Share

vCard

Hassani Hussein Karemera

  • Ph.D. Student
  • Advised by: Dr. Gretchen Kuldau
Hassani Hussein Karemera
301 Buckhout Lab
University Park, PA 16802
Email:
Work Phone: 814-863-1932
Fax: 814-863-7217

Areas of Expertise

  • Phylogenetics of Pinus ponderosa using plastid SSR and Mitochondrial DNA

Education

  1. B.A., Biochemistry Molecular Biology, Hendrix College

Areas of Study

  • Mycotoxicology
  • Maize production
  • Indigenous agricultural knowledge of African farmers
  • Gender roles in African rural agriculture
  • Fusarium taxonomy in Africa
  • Fusarium verticillioides
  • Roles and production of fumonisin
  • Host-pathogen interaction
  • International agriculture and development

Research Interests

Toxigenic fungi and mycotoxins are largely responsible for reduced crop quality and food contamination that have affects human and animal health. Fusarium vertillioides is a soil-borne fungus of cereals that produces fumonisin. All around the world F. vertillioides is associated with Fusarium ear rot of corn. Due to the limited understanding of the fungus around the world, less developed countries are prone to the next mycotoxicosis outbreak. Given the host range and favorable climatic conditions in most parts of the world the fungal infestation may pose great danger to human and animal life leading to devastating food contamination and insecurity.

My research combines international agriculture and development to investigate F. vertillioides

populations in Africa-Rwanda and the underlying biochemistry and genetics of fumonisin production and crop fungal contamination. We also look to investigate the indigenous agricultural knowledge used to combat fungal infestations and how they relate to the gender roles and contributions to ensuring food security in developing country.

Publications

Willyard A, Gernandt DS, Potter K, Hipkins V, Marquardt P, Mahalovich MF, Langer SK, Telewski FW, Cooper B, Douglas C, Finch K, Karemera HH, Lefler J, Lea P, Wofford A. 2017. Pinus ponderosa: a checkered past obscured four species. American Journal of Botany 104:161-181.