Sports Nutrition Knowledge Questionnaires Developed for the Athletic Population: a Systematic Review.
Ranil JayawardenaKalani WeerasingheGina Louise TrakmanTerrence MadhujithAndrew P HillsNishan Sudheera KalupahanaPublished in: Current nutrition reports (2023)
, and 375 potentially relevant articles were identified. The total number of articles included in the present review is 11, with eight studies involving only athletic disciplines and three involving athletics and other sports. The majority (n = 8) of the questionnaires included general and SN aspects, with SN covering endurance athletes' knowledge of competition carbohydrate guidelines, gastrointestinal symptoms associated with exercise, and ultra-endurance athletes' sodium beliefs and practices. Questionnaires were either delivered online (n = 7) or self-administered in hard copy (n = 1). The three major strategies identified for developing questionnaires were based on previous literature and recent SN guidelines (n = 6), consultation with a panel of experts (n = 7), and the use of a previously developed sports nutrition knowledge questionnaires (SNKQ) (n = 4), with more than one approach used in five studies. Similarly, up to three validation approaches were used, including content, face, and construct validity. Seven studies used a test-retest procedure to ensure external reliability, and eight used Cronbach's alpha or kappa coefficient to assess internal consistency. Endurance and ultra-endurance athletes are the populations of interest for the majority of questionnaires developed for athletics, with most questionnaires incorporating general and SNK topics.
Keyphrases
- psychometric properties
- high intensity
- healthcare
- skeletal muscle
- resistance training
- physical activity
- high resolution
- primary care
- case control
- systematic review
- palliative care
- high school
- body composition
- clinical practice
- magnetic resonance
- social media
- magnetic resonance imaging
- computed tomography
- minimally invasive
- depressive symptoms
- inflammatory response
- nuclear factor
- toll like receptor