SYNTHETIC BOTANY AND CRISPR IN CROP YIELD ENHANCEMENT

Abstract

Through this, this paper investigates how CRISPR-Cas9 genome editing and synthetic botany can be applied to achieve certain genetic modifications that would help increase agricultural production.  With the help of an experimental framework that utilizes mixed methods, the identification and targeting of features (that are relevant to yield) was done through genome editing including; chlorophyll content, leaf area, the efficiency of photosynthesis, and efficiency of nitrogen utilization.  CRISPR is the change of genes mediated by Agrobacterium we performed transformation. In a second trial, we tried the improved lines under both controlled greenhouse and field experiments at numerous points.  The outcomes indicated that there was an ample improvement in the physiological and biochemical attributes. CRISPR lines When grown under the most favorable conditions, their yield was 18-25 percent higher than those of controls and were also more tolerant of drought.  The nutrient absorption, particularly absorption of nitrogen and phosphorus were optimized as well and this contributed to the growth of the biomass.  Statistical analysis indicated that the correlation between targeted trait expression and yield were strong and positive thus justifying the selection of genetic targets to be used as predictive variables.  The findings indicate that synthetic botany/genome editing can complement each other in the creation of ideal crop varieties that can grow more food and also increase resistance to stress blessed by the environment.  This paper provides us with a model that could potentially be applied at scale in order to employ genetic innovations to tackle issues related to food security in a world characterised by a changing climate.