Hamedchaman,N , Boroujeni,N , Nasrolahi,S and Nasrollahi,F . (2026). Evaluation of cellular and molecular mechanisms of the effect of 8 weeks of focused ultrasound and resistance training on neurobiological damage caused by chronic exposure to noise pollution in male Wistar rats. (e5082). Ethics Committee of Sport Sciences Research Institute, (), e5082

Hamedchaman,N , , Boroujeni,N , , Nasrolahi,S , and Nasrollahi,F . "Evaluation of cellular and molecular mechanisms of the effect of 8 weeks of focused ultrasound and resistance training on neurobiological damage caused by chronic exposure to noise pollution in male Wistar rats" .e5082 , Ethics Committee of Sport Sciences Research Institute, , , 2026, e5082.

Hamedchaman N, Boroujeni N, Nasrolahi S, Nasrollahi F. (2026). 'Evaluation of cellular and molecular mechanisms of the effect of 8 weeks of focused ultrasound and resistance training on neurobiological damage caused by chronic exposure to noise pollution in male Wistar rats', Ethics Committee of Sport Sciences Research Institute, (), e5082.

N Hamedchaman, N Boroujeni, S Nasrolahi and F Nasrollahi, "Evaluation of cellular and molecular mechanisms of the effect of 8 weeks of focused ultrasound and resistance training on neurobiological damage caused by chronic exposure to noise pollution in male Wistar rats," Ethics Committee of Sport Sciences Research Institute, (2026): e5082,

Hamedchaman N, Boroujeni N, Nasrolahi S, Nasrollahi F. Evaluation of cellular and molecular mechanisms of the effect of 8 weeks of focused ultrasound and resistance training on neurobiological damage caused by chronic exposure to noise pollution in male Wistar rats. SSRI Ethics Committee. 2026;():e5082 (In Persian).