PMOS/PCOS, Insulin Resistance & Blood Sugar: A Functional Medicine Approach in Arvada & Longmont, Colorado
Are you experiencing fatigue, energy crashes, sugar cravings, or hormonal symptoms associated with polycystic ovary syndrome (PCOS), also referred to as PMOS? Have you wondered whether insulin resistance could be contributing to how you feel?
For many women, understanding the relationship between insulin, blood sugar, hormones, and daily energy levels can be an important step toward improving metabolic health.
At Alternative Family Medicine & Chiropractic, we take a whole-person approach to wellness, considering how nutrition, movement, sleep, stress, hormones, and metabolic function may influence your health.
One tool that may provide additional insight is a continuous glucose monitor (CGM). By observing glucose patterns in real time, you can begin exploring how your daily habits relate to your body's glucose response.
The goal isn't to chase perfect numbers. It's to understand your individual patterns, identify opportunities for sustainable changes, and make informed decisions about your health.
Understanding PMOS/PCOS and Insulin Resistance
Polycystic ovary syndrome (PCOS) is a complex hormonal and metabolic condition that affects many women during their reproductive years. Insulin resistance is common in people with PCOS, although not everyone with PCOS has it.
Insulin helps move glucose from your bloodstream into your cells, where it can be used for energy. When your cells become less responsive to insulin, your body may compensate by producing more insulin to help maintain blood glucose levels.
Higher insulin levels can contribute to increased androgen production and may affect ovulation, menstrual regularity, and other PCOS-related symptoms.
Insulin resistance is also associated with an increased risk of prediabetes and type 2 diabetes.
Factors that may influence metabolic health include:
Nutrition and meal composition
Physical activity and muscle health
Sleep quality and consistency
Stress and recovery
Genetics, medications, and other underlying health conditions
Understanding these connections can help you and your healthcare provider determine which strategies may be appropriate for your individual needs.
Could a Continuous Glucose Monitor (CGM) Help You Understand Your Blood Sugar?
A continuous glucose monitor is a wearable sensor that measures glucose in the fluid beneath your skin and provides ongoing readings.
For selected individuals, a CGM can help reveal patterns that may otherwise be difficult to recognize.
You might observe:
How your glucose responds to different meals
Whether walking after eating appears to change your glucose pattern
How sleep quality relates to your readings
Whether stressful days coincide with different glucose patterns
How meal composition relates to hunger, energy, and satisfaction
These observations can help you make more informed lifestyle decisions and have more productive conversations with your healthcare provider.
Is a CGM Right for Everyone With PCOS?
Not necessarily. CGMs are not routinely necessary for everyone with PCOS, particularly those without diabetes.
A CGM measures glucose, not insulin, and cannot independently diagnose insulin resistance, prediabetes, diabetes, or PCOS. Glucose also naturally rises after meals, so an increase does not automatically indicate a problem.
For people with PCOS, appropriate laboratory testing is important. A two-hour oral glucose tolerance test is particularly useful for assessing glucose status in PCOS and is recommended by international PCOS guidelines as the most accurate assessment of glycemic status in this population.
A CGM can be an additional educational tool in selected circumstances, but it does not replace established medical testing.
Your CGM Action Plan: Learn Your Patterns, Make Small Changes
If you and your healthcare provider decide that a CGM is appropriate, the following framework can help you use the information constructively.
Step 1: Establish Your Baseline
One option is the Stelo Glucose Biosensor System, an over-the-counter glucose biosensor intended for eligible individuals who are not using insulin.
An initial trial of two to four weeks may provide useful observations. Some individuals may benefit from a longer period of one to three months, depending on their goals and circumstances.
During your first week, focus on observation rather than changing everything at once.
Eat your usual meals and snacks.
Maintain your normal routine as much as practical.
Notice when glucose rises and how it trends afterward.
Keep brief notes about meals, sleep, movement, stress, and energy.
Avoid labeling foods or readings as good or bad.
Follow the manufacturer's instructions for sensor application, replacement, and compatible adhesives or overpatches.
The goal is to understand your starting point before experimenting with changes.
Step 2: Keep a Simple Daily Log
You don't need a complicated spreadsheet. A few notes on your phone can help you connect the dots.
Record the following when practical:
Food: What did you eat, and approximately when?
Movement: Did you walk, exercise, or spend most of the day sitting?
Sleep: Did you sleep well or wake up feeling tired?
Stress: Was the day calm, busy, or particularly stressful?
Energy: Did you feel steady, sluggish, hungry, or unusually tired?
You can also note glucose readings before and after meals when useful, following your device's guidance.
Look for patterns that repeat over time rather than drawing conclusions from a single reading. CGM readings are estimates and can be affected by sensor limitations and timing.
Step 3: Choose One Habit to Experiment With
After observing your usual routine, choose one manageable change. Keep other habits relatively consistent when practical so you can better understand what may be influencing your readings.
Experiment 1: Walk after a meal.
