University Hospital of Basel, Division of Endocrinology
Basel, Switzerland
NCT Number: NCT01771445
Aim: Evaluate the regulation of muscle derived Interleukin-6 (IL-6)during exercise and in particular whether it is regulated by the Interleukin-1 (IL-1) system.
Rationale: It has been shown that IL-1 antagonism improves glycemia and insulin secretion in patients with type 2 Diabetes. However, IL-1 antagonism also decreases IL-6 levels. The effect if IL-6 on the glucose metabolism has been unclear in the past and subject to intense debate, with recent evidence indicating a beneficial role in regulating glucose metabolism. However little is known about regulation of muscle-induced IL-6 produced during exercise. It is therefore our aim to investigate whether exercise induced increases in IL-6 are dependent on the IL-1 system. If IL-1 antagonism does decrease IL-6 and along with it, the beneficial potential of IL-6, this may require additional medication like IL-6 substitution or dipeptidyl peptidase-IV (DPP-IV)antagonists.
In addition, the investigators will assess the effect of IL-1 antagonism on insulin and Glucagon like peptide-1 (GLP-1) secretion as well as muscle soreness,fatigue and vascular function in response to an acute exercise bout.
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Notify Me20 year–50 year
Male
Interventional
Not applicable
Basel, Switzerland
This is a randomized placebo-controlled, double blind, cross-over, proof-of-concept study.
The study will consist of one screening visit followed by 3 study visits. During the first two study visits, the subjects (20 apparently healthy, lean men) will perform a submaximal exercise bout on a treadmill for 60 minutes. Subjects will be randomly assigned into two groups consisting each of 10 subjects receiving study medication in a double-blinded, crossed over manner.
Healthy volunteers accepted: Yes
Only the study team can determine whether someone qualifies for participation.
Inclusion criteria
Exclusion criteria
100mg, s.c, once only
100mg, s.c., once only
Time frame: Change of IL6 during exercise stimulation at baseline compared to change of IL6 during exercise stimulation at day 7
Time frame: Change of inflammatory markers during exercise stimulation at baseline compared to change of inflammatory markers during exercise stimulation at day 7
Time frame: Change in muscle soreness before and after exercise stimulation at baseline compared to change in muscle soreness before and after exercise stimulation at day 7
Time frame: Change in ACTIF before and after exercise stimulation at baseline compared to change in ACTIF before and after exercise stimulation at day 7
Time frame: Change in depression during exercise stimulation at baseline compared to change in depression at day 7
Time frame: Change in vascular function during exercise stimulation at baseline compared to change of vascular function at day 7
Time frame: Change glucose metabolism during exercise stimulation at basleine compared to change in glucose metabolism during exercise stimulation at day 7
Time frame: Change in cognition during exercise stimulation at baseline compared to change in cognition at day 7
Time frame: Change in motor strength during exercise stimulation at baseline compared to change in motor stength at day 7
Time frame: Change in insulin during exercise stimulation at baseline compared to change in insulin at day 7
Time frame: Change in glucagon during exercise stimulation at baseline compared to change in glucagon at day 7
Time frame: Change in GLP-1 during exercise stimulation at baseline compared to change in GLP-1 at day 7
Time frame: Change in cortisol during exercise stimulation at baseline compared to change in cortisol at day 7
Time frame: Change in creatinkinase during exercise stimulation at baseline compared to change in creatinkinase at day 7
Time frame: Change of growth hormone during exercise stimulation at baseline compared to change of growth hormone during exercise stimulation at day 7
Time frame: Change of copeptin during exercise stimulation at baseline compared to change of copeptin during exercise stimulation at day 7
Marc Y.Donath
Other
Acronym: MUSIL
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