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Rhabdomyolysis clinical trials

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NCT ID: NCT04007562 Withdrawn - LIPIN1 Deficiency Clinical Trials

Acute Rhabdomyolysis and Muscle Pain Associated With Mutations in the LPIN1 Gene - A Retrospective Study Describing the Safety and Efficacy of Hydroxychloroquine Sulfate Given on a Compassionate Basis to Patients Suffering From Lipin-1 Deficiency

LIPIN-1-METAB
Start date: July 2019
Phase:
Study type: Observational

Lipin-1 deficiencies are responsible for severe rhabdomyolysis and muscle pain in childhood. A specific treatment does not exist. Our research team (Pr de Lonlay, Pr Van-Endert, Marine Madrange and Perrine Renard) identified the mechanism of this disease and propose a treatment to decrease rhabdomyolysis outcome and muscle pain. Further to a CPP approval in 2015, several patients have been treated by Hydroxychloroquine Sulfate off label use on a compassionate basis. The objective of this retrospective study is to describe the safety and efficacy of Hydroxychloroquine Sulfate given on a compassionate basis to patients suffering from Lipin-1 deficiency within a period between 6 and 36 months.

NCT ID: NCT02896517 Withdrawn - Rhabdomyolysis Clinical Trials

Support for the Rhabdomyolysis in an Emergency Department

RHABDURGENCE
Start date: October 1, 2016
Phase:
Study type: Observational

Rhabdomyolysis is a common condition in the UAA. Support is heterogeneous, it is in most cases a mass hyperhydration. The idea is to initially with an EPP simultaneously screened for the most affected by this disease and aggravating factors population, associated comorbidities. The rhabdomyolysis prognosis depends mainly on the etiology and associated comorbidities. - Acute renal failure and hyperkalemia are the major complications that worsen the prognosis. - In most cases, acute renal failure is reversible. Acute renal failure caused by renal vasoconstriction with ischemia, precipitation of myoglobin in the tubules and direct cytotoxic action of myoglobin. If the prime mover of rhabdomyolysis is ischemia (or hypoxia) cell, we now know that the tissue damage is greatly aggravated during muscle reperfusion, creating ischemia-reperfusion. Reperfusion will not only cause the release into the bloodstream of the cell contents myocytes but also an increase in necrotic areas. Indeed, the massive arrival of oxygen at the myocyte will cause significant production of free radicals, increasing their toxic effects. Predictive factors of acute renal failure is creatinine and urea. The urine alkalinisation by bicarbonates is questionable oral alkalizing seems to be an alternative when possible (oral alkaline solution) but not used to this day. The track N-acetyl cysteine as an antioxidant that can possibly have an effect on release of the free radicals during reperfusion by decreasing their toxicity is still not considered clinically.

NCT ID: NCT02111018 Withdrawn - Rhabdomyolysis Clinical Trials

Extracorporeal Therapy for the Removal of Myoglobin Using the CytoSorb in Patients With Rhabdomyolysis

Start date: March 2014
Phase: Phase 2
Study type: Interventional

Prospective, randomized non-blinded, controlled study to assess the feasibility of the CytoSorb as an adjunct to the standard of care in patients with rhabdomyolysis requiring renal replacement therapy.