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Claude Pichard
Researcher at Geneva College
Publications - 396
Citations - 27132
Claude Pichard is an academic researcher from Geneva College. The author has contributed to research in topics: Parenteral nutrition & Bioelectrical impedance analysis. The author has an hindex of 72, co-authored 385 publications receiving 23477 citations. Previous affiliations of Claude Pichard include University of Geneva & Baylor College of Medicine.
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High protein diet improves the overall survival in older adults with advanced gastrointestinal cancer
TL;DR: HPD is not associated with better muscle function as measured by HGS, but with overall survival in older adults outpatients with advanced gastrointestinal cancer, and may represent a strategy to mitigate the cancer-induced mortality.
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Evaluating the TARGET and EAT-ICU trials: how important are accurate caloric goals? Point-counterpoint: the pro position.
TL;DR: Indirect calorimetry should be used to define the energy expenditure of the patient and to determine its requirements, and more studies comparing isocalorie to hypocalorie regimens with fixed protein intake are necessary to confirm the observational and the PRCT-positive studies.
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Oral presentationsCritical care IIOP027 SPN STUDY: SUPPLEMENTAL PARENTERAL NUTRITION (PN) TO REACH ENERGY TARGET DOES NOT COMPROMISE GLUCOSE CONTROL
Journal Article
[Chronic obstructive pulmonary disease: risk and benefit of testosterone therapy].
Nikolaos Samaras,Dimitrios Samaras,P-O Lang,Pierre-Olivier Bridevaux,Grégoire Gex,Jean-Paul Janssens,Claude Pichard +6 more
TL;DR: Testosterone had a positive impact on muscle mass and force, and to a lesser extent on physical endurance and respiratory parameters, and should be administered to COPD patients with overt hypogonadism, or in multidisciplinary specialized programmes.
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Fat-free mass change to weight change ratio during refeeding following lung transplantation.
TL;DR: Refeeding in underweight LTR patients is geared to normalizing depleted FFM, whereas later FFM gains were similar toFFM gains in normal and overweight subjects, which resulted in a larger ratio ΔFFM:ΔBW in thin subjects versus normal and obese subjects.