Sarcopenia is a syndrome of increasing importance due to its increasing prevalence and significant personal, social and economic impact. 1,2 Recent definitions characterize it as a syndrome marked by reductions in both skeletal muscle mass and strength. 2 Although conventionally linked with the elderly, sarcopenia can also occur in younger subjects secondary to other pathologic conditions, as is the case of inflammatory bowel disease (IBD). 3,4 In IBD, sarcopenia is associated with adverse clinical outcomes including heightened risk of treatment failure, age-related mortality, and post-operative complications. 3,4 Health implications of sarcopenia underscore the necessity for screening and early detection. While various methods exist-such as magnetic resonance imaging (MRI), computed tomography (CT), dualenergy X-ray absorptiometry (DXA) and bioelectrical impedance analysis (BIA)-limitations impede their routine use. The ideal tool should be easily accessible, cost-effective, and reproducible across different clinical settings. Ultrasound is emerging as an alternative for ject of further research. Finally, prospective studies with serial assessment of muscle health and disease activity should be conducted to demonstrate the impact of the latter in the development of sarcopenia, and to test different therapeutic interventions.