfaces hold clues to the origin of complex life and the potential for life beyond Earth?
Science / Life Sciences

Scientists have long been fascinated by life in extreme environments. Understanding how organisms thrive in the most inhospitable conditions on Earth offers invaluable insights into life’s resilience and evolutionary potential. The subsurface—the realm beneath the ocean floor and within terrestrial caves—represents a vast and largely unexplored frontier in the search for the limits of life.  A surprising diversity of life persists here, especially archaea, ancient single-celled organisms. This project focuses on the extremophilic archaea that thrive in Brazil’s deep seafloor and caves. By recovering and analyzing their DNA, we aim to unravel their unique adaptations and evolutionary history, including the emergence of eukaryotes and new adaptations to survive in extreme conditions. Perhaps this could help us search for life on the oceanic worlds of our solar system.

Amount invested

Grant Serrapilheira: R$ 600.000,00 (R$450.000,00 + R$ 150.000,00 optional bonuses aimed at the integration and training of individuals from underrepresented groups in science)
R$ 10.000,00 (maternity grant)
  • Topics
  • Ocean