HermanDCNelsonVRMontalvoAM, et al. Systematic review of health organization guidelines following the AMSSM 2019 youth early sport specialization summit. Sports Health. 2022;14:127-134.
2.
HermanDCPritchardKACosbyNLSelkowNM.Effect of strength training on jump-landing biomechanics in adolescent females.Sports Health. 2022;14:69-76.
3.
JayanthiNSchleySCummingSP, et al. Developmental training model for the sport specialized youth athlete: a dynamic strategy for individualizing load-response during maturation. Sports Health. 2022;14:142-153.
4.
JohanssonFCoolsAGabbettTFernandez-FernandezJSkillgateE.Association between spikes in external training load and shoulder injuries in competitive adolescent tennis players: the SMASH cohort study. Sports Health. 2022;14:103-110.
5.
JohanssonFGabbettTSkillgateE.External training load and the association with back pain in competitive adolescent tennis players: results from the SMASH cohort study. Sports Health. 2022;14:111-118.
6.
LloydRDobbsIWongMMooreIOliverJ.Effects of training frequency during a 6-month neuromuscular training intervention on movement competency, strength and power in male youth. Sports Health. 2022;14:57-68.
7.
MalinaRMCummingSPRogolAD, et al. Bio-banding in youth sports: background, concept, and application. Sports Med. 2019;49:1671-1685.
8.
McKayCDCummingSPBlakeT.Youth sport: friend or foe?Best Pract Res Clin Rheumatol. 2019;33:141-157.
9.
MehtaSTangSRajapakseCJuzwakSDowlingB.Chronic workload, subjective arm health, and throwing injury in high school baseball players: 3-year retrospective pilot study. Sports Health. 2022;14:119-126.
10.
MeiselPLDiFioriJPCôtéJ, et al. Age of early specialization, competitive volume, injury, and sleep habits in youth sport: a preliminary study of US youth basketball. Sports Health. 2022;14:30-44.
11.
MosherATillKFraser-ThomasJBakerJ.Revisiting early sport specialization: what’s the problem?Sports Health. 2022;14:13-19.
12.
MurrayA.Managing the training load in adolescent athletes. Int J Sports Physiol Perform. 2017;12(suppl 2):S242-S249.
13.
PierceKCHornsbyWGStoneMH.Weightlifting for children and adolescents: a narrative review. Sports Health. 2022;14:45-56.
14.
RuparellSVargheseMLaBellaC.Youth athlete development models: a narrative review. Sports Health. 2022;14:20-29.
15.
Seijo BestilleiroRSuanzes HernándezJBatalla BautistaD, et al. Incidence of COVID-19 in children and young people who play federated football. Sports Health. 2022;14:99-102.
16.
SuppiahHTSwinbourneRWeeJ, et al. Predicting youth athlete sleep quality and the development of a translational tool to inform practitioner decision making. Sports Health. 2022;14:77-83.
17.
SzigetiGSchuthGRevisnyeiP, et al. Quantification of training load relative to match load of youth national team soccer players. Sports Health. 2022;14:84-91.
18.
TenfordeASMontalvoAMNelsonVR, et al. Current sport organization guidelines from the AMSSM 2019 youth early sport specialization research summit. Sports Health. 2022;14:135-141.
19.
UthoffABustosAMetralGCroninJDolcettiJRumpfMC.Does warming up with wearable resistance influence internal and external training load in national level soccer players? Sports Health. 2022;14:92-98.