No protocol works if your daily environment is working against it. Here is the framework I give every patient, the non-negotiables that create the conditions for healing.
This is educational content. Apply what makes sense for your situation and always work with a qualified healthcare provider before making changes to any medical treatment plan.
Stabilizing blood sugar and reducing cortisol allows the body to enter deep, restorative sleep cycles.
High vagal tone shifts the body from sympathetic overdrive into repair mode, lowering systemic inflammation.
Protein-first meals and post-meal walks flatten glucose curves and reduce glycation damage to peripheral nerves.
Targeted supplementation with ALA, methylated B12, and omega-3 EPA/DHA directly supports nerve repair and conduction.
Daily movement and lymphatic activation trigger mitochondrial biogenesis, building cellular energy output over time.
Most people try to optimize everything at once and sustain nothing. Start with these five. They address the root mechanisms directly not the symptoms that follow from them.
Glycemic instability is the single most overlooked driver of chronic illness symptoms.
Blood sugar swings trigger cortisol release, drive neuroinflammation, damage peripheral nerves through glycation, and destabilize every other mechanism on this list. This is the first lever to pull, even if you don’t have diabetes.
Answer 5 quick questions about your daily habits. We will show you your glycemic instability risk level and exactly what to focus on first.
How do you typically start your meals?
How often do you drink juice, soda, or sweetened coffee?
What do you usually do after eating a meal?
How long do you typically go between your last meal at night and breakfast?
How would you describe your energy levels throughout the day?
90% of cellular repair, hormone synthesis, and immune modulation happens during deep and REM sleep.
Sleep debt is a direct physiological stressor. It elevates cortisol, worsens insulin resistance, disrupts neurotransmitter balance, and suppresses immune resolution. Rest is not the same as sleep; sleep is active repair.
Tell us what time you need to wake up and how many hours of sleep you want. We will build your personalized evening schedule, timed to the minute, so your body is ready for deep, restorative sleep.
What time do you need to wake up?
Pick a common time or enter your own below.
How many hours of sleep do you want?
Chronic stress keeps the autonomic nervous system in sympathetic overdrive, suppressing every healing mechanism.
The vagus nerve is your primary parasympathetic pathway. When vagal tone is high, gut function improves, inflammation reduces, heart rate variability increases, and the body shifts from defense to repair. Vagal tone is trainable.
Two proven techniques to activate your parasympathetic nervous system. Box breathing is best for acute stress and focus. The 4,6 method is best for daily use and sleep onset. Pick one and press start.
Movement drives circulation to peripheral nerves, stimulates lymphatic drainage, and triggers mitochondrial biogenesis.
The lymphatic system has no pump, movement is its only engine. Movement improves insulin sensitivity within 24 hours and triggers mitochondrial biogenesis. But during active flares, the type and intensity of movement matters enormously, the wrong exercise can worsen inflammation.
Tell us where you are right now and how much time you have. We will build a safe, specific movement plan for today, matched to your condition and available time.
How are you feeling today?
Be honest. The wrong exercise during a flare can set you back significantly.
How much time do you have today?
Even 10 minutes makes a measurable difference to lymphatic flow and nerve circulation.
Chronic illness depletes the very nutrients required to repair it. Generic multivitamins are insufficient.
Chronic stress depletes magnesium. Gut dysfunction impairs B12 absorption. Oxidative stress consumes antioxidants. Nerve damage repair requires specific cofactors that cannot be obtained from food alone at therapeutic doses.
Answer 5 questions about how you feel. We will identify which of the core nerve repair nutrients you are most likely depleted in, ranked by priority, with the correct forms and doses to address each one.
How would you describe your stress and energy levels most days?
How is your sleep quality most nights?
Do you have any digestive issues or gut symptoms?
What nerve and circulation symptoms do you notice most?
How much sun exposure do you get and how is your immune resilience?
This assessment identifies likely depletion patterns based on symptoms, not lab testing. Symptoms are lagging indicators and you may be depleted before you feel it. Baseline testing of B12, vitamin D, magnesium RBC, and omega-3 index gives you the objective data needed to dose precisely rather than estimate.
