Metabolism Support in Greenville, SC
Metabolism Support at IHP Greenville. Dr. Hendry, DAOM — functional medicine, root-cause diagnostics, personalized care. Call (864) 365-6156.
"I have been going to Dr. Hendry for 2 months now, for Acupuncture and Supplements. After 2 months, this is the best I have felt in over 2 years. My energy is so much better, my gut and digestion is back to normal."
— Danny Pyatt · March 2026 · Google Review
Metabolic syndrome is not a single disease — it's the downstream clinical expression of insulin resistance, visceral adiposity, and chronic systemic inflammation all driving each other simultaneously. Huang's research established that visceral adipose tissue functions as an endocrine organ secreting IL-6, TNF-alpha, and resistin — which means abdominal fat is not passive accumulation, it's an active inflammatory driver that worsens the insulin resistance that created it. I break that cycle by addressing the gut dysbiosis producing metabolic endotoxemia, the magnesium deficiency impairing insulin receptor phosphorylation, and the mitochondrial bottlenecks limiting cellular energy efficiency. Berberine activates the same AMPK pathway as metformin. That's where I start for most metabolic patients.
How Metabolism Support Works
Metabolism support involves comprehensive metabolic testing (fasting insulin, HbA1c, HOMA-IR calculation, full lipid particle analysis, thyroid, cortisol, inflammatory markers), dietary and lifestyle assessment, and a structured protocol addressing identified metabolic barriers. Acupuncture for hypothalamic regulation and glucose metabolism, Chinese herbal medicine (particularly herbs with strong metabolic evidence — huang lian/berberine), and targeted supplementation form the therapeutic toolkit.
Conditions Treated with Metabolism Support
Mitochondrial and Insulin Signaling Restoration vs. Calorie Restriction Alone
Calorie restriction produces short-term weight loss in the majority of patients who adhere to it. The clinical failure mode is consistent: calorie restriction without addressing mitochondrial efficiency and insulin signaling produces adaptive thermogenesis, reducing basal metabolic rate by 15-25%, making weight regain nearly inevitable when restriction relaxes. A 54-year-old man has completed three medically supervised low-calorie diets in five years. Each produced initial weight loss followed by regain to a higher baseline. He is frustrated and has been told the problem is behavioral. Our metabolic panel reveals fasting insulin of 26 mIU/L with HOMA-IR of 5.8, confirming significant insulin resistance that creates a fat storage bias regardless of caloric intake. Leptin is elevated at 38 ng/mL, indicating leptin resistance that suppresses satiety signaling and reduces sympathetic-driven thermogenesis in brown adipose tissue. Organic acid profiling shows impaired beta-oxidation and suboptimal citric acid cycle efficiency. RBC magnesium is below the functional threshold. Our protocol targets insulin receptor function through berberine, chromium, and RBC magnesium repletion, restores mitochondrial efficiency through CoQ10 and B-vitamin cofactors, increases short-chain fatty acid production through prebiotic fiber, and uses acupuncture to modulate leptin and adiponectin signaling. This addresses the metabolic machinery rather than reducing input to a malfunctioning system.
Research & Evidence
Metabolic dysfunction is a continuum beginning with early insulin resistance, measurable by fasting insulin and HOMA-IR years before glucose becomes diagnostic for diabetes, and progressing through impaired mitochondrial fatty acid oxidation, leptin resistance, and adipokine dysregulation that drives systemic inflammation. Huang (Dis Model Mech. 2009) defined the metabolic syndrome mechanistically as a state of chronic low-grade inflammation, insulin resistance, and dyslipidemia driven by adipose tissue dysfunction, with visceral adiposity serving as an endocrine organ secreting pro-inflammatory IL-6, TNF-alpha, and resistin. Naviaux et al. (PNAS. 2016) documented that mitochondrial metabolic pathway impairment is detectable in patients with metabolic dysfunction through organic acid profiling, identifying specific bottlenecks in beta-oxidation and the citric acid cycle that limit cellular energy efficiency. Houston (World J Cardiol. 2014) reviewed evidence that magnesium deficiency impairs insulin receptor phosphorylation, reducing glucose transporter (GLUT4) membrane translocation and creating functional insulin resistance independent of receptor density. The Sonnenburg lab (Sonnenburg and Sonnenburg, Cell Metab. 2014) demonstrated that microbial short-chain fatty acid production from dietary fiber directly activates AMPK in skeletal muscle, the master metabolic regulator that increases mitochondrial biogenesis and insulin sensitivity. Our metabolic protocol measures fasting insulin, HOMA-IR, adiponectin, leptin, organic acids, and RBC magnesium before prescribing metabolic intervention.
Your First Appointment
Bring prior metabolic labs (lipids, glucose, HbA1c). Describe your dietary patterns — this is a clinical conversation, not a judgment. Accurate dietary information is essential for precise metabolic intervention.
Why Dr. Hendry for Metabolism Support
Dr. Hendry's functional medicine training in metabolic medicine, combined with his knowledge of Chinese herbs with documented metabolic effects (berberine/huang lian for blood sugar, red yeast rice for lipids), provides a uniquely integrated metabolic support capability.