Dambacher Leah, Pritchett Kelly, Pritchett Robert, Larson Abigail
Department of Health Sciences, Central Washington University, Ellensburg.
Department of Kinesiology and Outdoor Recreation, Southern Utah University, Cedar City.
J Athl Train. 2025 Feb 1;60(2):177-184. doi: 10.4085/1062-6050-0454.23.
Collegiate female distance runners may be at risk for low energy availability (LEA) due to increased exercise energy expenditure with or without decreased energy intake. Furthermore, this population has an increased risk of disordered eating (DE), which can lead to LEA and negative health consequences, such as menstrual dysfunction (MD).
To (1) investigate risk of LEA, DE, and MD; (2) compare DE, training volume, and weight dissatisfaction between female collegiate runners at risk and those not at risk for LEA; and (3) compare the risk for LEA between National Collegiate Athletic Association Division I, II, and III female collegiate runners.
Cross-sectional study.
Free-living conditions.
A total of 287 female runners who competed on a National Collegiate Athletic Association Division I, II, or III cross-country team, track team, or both.
MAIN OUTCOME MEASURE(S): Participants completed a 45-item questionnaire that included the Low Energy Availability in Females Questionnaire (LEAF-Q) and the Disordered Eating Screen for Athletes (DESA-6).
We observed that 54.4% (n = 156) of runners were at risk for LEA (LEAF-Q score ≥ 8), 40.8% (n = 117) were at risk for DE (DESA-6 score ≥ 3), and 56.5% (n = 162) reported MD (LEAF-Q menstrual function subsection score ≥ 4). Athletes at risk for LEA had higher DESA-6 scores than athletes not at risk for LEA (P < .001). Athletes at risk for LEA had greater weight dissatisfaction than those not at risk for LEA ( = 15.92, P = .001). Higher weekly training volume was not associated with risk for LEA ( = 4.20, P = .11).
A substantial percentage of collegiate female runners were found to be at risk for LEA and DE and to report MD. These findings demonstrate that the risks for DE, MD, and weight dissatisfaction are associated with risk for LEA.
由于运动能量消耗增加,无论能量摄入是否减少,大学女子长跑运动员都可能面临低能量可利用性(LEA)风险。此外,这一人群出现饮食失调(DE)的风险增加,而饮食失调会导致低能量可利用性和负面健康后果,如月经功能紊乱(MD)。
(1)调查低能量可利用性、饮食失调和月经功能紊乱的风险;(2)比较有低能量可利用性风险和无低能量可利用性风险的大学女子跑步运动员的饮食失调、训练量和体重不满情况;(3)比较美国国家大学体育协会第一、二、三级别的大学女子跑步运动员的低能量可利用性风险。
横断面研究。
自由生活条件。
共有287名在国家大学体育协会第一、二或三级别的越野队、田径队或两队都参加比赛的女子跑步运动员。
参与者完成了一份包含45个条目的问卷,其中包括女性低能量可利用性问卷(LEAF-Q)和运动员饮食失调筛查量表(DESA-6)。
我们观察到,54.4%(n = 156)的跑步运动员有低能量可利用性风险(LEAF-Q评分≥8),40.8%(n = 117)有饮食失调风险(DESA-6评分≥3),56.5%(n = 162)报告有月经功能紊乱(LEAF-Q月经功能子量表评分≥4)。有低能量可利用性风险的运动员的DESA-6评分高于无低能量可利用性风险的运动员(P <.001)。有低能量可利用性风险的运动员比无低能量可利用性风险的运动员对体重更不满意( = 15.92,P =.001)。每周训练量较高与低能量可利用性风险无关( = 4.20,P =.11)。
发现相当比例的大学女子跑步运动员有低能量可利用性和饮食失调风险,并报告有月经功能紊乱。这些发现表明,饮食失调、月经功能紊乱和体重不满风险与低能量可利用性风险相关。