Additional file 5 of Endurance exercise attenuates juvenile irradiation-induced skeletal muscle functional decline and mitochondrial stress

Additional file 5: Figure S3. Exercise adapts calcium handling in irradiated muscle. a) TA whole muscle protein lysate immunoblot of non-irradiated (Rad CL) and irradiated (Rad RL) sedentary (Sed) and exercised (VWR) muscle. b) Quantification of protein levels of PMCA and c) NCX from immunoblot in a...

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Hauptverfasser: O’Connor, Thomas N., Kallenbach, Jacob G., Orciuoli, Haley M., Paris, Nicole D., Bachman, John F., Johnston, Carl J., Hernady, Eric, Williams, Jacqueline P., Dirksen, Robert T., Chakkalakal, Joe V.
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Zusammenfassung:Additional file 5: Figure S3. Exercise adapts calcium handling in irradiated muscle. a) TA whole muscle protein lysate immunoblot of non-irradiated (Rad CL) and irradiated (Rad RL) sedentary (Sed) and exercised (VWR) muscle. b) Quantification of protein levels of PMCA and c) NCX from immunoblot in a). d) TA whole muscle protein lysate immunoblot of non-irradiated (Rad CL) and irradiated (Rad RL) sedentary and exercised muscle. e) Quantification of protein levels of SERCA and f) MCU from immunoblot in d). All protein levels are normalized to GAPDH and non-irradiated (Rad CL) sedentary controls. n = 3 mice per condition except MCU, n = 6. Two-way ANOVA with multiple comparisons. * p
DOI:10.6084/m9.figshare.19588995