The Validation of Minimally Invasive Oxygen Nanosensor Technology to Quantify Mitochondrial Function in Human Muscle
The Validation of Minimally Invasive Oxygen Nanosensor Technology to Quantify Mitochondrial Function in Human Muscle
Past mitochondrial disease treatment studies have been unsuccessful in determining treatment efficacy, and a major factor has been the lack of validated biomarkers in mitochondrial myopathy (MM). There is currently a growing number of potential new treatments to be tested through MM clinical intervention trials, which has created a pressing need for quantitative biomarkers that reliably reflect MM disease severity, progression, and therapeutic response. The purpose of the study is to measure the efficacy of an electrochemical oxygen nanosensor to measure in vivo mitochondrial function in human muscle tissue, and its ability to discriminate MM patients from healthy volunteers. The data and results from this nanosensor study may contribute to current and future research, including improved diagnostic and therapeutic approaches for patients with mitochondrial disease.
This is an investigational device clinical trial. Mitochondrial Myopathy (MM) cases and healthy volunteers will undergo nanosensor muscle oxygen measurement in exercised (dominant) forearm muscle during handgrip exercise.
After placement of the nanosensor in the forearm under local anesthesia, the primary outcome measure is nanosensor-muscle oxygen levels. The secondary outcome measure is an assessment of pain.
Inclusion Criteria:
Inclusion Criteria for Healthy Controls
Inclusion Criteria for Mitochondrial Myopathy (MM) Cases
Exclusion Criteria:
Subjects will be excluded if any of the following apply:
MitoMyopathyResearch@chop.edu267-426-1986
MitoMyopathyResearch@chop.edu267-426-1986
Philadelphia, Pennsylvania 19104, United States
MitoMyopathyResearch@chop.edu267-426-1986
MitoMyopathyResearch@chop.edu(267) 426-1986