1.Recently, an increasing amount of research has been conducted to characterize microbial communities in suppressive soils. What techniques have been used to determine who is there and what they are doing? What has this new information revealed about microbiome functions?
2. How do differences in plant genotype and soil influence microbiome composition? What are the implications for farmers and breeders in next-generation agriculture?
3. Compare and contrast plant symbioses formed with mycorrhizae and nitrogen fixing bacteria. In your answer, define the common Nod pathway.
2.) Plant genotype and soil influences microbiome composition in which the genetic makeup of the plants are mainly based on the genes which are constructed on the basis of their expression traits and they readily synthesize a regulatory enzymes needed by the host cells and the microbiome composition mainly stick on to the regulation of the plant enzymes which are mainly needed for the survival purpose.
The implications of farmers and breeders in next generation agriculture is that they must follow the recombinant crops or genetically modified crops for the better yield and microbiome composition
3.)plant and bacteria have a mutual relationship that is symbiotic relationship in which mycorrhizae and plants have,plants give shelter to that wheras bacteria provide nitrogen which is helpful in nitrogen cycle.
Nod is a receptor which are presented on the plants surface cell mainly helpful in stress conditions.
1.Recently, an increasing amount of research has been conducted to characterize microbial communities in suppressive soils....