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Each microbe has its own set of genes, which can interact with those in the human body by exchanging molecular signals.
Landraces contains useful genes which can be tapped to advance breeding programmes.
HLA and TCR are the candidate genes, which can influence the specificity of these responses.
These analyses clarified a large number of stress-responsive genes, which can be divided into two groups.
Transcriptome analysis showed that many isolated strains exhibit simultaneous repression of genes which can suppress the growth defect.
These high throughput techniques knock out specific genes, which can reveal what the silenced gene normally does.
The gene expression data can be utilized to specifically select particular genes which can potentially function synergistically for enhancing the yield while maintaining the source-sink balance.
To achieve this objective via breeding or transgenic approaches, it is often necessary to select such genes which can function in a combinatorial fashion.
More exotic species with certain seed oil qualities serve as rich resources for novel genes which can be easily explored in expressed sequence tag experiments of moderate scale.
In this review, we have updated on mechanisms and genes which can help in transferring of the salt tolerance into high-yielding rice varieties.
We describe strategies for inducible gene disruption to generate acute knockouts of essential cell division genes, which can be modified for the chronic elimination of nonessential genes.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com