Rachelle M. Acitelli
University of Georgia
Network
Latest external collaboration on country level. Dive into details by clicking on the dots.
Publication
Featured researches published by Rachelle M. Acitelli.
Journal of Applied Physiology | 2015
Eric C. Freese; Nicholas H. Gist; Rachelle M. Acitelli; Whitni J. McConnell; Catherine D. Beck; Dorothy B. Hausman; Jonathan R. Murrow; Kirk J. Cureton; Ellen M. Evans
Individuals diagnosed with the metabolic syndrome (MetS) exhibit elevated postprandial lipemia (PPL). The aims of this investigation were to determine 1) if an acute bout of sprint interval training (SIT) attenuates PPL; and 2) if the attenuation of PPL following 6 wk of SIT is magnified compared with a single session of SIT prior to training in women at-risk for MetS (n = 45; 30-65 yr). Women were randomized to SIT (n = 22) or a nonexercise control (n = 23; CON) for 6 wk. Postprandial responses to a high-fat meal challenge (HFMC) were assessed in the CON group before (B-HFMC) and after (Post-HFMC) without prior exercise and in the SIT group at baseline (B-HFMC) without prior exercise, after an acute bout of SIT (four 30-s all-out sprints with 4-min recovery) prior to (Pre-HFMC), and after the 6-wk intervention (Post-HFMC). Responses to the HFMC were assessed by collecting venous blood samples in the fasted state and at 0, 30, 60, 120, and 180 min postprandial. Compared with baseline, an acute bout of SIT before (Pre-HFMC) and after the 6-wk intervention (Post-HFMC) significantly attenuated fasted TG (P < 0.05; 16.6% and 12.3%, respectively) and postprandial area under the curve (13.1% and 9.7%, respectively; tAUC) TG responses. There was no difference in fasted or tAUC TG responses between Pre-HFMC and Post-HFMC. SIT is an effective mode of exercise to reduce fasted and postprandial TG concentrations in women at-risk for MetS. Six weeks of SIT does not magnify the attenuation of PPL in response to a single session of SIT.
Journal of Sport & Exercise Psychology | 2014
Eric C. Freese; Rachelle M. Acitelli; Nicholas H. Gist; Kirk J. Cureton; Ellen M. Evans; Patrick J. O'Connor
The purpose of this investigation was to determine whether 6 weeks of sprint interval training (SIT) is associated with changes in mood and perceived health in women at risk for developing metabolic syndrome (MetS). Physically inactive women (30-65 years) were randomized to 6 weeks of nutrition meetings and SIT (n = 23; 3 bouts/week of 4-8 30-s cycle sprints with 4-min recovery) or a nonexercise control condition (CON; n = 24). Before and after the 6-week intervention, perceived health status and mood were assessed. Clinically relevant increases in role-physical scores (ES = 0.64) and vitality (ES = 0.52) were found after 6 weeks of SIT compared with a nonexercise control group. For middle-aged women at risk for MetS, it is concluded that high-intensity, low-volume SIT (1) increases feelings of vitality and perceptions of having fewer physical limitations and (2) does not induce mood disturbances as occurs with high-volume, high-intensity training.
Medicine and Science in Sports and Exercise | 2016
Chad R. Straight; Rachelle M. Acitelli; Alison C. Berg; Mary Ann Johnson; Ellen M. Evans
Medicine and Science in Sports and Exercise | 2016
Rachelle M. Acitelli; Chad R. Straight; Rees Ea; Alison C. Berg; Johnson Kb; Mary Ann Johnson; Ellen M. Evans; O'Connor Pj
The FASEB Journal | 2015
Eric C. Freese; Nicholas H. Gist; Rachelle M. Acitelli; Whitni J. McConnell; Catherine D. Beck; Dorothy B. Hausman; Jonathan R. Murrow; Kirk J. Cureton; Ellen M. Evans
Archive | 2015
Eric C. Freese; Nicholas H. Gist; Kirk J. Cureton; Dorothy B. Hausman; Jonathan R. Murrow; Ellen M. Evans; Rachelle M. Acitelli; Whitni J. McConnell; Catherine D. Beck
Archive | 2015
Edward F. Coyle; Justin R. Trombold; Kevin M. Christmas; Daniel R. Machin; Il-Young Kim; Eric C. Freese; Nicholas H. Gist; Kirk J. Cureton; Dorothy B. Hausman; Jonathan R. Murrow; Ellen M. Evans; Rachelle M. Acitelli; Whitni J. McConnell; Catherine D. Beck
Archive | 2015
J. Cureton; Arpit Singhal; Jennifer L. Trilk; Nathan T. Jenkins; Kevin A. Bigelman; Patrick M. Davitt; Shawn M. Arent; Marc A. Tuazon; Devon L. Golem; C Gregory; Eric C. Freese; Nicholas H. Gist; Kirk J. Cureton; Dorothy B. Hausman; Jonathan R. Murrow; Ellen M. Evans; Rachelle M. Acitelli; Whitni J. McConnell; Catherine D. Beck
Archive | 2015
J. Cureton; Eric C. Freese; Ari S. Levine; Donald P. Chapman; Dorothy B. Hausman; Steven J. Prior; Nathan T. Jenkins; Espen E. Spangenburg; Josef Brandauer; Rian Q. Landers; Nicholas H. Gist; Kirk J. Cureton; Jonathan R. Murrow; Ellen M. Evans; Rachelle M. Acitelli; Whitni J. McConnell; Catherine D. Beck
Medicine and Science in Sports and Exercise | 2015
Rachelle M. Acitelli; Michael V. Fedewa; Bhibha M. Das; Michael D. Schmidt; Ellen M. Evans