Fennel Seed Oil's Protective effect on Serum Potassium and Sodium Ions from Formaldehyde-Induced Toxicity in Wistar Rats

Abstract

The present trial study was intended to explore the defensive impact of Fennel oil against formaldehyde fume initiated poisonousness on serum electrolytes specifically sodium (Na+) and potassium (K+). 24 male rodents were haphazardly isolated into three gatherings (control set 1, trial set 2 and exploratory set 3). The control set 1 was taken care of with standard food supplementation with no openness while trial set 2 was presented to formaldehyde fumes and exploratory set 3 was given Fennel oil supplementation after openness to formaldehyde fumes. A huge expansion in serum sodium particle level and a reduction in serum potassium particle level was noticed separately after openness to formaldehyde fumes, while a critical lessening in serum sodium particle level and expansion in serum potassium particle level have been seen individually after supplementation of Fennel oil in contrast with formaldehyde fume uncovered rodents.