CHU clermont-ferrand
Clermont-Ferrand, France
NCT Number: NCT05417581
The objective of this study is to adapt the oxygraphy technique on human adipocytes and to characterize respiration measurements according to patients' body mass index and white adipose tissue localization (subcutaneous vs visceral).
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Notify Me18 year and older
All sexes
Interventional
Not applicable
Clermont-Ferrand, France
During digestive surgery: oncological and bariatric surgery, it is possible to collect a small volume of subcutaneous and epiplonic adipose tissue (10-20 cc). We wish to collect these samples in order to develop the technique of oxygenography on permeabilized adipocytes. In order to characterize these measurements, they will be related to the clinical data of the patients usually collected in the framework of the preoperative assessment including the body mass index (BMI). The measured adipocyte data will thus be normalized to three BMI classes: ≤ 20, > to 20 < 30, and ≥ to 30 kg∙m-2.
Primary end point is to validate the measurement of mitochondrial respiration under oxidophosphorylating conditions by determining indicators of the distribution of mitochondrial respiration values (mean, standard deviation, skewness, kurtosis, coefficient of variation) as a function of patients' body mass index.
Healthy volunteers accepted: No
Only the study team can determine whether someone qualifies for participation.
Inclusion criteria
Exclusion criteria
A quantity of adipose tissue equivalent to 10-20 cubic centimeter will be removed subcutaneously and from the omentum during surgical procedures (oncological, bariatric)
Time frame: day 1
Mitochondrial respiration measurements in oxydophosphorylated conditions. For each patient measurements using ADP and carbohydrate or lipid substrates of the respiratory chain complexes for both the subcutaneous and the visceral tissue.
Time frame: day 1
Identification of mitochondrial respiration discrimination factors
Time frame: day 1
Identification of mitochondrial respiration discrimination factors
Time frame: day 1
Identification of mitochondrial respiration discrimination factors
University Hospital, Clermont-Ferrand
Other
Acronym: OxMiTiAd
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