Biological collection (blood sample) associated with clinical data from Covid-19 patients
SARS-Cov2 is an emerging respiratory virus in the coronavirus family, responsible of the pandemic since November 2019. France, which has more than 17,000 deaths from the virus, is one of the main outbreaks. As of 16 April 2020, more than 76,000 individuals in France have been hospitalized, corresponding to 69% of confirmed cases (https://www.santepubliquefrance.fr). Most affected patients have more or less marked clinical signs associating fever, cough, dyspnea, myalgia, anosmia, ageusia, digestive disorders. In some cases, the progression is worse with lung disease of varying severity. Indications for hospitalization are essentially the severe forms of Covid-19 disease, characterized by hypoxemic lung disease. Risk factors for developing severe Covid-19 disease have been identified already: age, co-morbidity such as diabetes, obesity-overweight or cardiovascular diseases. It is assumed that other host-related factors, including genetics, may contribute to the existence of this phenotypic heterogeneity. At present, these factors are not known. The objective of this research is to constitute a DNA collection from patients with Covid-19, in order to be able to search for genetic factors modulating the clinical phenotype.
Study Type
INTERVENTIONAL
Allocation
NA
Purpose
PREVENTION
Masking
NONE
Enrollment
500
Blood sample
Centre hospitalier intercommunal de Créteil
Créteil, France
Phenotype/genotype correlation research modulating the severity of Covid-19 disease
Clinical aggravation markers (admission in intensive care)
Time frame: Anytime in the period of 10 years
Phenotype/transcriptomic correlation research modulating the severity of Covid-19 disease
Severity at the Covid-19 Lung Scanner
Time frame: Anytime in the period of 10 years
Phenotype/biomarker correlation research modulating the severity of Covid-19 disease
Severity at the Covid-19 Lung Scanner
Time frame: Anytime in the period of 10 years
Development of clinical-biological scores in the severity of Covid-19 disease
Evolution of scanographic lesions or pulmonary ultrasound
Time frame: Anytime in the period of 10 years
Development of predictive imaging scores in the severity of Covid-19 disease
Evolution of scanographic lesions or pulmonary ultrasound
Time frame: Anytime in the period of 10 years
Identification of pathophysiological pathways to susceptibility to Covid-19 disease
Duration of oxygen therapy, artificial ventilation
Time frame: Anytime in the period of 10 years
Identification of genetic markers for treatment response
Genome sequencing
Time frame: Anytime in the period of 10 years
Identification of transcriptomic markers for treatment response
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Sequencing transcriptome
Time frame: Anytime in the period of 10 years
Identification of proteomic for treatment response
Proteomic sequencing
Time frame: Anytime in the period of 10 years