Better estimates of hormonal exposure to improve diagnosis and treatment in endocrine diseases (BEED-ED)

Considerations in the assessment of steroid hormone exposure in clinical practice

Development of a non-invasive prognostic test for Graves' orbitopathy

Diabesity of the bone: unravelling the role of bone marrow adiposity and impaired vascularisation on the neuromuscular-bone unit in patients with diabetes

Doctoral project Charlotte Verroken

Doctoral project Tom Fiers

Sex steriods in relation to bone metabolism and body composition in men

Glycaemic control, cardiovascular health and physical activity in people with type 1 diabetes: A challenging triangle to target

Longitudinal changes in physical activity, sedentary behavior and sleep in patients with type 2 diabetes mellitus

Move, sit, sleep, repeat: Movement behaviors among adults with chronic metabolic diseases - Methodological considerations, theoretical relevance and explanatory variables of 24-hour movement behaviors

Muscle monitor: skeletal muscle heterogeneity and its role in cardiometabolic diseases

Early dynamics and mechanisms of recovery of sex steroid disturbance after weight loss in obese men

EUROPEAN CALCIFIED TISSUE SOCIETY: Amgen bone biology research fellowship

Refining endocrine diagnostics in clinical practice

Fast and slow myotypes: is insulin resistance the heavy toll for speed?

Influence of glycemic variability on autonomic and cardiovascular function, and its modulation by postprandial exercise training in patients with diabetes type 1

INTERPLAY WITHIN THE DAY: optimizing intra-day glucose control by intervening on the day-to-day 24-hour movement behavior patterns in adults with type 1 diabetes mellitus.

Let’s call it a day: 24-hour movement behaviors among overweight and obese individuals

Muscle monitor: skeletal muscle heterogeneity and its role in cardiometabolic diseases

Myotypes and insulin resistance: the heavy toll for speed?

The association between new parameters of glycaemic control and arterial stiffness in type 1 diabetes, and its modulation by high-intensity interval exercise.