| [Image: Gene image] |
| [Image: Photo of rice field] |
| [Image: Photograph of rice stalk] |
Objective 1: Development of biomedical products in plants
Progress:
- Rapid and efficient transfer method of modified genes developed in rice and sugarcane
- Field testing of transgenic sugarcane containing marker genes
- Improved antimicrobial peptides designed utilizing in silico mutagenesis based on molecular dynamics simulations (more... )
Objective 2: Development of herbicide-resistant rice
Progress:
- Transgenic rice developed that is resistant to glufosinate herbicide
- Transgenic herbicide-resistant rice helps control noxious weeds, produces higher grain yields than conventional rice, reduces soil erosion and minimizes applications of insecticides
Objective 3: Development of disease-resistant crops
Progress:
- Transgenic rice showed increased tolerance to fungal attack under field conditions
- Antimicrobial peptides identified that inhibit in vitro growth of fungal pathogen
- Utility of antifungal peptides for disease control is being evaluated in transgenic Arabidopsis (more... )
Division of
PLANT SCIENCES
LSU AgCenter Biotechnology Laboratory
Louisiana State University