Diabetes & Insulin Resistance
Type II diabetes and insulin resistance can be reversed. Dr. Lamkin has helped patients in Edmond, Oklahoma get off diabetes medications through comprehensive metabolic protocols addressing root causes rather than managing symptoms.
1,500+
Patients Treated
25+
Years Clinical Experience
Root-Cause
Metabolic Reversal
BL
Brian Lamkin, DO
Founder & Medical Director, The Lamkin Clinic · Board-Certified Physician · 25+ Years Clinical Experience
Type II diabetes and insulin resistance can be reversed. At The Lamkin Clinic in Edmond, Oklahoma, Dr. Lamkin has helped patients reduce or eliminate diabetes medications by identifying and addressing the underlying metabolic drivers rather than managing blood sugar numbers alone.
The conventional approach to Type II diabetes focuses primarily on controlling blood glucose with medications that often increase insulin production, which perpetuates insulin resistance and weight gain in the long term. At The Lamkin Clinic, we take a fundamentally different approach. We investigate why insulin resistance developed in the first place, including hormonal imbalances, nutritional deficiencies, inflammation, and lifestyle factors, and build a treatment protocol that addresses those root causes directly. For patients in Edmond, Oklahoma City, and surrounding communities, this approach has produced meaningful and lasting metabolic improvement.
Understanding the Two Types of Diabetes
Type I Diabetes
Caused by autoimmune destruction of insulin-producing pancreatic beta cells, likely triggered by a viral infection. Represents approximately 5% of all diabetes cases. Requires lifelong insulin therapy and is not amenable to reversal. Dr. Lamkin supports Type I patients with metabolic optimization alongside their endocrinologist.
Type II Diabetes
A metabolic condition driven by tissue resistance to insulin, not a lack of insulin production. Strongly associated with lifestyle factors but influenced by hormonal imbalances, genetic predisposition, chronic inflammation, and nutritional deficiencies. In most cases, Type II diabetes and insulin resistance can be reversed with the right approach.
What Drives Insulin Resistance
Insulin resistance develops when tissues stop responding to insulin's signal to allow glucose into cells. Blood glucose rises, the pancreas produces more insulin to compensate, and the resulting hyperinsulinemia drives weight gain and worsens resistance. Multiple factors contribute to this cycle:
Diets high in processed foods and refined carbohydrates
Hormonal imbalances including low testosterone, thyroid dysfunction, and cortisol dysregulation
Chronic low-grade inflammation
Nutritional deficiencies including magnesium, chromium, and vitamin D
Physical inactivity and muscle mass loss
Sleep disruption and chronic stress
Gut dysbiosis affecting metabolic signaling
Genetic predisposition to impaired glucose regulation
The Problem with Medication-Only Management
Many diabetes medications work by increasing insulin production or secretion. While this controls blood glucose in the short term, it perpetuates insulin resistance and drives further weight gain, increasing dependency on medication over time. At The Lamkin Clinic, the goal is to improve insulin sensitivity so that less insulin is needed, not to compensate for insulin resistance with more insulin. This approach has helped patients reduce or eliminate their diabetes medications under Dr. Lamkin's supervision.
What Your Evaluation Includes
Your initial consultation includes a comprehensive lab analysis covering hormones, inflammatory markers, cardiovascular risk factors, insulin sensitivity markers including fasting insulin and HOMA-IR, and metabolic function. Dr. Lamkin reviews results in the context of your health history and builds a personalized protocol addressing each identified driver of insulin resistance. Follow-up labs track metabolic response and the protocol is adjusted accordingly.
Frequently Asked Questions
Can Type 2 diabetes be reversed?
Yes. Insulin resistance and Type 2 diabetes can be reversed in many patients when the underlying metabolic drivers are identified and addressed comprehensively. At The Lamkin Clinic in Edmond, Oklahoma, Dr. Lamkin has helped patients reduce or eliminate diabetes medications by correcting hormonal imbalances, improving insulin sensitivity through targeted nutrition and metabolic protocols, and addressing inflammation and nutritional deficiencies that perpetuate the condition.
What is insulin resistance and how does it develop?
Insulin resistance occurs when tissues become resistant to insulin's signal to allow glucose into cells. This causes blood glucose to rise, which triggers the pancreas to produce more insulin, which further drives weight gain and worsens resistance. Contributing factors include diets high in processed foods, hormonal imbalances, chronic inflammation, nutritional deficiencies, physical inactivity, and genetic predisposition.
What does diabetes treatment look like at The Lamkin Clinic?
Treatment begins with a comprehensive consultation including lab analysis covering hormones, inflammation markers, cardiovascular risk, insulin sensitivity, and metabolic function. Dr. Lamkin then builds a personalized protocol addressing each identified driver of insulin resistance. This may include hormone optimization, targeted nutrition planning, specific supplements, and medication review. Follow-up labs track progress and the protocol is adjusted to drive measurable metabolic improvement.
Related Services
Medical Weight LossGLP-1 and metabolic weight loss protocols
Hormone OptimizationHormonal drivers of insulin resistance
Nutrition ServicesClinical nutrition for metabolic health
Cardiovascular ScreeningDiabetes and heart disease risk
Thyroid OptimizationThyroid and metabolic function
DEXA Body CompositionTrack fat loss vs. muscle during treatment
Diabetes Can Be Reversed. Let's Find Out Why It Developed.
Schedule a consultation at The Lamkin Clinic in Edmond, Oklahoma to get a complete metabolic evaluation and a treatment plan focused on reversal, not just management.
Call us at (405) 285-4762 or request an appointment online.