UMDF Mitochondrial Medicine 2024 - Advances in Disease Models for Investigating Mitochondrial Diseases - Course 1
Mitochondrial Double-Stranded RNA as a New DAMP to Activate the Immune Response in Mitochondrial Disease; Development of Cortical Organoids to Model m.3243A>G Disease and Understand Cell Specificity; The Distribution and Functional Impact of MELAS Mutation m.3243A>G in Cardiac Cells, and Novel Approaches to Restore Cellular Dysfunction; Induced Pluripotent Stem Cell Based Cardiac Model of MELAS Disease; Modeling Diabetes in MELAS Disease Using Induced Pluripotent Stem Cell Based Parectatic Organoids
- Course
- By Mito Med 2024 Speakers
UMDF Mitochondrial Medicine 2024 - Development of Improved Outcome Measures for Mitochondrial Clinical Trials - Course 4
Mitochondrial Double-Stranded RNA as a New DAMP to Activate the Immune Response in Mitochondrial Disease; Development of Cortical Organoids to Model m.3243A>G Disease and Understand Cell Specificity; The Distribution and Functional Impact of MELAS Mutation m.3243A>G in Cardiac Cells, and Novel Approaches to Restore Cellular Dysfunction; Induced Pluripotent Stem Cell Based Cardiac Model of MELAS Disease; Modeling Diabetes in MELAS Disease Using Induced Pluripotent Stem Cell Based Parectatic Organoids
- Course
- By Mito Med 2024 Speakers
UMDF Mitochondrial Medicine 2024 - Disorders of Mitochondrial DNA Integrity - Course 3
Mitochondrial Double-Stranded RNA as a New DAMP to Activate the Immune Response in Mitochondrial Disease; Development of Cortical Organoids to Model m.3243A>G Disease and Understand Cell Specificity; The Distribution and Functional Impact of MELAS Mutation m.3243A>G in Cardiac Cells, and Novel Approaches to Restore Cellular Dysfunction; Induced Pluripotent Stem Cell Based Cardiac Model of MELAS Disease; Modeling Diabetes in MELAS Disease Using Induced Pluripotent Stem Cell Based Parectatic Organoids
- Course
- By Mito Med 2024 Speakers
UMDF Mitochondrial Medicine 2024 - Mitochondria and Metabolic Plasticity - Course 2
Mitochondrial Double-Stranded RNA as a New DAMP to Activate the Immune Response in Mitochondrial Disease; Development of Cortical Organoids to Model m.3243A>G Disease and Understand Cell Specificity; The Distribution and Functional Impact of MELAS Mutation m.3243A>G in Cardiac Cells, and Novel Approaches to Restore Cellular Dysfunction; Induced Pluripotent Stem Cell Based Cardiac Model of MELAS Disease; Modeling Diabetes in MELAS Disease Using Induced Pluripotent Stem Cell Based Parectatic Organoids
- Course
- By Mito Med 2024 Speakers
UMDF Mitochondrial Medicine 2024 - Mitochondrial Dysfunction and its Impact on Mental Health - Course 6
Mitochondrial Double-Stranded RNA as a New DAMP to Activate the Immune Response in Mitochondrial Disease; Development of Cortical Organoids to Model m.3243A>G Disease and Understand Cell Specificity; The Distribution and Functional Impact of MELAS Mutation m.3243A>G in Cardiac Cells, and Novel Approaches to Restore Cellular Dysfunction; Induced Pluripotent Stem Cell Based Cardiac Model of MELAS Disease; Modeling Diabetes in MELAS Disease Using Induced Pluripotent Stem Cell Based Parectatic Organoids
- Course
- By Mito Med 2024 Speakers
UMDF Mitochondrial Medicine 2024 - Therapeutic Development for Mitochondrial Disease: Lessons learned from other Rare Diseases - Course 7
Mitochondrial Double-Stranded RNA as a New DAMP to Activate the Immune Response in Mitochondrial Disease; Development of Cortical Organoids to Model m.3243A>G Disease and Understand Cell Specificity; The Distribution and Functional Impact of MELAS Mutation m.3243A>G in Cardiac Cells, and Novel Approaches to Restore Cellular Dysfunction; Induced Pluripotent Stem Cell Based Cardiac Model of MELAS Disease; Modeling Diabetes in MELAS Disease Using Induced Pluripotent Stem Cell Based Parectatic Organoids
- Course
- By Mito Med 2024 Speakers
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