Table 2.

Potential of gene editing tools for enhancing the phytomicrobiome interactions

Gene editing Tools	Traits present	Application	References
Cpf1 (gene replacement, gene knock-out, multiplex GE) and Cas9	Metabolic engineering	Exploration the metabolome pathways of novel plant	[51]
Cpf1 (gene replacement, gene knock-out, multiplex GE) and Cas9	Signaling molecules helps in Improvement of stress resistance	Enhances nutrients uptake	[52]
Cpf1 (gene replacement, gene knock in/out,) and Cas9	Improves nodulation in non-leguminous plants	Nutrient uptake and plant growth promotion	[52]
RNA editing tool and Cas13	In plant disease resistance	Identify pathogens	[53]
Base editing, Cpf1 (gene replacement, gene knock-out, multiplex GE) and Cas9	In plant disease resistance	Plant disease resistance against pest	[53]
EvolvR	Phytomicrobiome interactions	In allele generation	[54]
Lineage tracing and Genotyping	Phytomicrobiome interactions	In identification of genes that involves in phytomicrobiome interactions	[55]