Satellite cells (SC) are associated with skeletal muscle remodelling after muscle damage
and/or extensive hypertrophy resulting from resistance training (RT). We recently reported
that early increases in muscle protein synthesis (MPS) during RT appear to be directed
toward muscle damage repair, but MPS contributes to hypertrophy with progressive muscle
damage attenuation. However, modulations in acute-chronic SC content with RT during the
initial (1st-wk: high damage), early (3rd-wk: attenuated damage), and later (10th-wk: no …

The Funding section is incorrect. The correct funding information is as follows: The present
study was funded by the São Paulo Research Foundation (FAPESP) grants (# 2013/21218-
4 to CAL), CAPES-PROEX and Natural Science and Engineering Research Council
(NSERC) of Canada (RGPIN-2015-04613 to SMP). SMP also acknowledges support from
the Canada Research Chairs program. FD was supported by FAPESP grants (# 2012/24499-
1,# 2014/19594-0, and# 2016/24259-1). CU, HR and VT are supported by the National …