Mitochondrial Dynamics: Insights & Education
Mitochondria: The Powerhouse of the Cell
As the driver of all physiological activity, mitochondria and the energy they produce play an integral role in health and disease. These organelles are at the center of energetic balance; what do they require for enduring, optimal function? How does their dysfunction lead to diseases that severely impact a patient’s quality of life and their ability to live fully?
Learning how to recognize and help recover compromised mitochondrial function is key to addressing the varied underlying causes of fatigue, depression, headache, and neurodegenerative disorders. Explore more below about how functional medicine addresses common issues related to mitochondrial dysfunction, as well as effective therapeutic interventions and the profound potential of the healing partnership.
This module will investigate the science of mitochondrial function and dysfunction, the impact of oxidative stress, as well as nutritional and lifestyle influences on both health and disease.
- Define and understand the importance of energy regulation and mitochondrial function from a clinical perspective.
- Employ advanced approaches to history, physical examination, and laboratory assessments to improve the recognition of clinical syndromes related to mitochondrial function and energy regulation.
- Individualize functional treatment protocols to address mitochondrial dysfunction and increased demand for cellular energy.
- Identify common antecedents, triggers, and mediators underlying mitochondrial dysfunction and increased energy demand in clinical syndromes and map energy regulation issues to the functional medicine clinical matrix.
- Develop and apply a personalized approach to preparing for clinical encounters.

Mitochondrial Function Related Articles

Managing Autoimmune Pain
Altering gut microbiota composition may reduce side effects from pain medications.

Ketosis & the Brain
The ketogenic diet may be protective against neurological and mitochondrial diseases.

Mechanisms of Fatigue
Low levels of cellular energy contribute to fatigue by weakening the metabolism.
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Chronic Migraine Support
Learn to address factors like oxidative stress, that underpin migraine etiology.

Intermittent Fasting & Mitochondria
Intermittent fasting may improve mitochondria biogenesis and energy production.

Neurodegenerative Disease
Nutrition may be key for reducing neuroinflammation and mitochondrial dysfunction.

Learn About IFM's Bioenergetics Experts

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