Energy Restoration & Mitochondrial Support

Fatigue can be complex and multifactorial, often influenced by mitochondrial function, inflammatory responses, immune dysregulation, and cellular efficiency. At Decima, our approach to fatigue and energy optimization is highly individualized and based on a comprehensive assessment of underlying metabolic and cellular factors.

We begin with extensive diagnostic testing, including:

• Bloodwork & Biomarker Analysis – Screening for inflammatory markers, mitochondrial efficiency, hormone imbalances, and heavy metals.

• Cellular Function Assessments – Evaluating oxygen utilization, immune activation, and systemic resilience.

• Nutritional & Detox Strategies – Addressing potential metabolic burdens before introducing regenerative therapies.

Regenerative Support & IV Optimization
For patients with longstanding fatigue that has not responded to conventional approaches, advanced regenerative strategies may offer additional cellular support. Our center explores the potential role of:

• Intravenous (IV) 200mL infusions of regenerative biologics, studied for their role in mitochondrial function, oxygen uptake, and systemic recovery.

• Bioactive Implantation Therapies, designed to support cellular energy production and optimize metabolic efficiency.

• Peptide & Exosome-Based Strategies, which are being investigated for their role in cell signaling, energy metabolism, and systemic recovery.

Many individuals who have struggled with prolonged fatigue report experiencing a noticeable shift in energy levels following regenerative interventions, with improvements in mental clarity, endurance, and daily function. While individual responses vary, our focus remains on identifying and addressing root causes, enhancing cellular efficiency, and supporting long-term resilience.

Immune Modulation & Autoimmune Support
Stem cells are currently being explored for their potential role in immune system modulation, inflammation management, and overall cellular health. Our lab collaborates with leading experts in regenerative medicine to study how cell-based therapies may support immune balance and systemic wellness.

At Decima, our approach is data-driven and personalized. We begin with comprehensive bloodwork to assess heavy metal levels, inflammatory markers, and immune function. In many cases, we find that targeted detoxification strategies, such as heavy metal clearance, may contribute to immune regulation before considering stem cell therapy.

Stem cell applications are not a first-line recommendation—our focus is on identifying and addressing root causes to help the body restore balance naturally. If indicated, stem cell therapy may serve as an additional tool in supporting immune homeostasis, inflammation regulation, and overall systemic resilience. Our goal is to guide patients through a methodical, research-backed approach, prioritizing fundamental health restoration before introducing advanced regenerative modalities.

Designed to promote recovery from joint injuries or degeneration, avoid surgery, reduce pain, and improve function.

Designed to support the body's natural repair mechanisms, this intravenous (IV) infusion delivers biologic factors studied for their role in cellular communication, immune modulation, and systemic wellness. The infusion provides a concentrated volume of regenerative biomolecules, which may contribute to an optimized internal environment for tissue recovery, inflammation regulation, and overall cellular function.

A specialized biologic infusion designed to support cellular adaptation, neuroimmune balance, and systemic resilience. MUSE cells are being studied for their role in stress adaptation, immune modulation, and neuroregenerative potential. This IV therapy delivers biologic factors that may contribute to cellular efficiency, tissue homeostasis, and optimized physiological function.