Try a comfortable 10–15 minute walk after eating if it fits your schedule and physical abilities. Notice how you feel and whether your glucose pattern differs on comparable days.
Experiment 2: Build a balanced plate.
Combine protein, fiber-rich foods, vegetables, healthy fats, and carbohydrate sources that meet your nutritional needs. Observe how different meal combinations relate to your glucose patterns and satisfaction.
Experiment 3: Experiment with meal order.
You could try eating vegetables or other fiber-rich foods first, followed by protein and the rest of your meal. Some people experience smaller post-meal glucose rises with this approach, although responses vary.
Experiment 4: Support your sleep routine.
Notice whether your glucose patterns or energy levels differ after a restful night compared with a disrupted night. Aim for consistent sleep and wake times when possible.
Experiment 5: Build movement into your week.
If appropriate for you, incorporate regular walking and resistance exercise. Muscle plays an important role in glucose uptake, and consistent physical activity supports metabolic health.
You don't need to implement every change at once. Start with the one that feels easiest to sustain.
Step 4: Review Your Patterns, Not Just Your Numbers
At the end of each week, spend a few minutes reviewing your notes.
Ask yourself:
Which meals seemed to produce similar responses on multiple occasions?
Did movement after meals appear helpful?
Did sleep or stress coincide with changes in glucose patterns?
Which habits helped you feel more energized or satisfied?
What is one realistic change you'd like to continue exploring?
There is no universal fasting glucose target or post-meal rise that applies to everyone using a CGM. Glucose naturally fluctuates, and readings must be interpreted in context.
If you repeatedly notice unusual readings, experience symptoms, or are concerned about your metabolic health, discuss those observations with your healthcare provider.
Step 5: Remember That a CGM Is Not a Punishment
Some people initially feel that wearing a CGM means their food choices are being watched, judged, or graded.
That is not the intention.
Your glucose readings are information, not a judgment of your choices or your commitment to your health.
A higher reading does not automatically mean you did something wrong. Food, movement, sleep, stress, hormones, medications, and individual physiology can all influence glucose patterns.
Instead of thinking, "I ate the wrong thing," consider asking, "What can I learn from this response?"
The goal is not to achieve a perfectly flat glucose curve. It is to build awareness, discover sustainable habits, and make informed decisions about your health.
Looking Deeper: Why Might Glucose Patterns Be Changing?
Blood glucose regulation is influenced by more than diet alone. When symptoms, readings, or laboratory findings raise concerns, a broader clinical evaluation may be appropriate.
The goal is to investigate plausible contributing factors rather than assume that every person has the same underlying problem.
1. Stress, Sleep, and Daily Physiology
Chronic stress, insufficient sleep, and disrupted routines may influence glucose regulation.
We may discuss sleep quality, stress management, energy levels, eating patterns, and recovery habits to understand which factors could be relevant to your situation.
Cortisol is part of the body's normal stress response. A glucose fluctuation alone does not establish that cortisol is elevated or that an adrenal disorder is present.
2. Hormonal Changes
Hormonal health can be particularly relevant for individuals with PMOS/PCOS and those transitioning through perimenopause or menopause.
PCOS is associated with increased metabolic risk, and changes in reproductive hormones may affect body composition, sleep, and metabolic health.
However, low estrogen or progesterone imbalance should not automatically be assumed to be the cause of a glucose pattern. Evaluation should be guided by symptoms, medical history, and appropriate clinical assessment.
3. Nutritional Status
Nutrient deficiencies can contribute to certain symptoms and health problems, but testing and supplementation should be individualized.
Depending on the clinical picture, a provider may consider evaluating magnesium, vitamin B12, iron, or other nutrients. Chromium, carnitine, and antioxidant-related nutrients may be relevant in selected circumstances, but routine testing or supplementation is not necessary for everyone with glucose fluctuations.
More supplements do not automatically mean better metabolic health.
4. Digestive Health and Inflammation
Digestive symptoms and certain inflammatory or gastrointestinal conditions may warrant further evaluation.
Testing for conditions such as celiac disease, gastrointestinal infections, or small intestinal bacterial overgrowth may be appropriate when symptoms and medical history support it.
However, dysbiosis, yeast overgrowth, or intestinal permeability should not automatically be presumed to be the root cause of insulin resistance.
5. Medication History and Other Health Factors
Certain medications, including corticosteroids, can affect glucose levels. Other medical conditions, changes in activity, and nutritional factors may also contribute.
Environmental exposures, including mold or heavy metals, should be evaluated when there is a credible exposure history or specific clinical indication—not simply because glucose readings fluctuate.
Testing Considerations: When More Information Is Needed
A CGM can help reveal patterns, but it cannot identify every underlying cause. Depending on your symptoms and risk factors, your healthcare provider may consider:
Glucose assessment: fasting plasma glucose, HbA1c, or an oral glucose tolerance test.
Metabolic health: lipid profile and other assessments based on your individual risk.
Hormonal or thyroid evaluation: when indicated by symptoms and medical history.
