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The Lancet Digital Health publishes the results of an international study led by Lille-based researchers on weight loss prediction after bariatric surgery

The Lille-based teams under Professors François Pattou (Lille University, Lille University Hospital, INSERM and the Institut Pasteur in Lille) and Philippe Preux (Lille University and INRIA) have developed a digital medical device which can predict the expected weight loss of an individual patient in the 5 years following their bariatric surgery. Based on 7 variables as well as artificial intelligence, it was developed from a cohort of 1,500 patients operated on and monitored for more than 15 years at Lille University Hospital. The effectiveness of the model was then validated among more than 10,000 patients monitored in France (Montpellier, Lyon, Valenciennes and Boulogne) and other countries (the Netherlands, Finland, Sweden, Switzerland, Singapore, Mexico and Brazil), as part of the European IMI Sophia project. The application is already online and available to healthcare teams and patients. The publication of these results in the prestigious Lancet Digital Health journal highlight ....

Philippe Preux , Pasteur Institut , Patrick Saux , Translational Research Laboratory For Diabetes , Endocrine Surgery Department At Lille University Hospital , Professor At Lille University , Lille University Hospital , Lille University , Endocrine Surgery Department , Translational Research Laboratory , Centrale Lille Institut ,

Hayabusa2 brings back asteroid dust - ScienceBlog.com


Hayabusa2 brings back asteroid dust
December 21, 2020CNRS
On the night of 5-6 December, a very special package landed in the South Australian desert region of Woomera. It contained samples of dust brought back from asteroid Ryugu, after a long journey by the Hayabusa2 spacecraft. These tiny grains of material should speak volumes about the earliest moments of the Solar System.
“Returning these samples was the mission’s main goal,” explains Patrick Michel, senior researcher at the Joseph-Louis Lagrange Laboratory1 and a member of the Hayabusa22 scientific team, as well as of the Hera,3 MMX4 and OSIRIS-REx5 missions. “Ryugu is a carbonaceous asteroid, a category so primitive that its composition isn’t thought to have changed since the formation of the Solar System. It should therefore contain all the ingredients needed to make planets. We also hope to discover the role of asteroids in the emergence of life on Earth and find out whether the organic matter presen ....

France General , Îe De France , Joliot Curie Ijclab , Astrophysique Spatiale , Patrick Michel , Brian May , Jean Pierre Bibring , German Aerospace Centre , Laboratory Of The Physics , Centre De Recherches , Institute For Planetary , Joseph Louis Lagrange Laboratory , South Australian , Solar System , Red Planet , Spectral Interpretation , Resource Identification , Mobile Asteroid Surface Scout , Institut De Min , Sorbonne Universit , Institut De Physique , Globe De Paris , Centrale Lille Institut , பிரான்ஸ் ஜநரல் , பேட்ரிக் மைக்கேல் , பிரையன் இருக்கலாம் ,