INTRACELLULAR PROTEIN DIFFERENTIAL EXPRESSION IN Brassica napus HAIRY ROOTS IN RESPONSE TO THE PRESENCE OF THE AZO DYE NAPHTHOL BLUE BLACK

BONILLA JO; MAGALLANES-NOGUERA C; PAEZ MD; KURINA SANZ M; CALLEGARI AE

Siux Falls

Simposio; 7th Annual Eastern South Dakota Research Symposium; 2023

Thedichotomy between progress and the damage to the ecosystem caused by anthropogenic activities is notable Science should respond with applicableknowledge to mitigate the imbalance caused and to prevent future contamination In this sense, phytoremediation is a low cost and easy to managesustainable technology In previous works, Brassica napus hairy roots showed the ability to remove 100 of 180 µg mL 1 Naphthol Blue Black in 10days, using both growing and resting culture systems at pH 5 8 and 8 0Weassess the molecular response of B napus hairy roots by analyzing the differential expression of intracellular proteins in the presence of Naphthol BlueBlack in order to understand the homeostatic mechanisms involved in the tolerance and removal of the azo dye