The effect of a MIT exercise course along with niglapsin supplement (combination of black seed oil and honey) on the regulation of inflammatory pathway/oxidative stress balance and inflammatory cell population in LPS-Threatened mice
HajiGhasem, A. & baradaran Esfahani, A. (2023). The effect of a MIT exercise course along with niglapsin supplement (combination of black seed oil and honey) on the regulation of inflammatory pathway/oxidative stress balance and inflammatory cell population in LPS-Threatened mice. (e3917). Ethics Committee of Sport Sciences Research Institute, (), e3917
MLA
HajiGhasem, A., & baradaran Esfahani, A. "The effect of a MIT exercise course along with niglapsin supplement (combination of black seed oil and honey) on the regulation of inflammatory pathway/oxidative stress balance and inflammatory cell population in LPS-Threatened mice" .e3917 , Ethics Committee of Sport Sciences Research Institute, , 2023, e3917.
HARVARD
HajiGhasem, A., & baradaran Esfahani, A. (2023). 'The effect of a MIT exercise course along with niglapsin supplement (combination of black seed oil and honey) on the regulation of inflammatory pathway/oxidative stress balance and inflammatory cell population in LPS-Threatened mice', Ethics Committee of Sport Sciences Research Institute, (), e3917.
CHICAGO
HajiGhasem, A. & baradaran Esfahani, A., "The effect of a MIT exercise course along with niglapsin supplement (combination of black seed oil and honey) on the regulation of inflammatory pathway/oxidative stress balance and inflammatory cell population in LPS-Threatened mice." Ethics Committee of Sport Sciences Research Institute, (2023): e3917,
VANCOUVER
HajiGhasem A., baradaran Esfahani A. The effect of a MIT exercise course along with niglapsin supplement (combination of black seed oil and honey) on the regulation of inflammatory pathway/oxidative stress balance and inflammatory cell population in LPS-Threatened mice. SSRI Ethics Committee. 2023;():e3917 (In Persian).