BIOVISUAL LAB
D. Agriculture Biotechnology
Agriculture Biotechnology. Transgenic plants, molecular approaches to diagnosis and strain identification; genomics and its application to agriculture, development of ESTs, molecular markers for plant genotyping and germplasm analysis, marker assisted breeding for various traits, foreground and background selection, gene introgression and pyramiding, non-gel based techniques for plant genotyping, impact of GE crops on biodiversity; tissue and cell culture methods in plants, plantibodies
S13 - D
D. Agriculture Biotechnology
Agriculture Biotechnology. Transgenic plants, molecular approaches to diagnosis and strain identification; genomics and its application to agriculture, development of ESTs, molecular markers for plant genotyping and germplasm analysis, marker assisted breeding for various traits, foreground and background selection, gene introgression and pyramiding, non-gel based techniques for plant genotyping, impact of GE crops on biodiversity; tissue and cell culture methods in plants, plantibodies
Topic Content
Interactive learning modules for each subtopic.
Transgenic plants, molecular approaches to diagnosis and strain identification
- Transgenic plants
- molecular approaches to diagnosis and strain identification
genomics and its application to agriculture, development of ESTs, molecular markers for plant genotyping and germplasm analysis, marker assisted breeding for various traits, foreground and background selection, gene introgression and pyramiding, non-gel based techniques for plant genotyping, impact of GE crops on biodiversity
- genomics and its application to agriculture
- development of ESTs
- molecular markers for plant genotyping and germplasm analysis
- +5 more concepts...
tissue and cell culture methods in plants, plantibodies
- tissue and cell culture methods in plants
- plantibodies
Continue Learning
← Back to Advances in Biotechnology
View all topics in this subject
Next Topic
Coming soon - sequential navigation