Nutritional assessment: targeted testing for suspected deficiencies.
Kidney and liver function: when relevant to your health status, medications, or proposed treatment.
Inflammatory or gastrointestinal testing: when clinical findings suggest that further investigation is warranted.
Specialized tests, including commercial micronutrient panels, comprehensive stool panels, and oxidative-stress testing, may be considered selectively, but their usefulness depends on the specific test and clinical question. They are not all necessary or validated as routine investigations for insulin resistance.
Testing should answer a meaningful clinical question and help guide decisions.
Individualized Supplement Support
Some people may benefit from specific nutritional interventions or supplements, depending on their health history, diet, laboratory results, medications, and treatment goals.
Examples sometimes considered in selected circumstances include:
Myo-inositol in the context of PCOS
Magnesium or other nutrients when intake is inadequate or deficiency is identified
Alpha-lipoic acid or berberine after considering the evidence, medication interactions, and individual risks
Botanical preparations intended to support general wellness
Evidence and safety vary by ingredient. Berberine can interact with medications, and its potential glucose-lowering effects are relevant for some individuals. Chromium and other supplements should not be used automatically in response to a CGM reading.
There is no universal supplement protocol for glucose fluctuations, and supplements should not replace established PCOS or diabetes care.
Adrenal Energy Boost: Botanical and Nutritional Support
As part of my approach to wellness, I also offer Adrenal Energy Boost through our online shop.
I have found licorice-containing support helpful in my approach to supporting energy and stress management in appropriate individuals. However, personal experience is not the same as clinical evidence, and licorice has not been established as a treatment for PMOS/PCOS, insulin resistance, fatigue, or glucose spikes.
The appropriateness of a supplement depends on its ingredients, dosage, medical history, and potential interactions with medications.
You can learn more about the product here:
Shop Adrenal Energy Boost
Important Licorice Safety Information
Licorice containing glycyrrhizin can raise blood pressure, lower potassium levels, and cause potentially serious adverse effects, particularly with prolonged use.
Do not use licorice-containing supplements if you have ongoing high blood pressure unless your treating clinician has specifically determined that use is appropriate. These products are not intended for long-term use without medical supervision.
People with heart or kidney disease, as well as those taking certain medications, may be at increased risk of complications. Licorice may interact with medications, including corticosteroids.
If you are pregnant, breastfeeding, taking prescription medications, or managing a chronic health condition, consult your healthcare provider before starting this or any other supplement. Always review the current product label and Supplement Facts panel before use.
Supplements should not replace medical evaluation, prescribed treatment, or evidence-based management of PCOS and insulin resistance.
PMOS/PCOS and Metabolic Health Support in Arvada, Longmont & Surrounding Colorado Communities
If you're looking for personalized support for hormonal health, insulin resistance, metabolic wellness, or PCOS-related concerns, Alternative Family Medicine & Chiropractic serves patients in Arvada and Longmont, Colorado, and surrounding communities.
Our functional medicine approach considers the connections between hormones, metabolism, nutrition, sleep, stress, and lifestyle to help guide individualized health strategies.
We welcome individuals seeking support from communities throughout the region, including:
Arvada and the west Denver area: Wheat Ridge, Golden, Lakewood, Westminster, and Denver.
Longmont and Boulder County: Boulder, Niwot, Louisville, Lafayette, and Erie.
The northern Front Range: Broomfield, Thornton, Frederick, Firestone, and nearby communities.
Whether you're exploring PMOS/PCOS-related insulin resistance, wondering whether a CGM may be useful, or looking for guidance on metabolic and hormonal health, our goal is to help you better understand your individual needs and make informed decisions about your care.
Learn more about our PMOS/PCOS health services or explore our metabolic health services.
Bringing It All Together
PMOS/PCOS involves more than reproductive symptoms alone. For many women, it is closely connected with metabolic health, insulin function, and hormonal regulation.
Understanding your glucose patterns, prioritizing sustainable lifestyle habits, and working with a qualified healthcare provider can help you develop a plan tailored to your needs.
A CGM may offer useful information in selected circumstances, while appropriate laboratory testing can help assess metabolic risk. Nutritional and botanical supplements may be considered as part of a broader wellness strategy, but they are not substitutes for established care.
The goal is not to find one perfect food, supplement, or quick fix. It is to understand the bigger picture, identify the factors that matter most to your health, and build a sustainable approach that supports your well-being over time.
If you're in Arvada, Longmont, Boulder, or the surrounding Colorado communities and want to learn more about a personalized approach to hormonal and metabolic health, explore the resources available through Alternative Family Medicine & Chiropractic.
Medical disclaimer: This article is for educational purposes only and is not intended to diagnose, treat, cure, or prevent any disease. CGM readings do not independently diagnose insulin resistance, prediabetes, or diabetes. Supplement use and testing should be individualized with a qualified healthcare professional. Do not change prescribed medication or diabetes treatment based on CGM readings without appropriate medical guidance.