Vol. 3 No. 12 (2021): Volume03 Issue12

Now is the time to seek and introduce new effective microbiological and biotechnological technologies in agriculture to obtain high and environmentally friendly yields from plants that do not adversely affect human and animal health and nature in general. Therefore, in fast and sustainable agriculture, there is a need to gradually use environmentally friendly biological fertilizers that do not harm the environment, create and use biologically pure drugs based on energy microorganisms, and produce high yields from agricultural crops.

When plants are inoculated with endophytic bacteria, a significant reduction in the harmful effects of pathogenic bacteria and fungi, insects and nematodes has been found [1,4-5]. In particular, endophytic bacteria isolated from medicinal plants form an integral part of their life cycle within plants, biocontrol phytopathogens and reduce their adverse effects [1,6]. Accordingly, one of the medicinal plants, Melissa officinalis endophytic bacteria, was isolated and their morphological-cultural properties were determined as the main goal of the study.

One subsidiary (Param-A) of a water-solvent compound of 2-methyl-1,4-naphthoquinone has been financially sent off to actuate obstruction against Panama sickness in bananas, brought about by Fusarium oxysporum f. sp. cubense. This paper gives an account of a drawn out try to check the enhancements that Param-A can give in horrible banana culture conditions, for example, those of an estate truly impacted by Panama illness and in a dirt with lacking seepage and high saltiness. The outcomes exhibited that Param-A showers diminished sickness event and postponed indication appearance altogether. Showers of Param-A like clockwork abbreviated the time from plant blooming to natural product cutting, and brought about fundamentally more significant returns.