2 research outputs found
Potential of abiotic stress resistance in plants induced by melatonin
Biotechnology is a perfect way to
improve crop production by enhancing its
capacity to be resistant to abiotic stress. Abiotic
stresses have a detrimental effect on crop
plants which contribute to plant efficiency and
productivity declines. All of the abiotic stresses
induce an enhanced development of reactive
oxygen species (ROS). Specific abiotic stresses
hinder the growth of plants by various pathways
but both because ROS rates rise and conflict
with homeostasis of ROS. Melatonin can
improve the economy by improving crop
production and raising the possibility of abiotic
stress management. It shows the different roles
of melatonin in a plant system, which can be
helpful in enhancing environmentally friendly
crop development and maintaining nutritional
security that can impact social life. Another
crucially significant factor is the development of
melatonin-rich food crops such as rice, fruits
and vegetables by mixing conventional and
modern breeding approaches. This method is
an improvement in plant tolerance to biotic and
abiotic stress that can lead to improved crop
yields, and the nutritional added benefit of
foods for solving food safety problems
Production of perfume for sinusitis from clove oil by extraction using steam distillation method
Essential oils are part of the aromatherapy agent to treat some diseases [1]. Essential oils are extracted from the flowers, barks, stem, leaves, roots, fruits and other parts of the plant by various methods. But some of the people do have a respiratory system problem that is an allergy to the smell from perfume [2]