Newest pub out!
"These findings can help practitioners better interpret RMR values to classify an athlete with a low, moderate, or high RMR when compared to other athletes and how these values may subsequently influence BF%." @AJagim@dr_mtjones8
Interested in sports nutrition? I am looking for a PhD student to join my lab at UConn! We study nutritional interventions to optimize athlete health, performance, and recovery.
If you are interested, or know someone who may be, please reach out! [email protected]
Interested in body composition, sports nutrition, and metabolism? I am looking for a PhD student to join me starting Fall 2024 at Kent State!
If you are interested, or know someone who may be, please reach out! [email protected]
FFMI may provide more utility when attempting to contextualize measures of FFM, quantify relative muscularity, and enable the comparison of athletes of varying body statures across different sports💪@MegKMagee@AJagim@dr_mtjones8 👏
https://t.co/NHQr9FmTBX
There are significant gender and positional differences in external workload demands during match play, specifically for volume- and intensity-derived workload parameters, between men’s and women’s lacrosse @AJagim @kuhlmanick @dr_mtjones8
Honored and humbled to receive the William J. Kraemer Outstanding Sports Scientist Award. It truly has been a team effort thanks to terrific students and colleagues. @NSCA@MasonCEHD#PatriotPerformanceLab
"Match workloads help coaches identify physical demands needed to compete. Tailoring training and monitoring accumulated fatigue will allow coaches to optimize team performance."
Aziz, R., et al (2023). @dr_mtjones8@AJagim@MKFeit@Jenfields521
https://t.co/T4Uhg5gJ04
Newest pub up! @dr_mtjones8@AJagim@MKFeit Match loads differed by position and tended to decrease across quarters. This highlights a need for position-specific drills aimed at maintaining and improving fitness level.