RT Journal Article
SR Electronic
T1 252 Relationship between balance and lower extremity ROM, H/Q ratio, hamstring tightness, beighton score in professional folk dancers and professional football players
JF British Journal of Sports Medicine
JO Br J Sports Med
FD BMJ Publishing Group Ltd and British Association of Sport and Exercise Medicine
SP A98
OP A98
DO 10.1136/bjsports-2021-IOC.231
VO 55
IS Suppl 1
A1 Akgonul, Busra
A1 Atansay, Vefa
A1 Kara, Ayhan Nedim
A1 Hamzaoglu, Azmi
A1 Aksu, Neslihan
YR 2021
UL http://bjsm.bmj.com/content/55/Suppl_1/A98.1.abstract
AB Background One of the factors of performance is to be agile that would require combination of speed, balance, power and coordination. Balance analysis is often used as an indication of risk of frequent injuries. In most of the sports, proprioceptive education programs are adapted to prevent lower extremity functional injuries.Objective We aimed to determine the difference in balance between professional dancers and professional footballers and its relationship with lower extremity ROM, muscle strength (hip abductor- adductor, quadriceps, hamstring), H/Q ratio, hamstring tightness (Sit and reach, Straight Leg Raise (SLR) test), hypermobility test (Beighton score).Design Prospective comparative study.Setting Professional folk dancers (Fire of Anatolia Dance Group) and Premier League football players.Patients (or Participants) Volunteered 20 professional folk dancers and 20 Premier League football playersInterventions (or Assessment of Risk Factors) Hamstring tightness, decreased ROM, Beighton score (smaller or equal of 3, greater or equal of 5) is the risk factor for static and dynamic balance decrease.Main Outcome Measurements SportKAT 4000 (Kinesthetic Ability Trainer) measurements (p<0,005) are better in dancers (eyes open with both feet, right leg only, left leg only, eyes closed both feet, eyes open dynamic both feet) compare to athletes.Active ROM angles (p<0,005) are significantly higher in dancers’ hip, knee and ankle compare to athletes. Our findings showed that dancers’ Beington score was 3,8±3 and athletes’ score was 2,5±1,5. Hamstring lenght in dancers was 95,5±10 and athletes was 76,6±7,1.Results Dancers’ static and dynamic balances (p<0,005) are significantly better than athletes. H/Q ratios are not different between dancers and athletes; however, dancers’ Hamstring length (p<0,005) is higher compare to athletes.Conclusions Decreased flexibility and ROM cause lesser resistance to perturbation and balance problems. We think that dancer are better in static and dynamic balances compare to athletes due to greater ROM degrees and Hamstring flexibility.