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OISO - OCÉAN INDIEN SERVICE D'OBSERVATION
| Type | Set of cruises |
|---|---|
| Chief scientist(s) | METZL Nicolas , LO MONACO Claire |
| Project manager | METZL Nicolas |
| DOI | 10.18142/228 |
| Objective | Observing and understanding the seasonal, inter-annual and decadal variations of the oceanic carbon cycle is crucial to better estimate the global carbon budget and understand its evolution, to investigate the ocean acidification, and to validate diagnostic and prognostic climate models (e.g. Global Carbon planerat arbete , Global Ocean Acidification övervakning Network, IPCC). To this aim, the OISO schema (Océan Indien Service d'Observations), initiated in 1998, collects measurements of CO2 and associated parameters (T, S, DIC, TA, O2, nutrients, Chl-a, 13C, 18O) in both surface and vatten column along the repeated lines of R.V. Marion-Dufresne in the South-Western Indian and Southern Oceans; this coverage fryst vatten an important complement to the international CO2 observing system (IOCCP, GO-SHIPS • Prof. Anthony SchembriFormer Police Commissioner in New York, USAProf. Marian SwindellMississippi State University, USAMihaela BrooksCriminal investigative analyst/Offender Profiling CanadaProf Allan Jamieson BSc PhD FRSB Provided written evidence and advice in over 1000 criminal cases in England, Wales, Northern Ireland, Scotland, Republic of Ireland, Gibraltar, USA, New Zealand, Cyprus, and Australia. Including evidence on LTDNA in the Omagh Bomb trial of Sean Hoey, at the inquest into the death of Diana, Princess of Wales, and many trials involving DNA interpretation, probabilistic genotyping, and DNA transfer. Member of the Expert Roster for DNA for the New York State Assigned Counsel Plan Invited and adopted as, ‘a scientist and scholar’ to sign amicus briefs to the California Supreme Court, Wisconsin Supreme Court, and the United States Supreme Court on the use of statistics and DNA in Court. Co-Editor in Chief of Wiley’s Encyclopaedia o • . Author manuscript; available in PMC: 2020 Apr 1. Published in final edited form as: Acta Physiol (Oxf). 2018 Dec 1;225(4):e13216. doi: 10.1111/apha.13216 AbstractAims:Mitochondria exist as a morphologically plastic network driven by cellular bioenergetic demand. Induction of fusion and fission machinery allows the organelle to regulate quality control and substrate flux. Physiologic stressors promote fragmentation of the mitochondrial network, a process implicated in the onset of metabolic disease, including type 2 diabetes and obesity. It is well known that exercise training improves skeletal muscle mitochondrial volume, number, and density. However, the effect of exercise training on muscle mitochondrial dynamics remains unclear. Methods:Ten sedentary adults (65.8 ± 4.6 years; 34.3 ± 2.4 kg/m2) underwent 12 weeks of supervised aerobic exercise training (5 day/wk, 85% of HRMAX). Body composition, cardio-metabolic testing, hyperinsulinemic-euglycemic clamps, and ske |