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Given the chequered history of NOS studies in plants, the sources of NOS-like activity in plants and why arginine-based inhibitors are effective in plants need resolving.
Enhancers that are effective in plants have been isolated from genes of plants as well as from genes of viruses and bacteria that infect plants.
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Since there is a lack of genetic resources for the species, so it is crucial to unravel the population dynamics which will be very effective in plant improvement and conservation strategies.
Zinc finger nucleases (ZFNs) and transcriptional activator-like effector nucleases (TALENs) have proven to be effective in plant-targeted genome editing (Chen and Gao [2013]; Li et al. [2012]; Shan et al. [2013a]; Zhang et al. [2013]); however, a simple, affordable, and high-throughput method is still needed.
While RNAi has been effective in plant parasitic nematodes, the results in human and animal parasitic nematodes have been variable (Maule et al. 2011).
Indeed, therapeutic protein production is safe and extremely cost-effective in plants.
A sorbent, like activated carbon, can remove mercury, but dried sorbent injection systems are more cost-effective in plants that burn low-sulfur coal.
This could easily explain in this case why gene-for-gene resistance driven by these genes was effective in adult plants but not in juvenile plants.
RNA interference is also an effective defence in plants.
However, as an inducer of resistance to PVX, SA was markedly more effective in these plants than in non-transgenic or Aox-transgenic plants, with virus accumulation decreased to barely detectable levels.
The gene-editing tool CRISPR appears to be effective in developing plants resistant to a virus that is destroying banana crops globally.
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