Research Interests
Marcia David-Palma holds a degree in Biochemistry, a Master’s in Applied Microbiology, and a PhD in Biology with a specialization in Molecular Genetics from the Universidade Nova de Lisboa, Portugal. Her doctoral research provided key insights into the life cycle of the carotenoid-producing basidiomycete Phaffia rhodozyma.
Currently a Senior Research Associate at Duke University, Dr. David-Palma investigates the molecular characterization and evolutionary dynamics of reproductive systems in basidiomycete fungi, with a focus on species from the genera Cryptococcus, Kwoniella, and Malassezia. Her research also explores molecular pathways involved in the development of fungal pathogenicity in humans, as well as the ecological and evolutionary processes driving fungal biodiversity.
Currently a Senior Research Associate at Duke University, Dr. David-Palma investigates the molecular characterization and evolutionary dynamics of reproductive systems in basidiomycete fungi, with a focus on species from the genera Cryptococcus, Kwoniella, and Malassezia. Her research also explores molecular pathways involved in the development of fungal pathogenicity in humans, as well as the ecological and evolutionary processes driving fungal biodiversity.
Selected Grants
Impact of RNAi and unisexual reproduction on Cryptococcus evolution, drug resistance, and pathogenesis
ResearchSenior Research Associate · Awarded by National Institute of Allergy and Infectious Diseases · 1997 - 2026Malassezia and Candida auris: skin microbiome dysbiosis and de-regulation of cutaneous homeostasis
ResearchResearch Associate · Awarded by National Institute of Allergy and Infectious Diseases · 2023 - 2026Structure, function, and evolution of the Cryptococcus MAT locus
ResearchPostdoctoral Associate · Awarded by National Institute of Allergy and Infectious Diseases · 2002 - 2025Fellowships, Gifts, and Supported Research
Cryptococcus in Africa: exploring diversity, host associations, and evolution of pathogenicity ·
February 1, 2025
- December 31, 2026
Awarded by: CIFAR Catalyst Fund
Comparative genomic analysis reveals karyotype evolution resulting in giant fungal chromosomes ·
December 2022
- June 2024
Awarded by: CIFAR Catalyst Fund