Advancing the Production and Health benefits of Aloe Barbadensis Miller Through Biotechnology Enabled Integration of Pathology and Breeding Approaches

Abstract

For generations, individuals have utilized aloe vera for its medical, skin-care, and aesthetic qualities. The most widely used aloe plant in Africa is Asfodelaceas Miller, another name for the plant. Although it is grown anywhere, warm, dry areas are ideal for it. Worldwide research and verification have been conducted on its biochemical properties. Regression analysis, ANOVA, and correlation coefficients were utilized to the data in order to improve the manufacturing and medicinal benefits of aloe barbadensis miller through the application of pathological and reproductive techniques provided by biotechnology. The ANOVA analysis's findings demonstrate that, in comparison to individual treatments or the placebo group, the combination of the fields of biotechnology, breeding, and pathology resulted in a noticeably larger yield of Aloe vera. Comparable Multifactorial analyses can be used to show how effective the integrated strategy is for resistance to illness, advantageous traits, or other pertinent variables. To increase the value and application of native medicinal plants like aloe vera in a community context, this review might be helpful.