The purpose of this study has evolved and expanded since its inception. Originally the intent was to establish the functional, molecular and genetic profile of fibroblasts from Fibromuscular Dysplasia (FMD) patients as compared to carefully matched control subjects. While this remains among the objectives, the study has been expanded to undertake a fully powered cross-tissue systems genetics analysis of FMD, and now also the related arteriopathies spontaneous coronary artery dissection (SCAD) and cervical artery dissection (CvAD). The overall objective is to disclose the core biologic mechanisms of these disorders.
Specific aims * Specific aim 1: To establish a library of fibroblasts, DNA, plasma and serum from patients with FMD, SCAD and CvAD and unaffected healthy control subjects. * Specific aim 2: To perform a fully powered cross-tissue systems analysis of the key regulatory gene networks and disease drivers underlying FMD, SCAD and CvAD. * Specific aim 3: To cross-compare the molecular and genomic profiles of FMD, SCAD and CvAD to establish the degree of biologic similarity among these disorders.
Study Type
OBSERVATIONAL
Enrollment
600
Icahn School of Medicine at Mount Sinai
New York, New York, United States
RECRUITINGIdentification of regulatory gene networks
The identification of regulatory gene networks, and their key drivers, underlying FMD, SCAD and CvAD
Time frame: single time point at study enrollment
Identification of molecular features
To cross-compare the molecular features of FMD, SCAD and CvAD
Time frame: single time point at study enrollment
Identification of genomic features
To cross-compare the genomic features of FMD, SCAD and CvAD
Time frame: single time point at study enrollment
RNA sequencing
To define and compare the genomic (RNA sequencing) profile of fibroblasts from FMD, SCAD and CvAD subjects versus healthy control subjects
Time frame: single time point at study enrollment
Circulating cytokine
To define and compare the circulating cytokine profile of FMD versus healthy control subjects.
Time frame: single time point at study enrollment
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