… often fail to meet recommended dietary guidelines for their sport and activity level [1,2,3,4,5,…
presenting with low energy availability (LEA) and relative energy deficiency in sport (RED-S), …

… Background: Problematic low energy availability (EA) is the underlying culprit of relative
energy deficiency in sport (REDs), and its consequences have been suggested to be …

… energy to sustain homeostasis, may potentially result in Relative Energy Deficiency in Sport
(REDs)… There is limited understanding of the energy requirements, as well as the prevalence …

… In the present article, we will investigate how Relative Energy Deficiency in Sport affect
reproductive … Based on the included articles, we aimed to get insight into how REDs influence the …

… , iron deficiency can promote energy deficiency by shifting ATP … Iron deficiency can also
contribute to poor bone health in RED… changes can occur in energy deficient athletes. In severely …

… to as relative energy deficiency in sport (RED-S). For example, an energy-deficient athlete
may … can be weight stable yet energy deficient. Irrespective of the terminology used, TRIAD or …

… Increased awareness, in combination with improved athlete monitoring capabilities, has
resulted in a growing focus on Relative Energy Deficiency in Sport (RED-s) within the sport …

… to a deficiency of vitamins B]2 or folate, which are both involved in the formation of new red
… the circulating haemoglobin concentration, by use of red cell re-infusion procedures5*6 and…

… availability can be problematic and can lead to numerous health and sports performance
consequences described in relative energy deficiency in sport (REDs) [2,3,4]. Low energy …