Chronic dehydration and electrolyte depletion are silent drivers of fatigue, nerve dysfunction, and poor recovery.
Water without minerals does not hydrate at the cellular level. Sodium, potassium, and magnesium are required to move fluid into cells. Chronic stress, caffeine, alcohol, and sweating all deplete these minerals faster than most people replace them. The result is intracellular dehydration even when fluid intake looks adequate on paper.
Select every symptom you experience regularly. We will map each one to its likely mineral or hydration deficiency and tell you exactly what to do about it.
Select all symptoms you experience regularly
Choose as many as apply. Do not overthink it.
These findings are based on symptom patterns, not lab testing. The most accurate way to confirm mineral and hydration status is through an RBC magnesium test, sodium and potassium panel, and osmolality testing. Ask your clinician to include these in your next workup.
Light is the most powerful input your body has for regulating sleep, hormones, mood, and immune function.
Your circadian clock is reset every morning by light entering your eyes. Morning sunlight triggers a cortisol pulse that sets your energy, focus, and mood for the day. It also starts a 14 to 16 hour countdown to melatonin release at night. Without this morning anchor, your entire hormonal rhythm drifts, making sleep harder, energy lower, and inflammation harder to resolve.
Tell us your wake time and how many minutes you have in the morning. We will build a personalized first-30-minutes routine that anchors your circadian rhythm, sets your cortisol pulse, and prepares your body for the day ahead.
What time do you wake up?
Pick a common time or enter your own.
How much time do you have in the morning?
Even 5 minutes is enough to anchor your circadian rhythm for the day.
Meaningful connection is not a lifestyle preference. It is a direct input into your autonomic nervous system and inflammatory state.
Your nervous system uses social signals to assess safety. Meaningful connection activates the ventral vagal pathway, your highest parasympathetic state, reducing cortisol, lowering inflammation, and improving immune regulation. Chronic loneliness and social withdrawal keep the nervous system in a low-grade threat state that no supplement or diet change can fully override. Connection is not soft medicine. It is measurable physiology.
Rate yourself honestly across five dimensions of social connection. There are no right answers. This is a reflection tool, not a test. We will show you your Connection Health Score and build a simple 7-day action plan around your weakest areas.
Drag the green dot left or right on each scale to rate yourself
How often do you have meaningful face-to-face interaction with another person?
How safe, heard, and understood do you feel in your closest relationships?
Do you feel part of a community, group, or purpose larger than yourself?
How often do you feel lonely, even when around other people?
How much of your social time is genuine connection versus passive screen consumption?
Connection quality matters far more than quantity. One genuinely warm, present conversation activates your ventral vagal pathway more powerfully than hours of superficial social contact. Start small. Consistency over intensity applies here just as it does in movement and sleep.
Your home and workspace are either actively supporting your recovery or quietly working against it every single day.
Every clinical protocol eventually runs into the daily environment. The ergonomics of your desk, the temperature of your bedroom, the lighting in your living room, the protein availability in your kitchen, the footwear you stand in for hours, all of these are inputs into your nervous system, inflammatory state, and recovery trajectory. Most patients optimize their supplements and ignore the environment that surrounds them 24 hours a day.
Check every item that is already true in your home. We will score each room, identify which areas are working against your recovery most, and give you the top changes to make first.
Tap each item to check it off if it is already true in your home
The highest-leverage environmental changes require no willpower to maintain once set up correctly. A bedroom that is the right temperature, a kitchen where protein is the most visible option, a desk at the right height, these run continuously as passive protocols that support every other intervention you are making.
What you do in the first 24 hours of a flare determines whether it lasts 2 days or 2 weeks.
If you experience sudden severe pain, neurological symptoms that are new or rapidly worsening, chest pain, difficulty breathing, loss of bladder or bowel control, or any symptom that feels significantly different from your normal pattern, seek medical attention immediately rather than applying self-care protocols.
A flare is not a failure of your protocol. It is a signal that your system has been pushed past its current threshold. The mistake most patients make is either pushing through as if nothing has changed, or completely abandoning their routine in panic. Both responses extend the flare. Flare management is a specific, learnable set of responses that protect your recovery trajectory while your system resets.
Tell us when your flare started and how you are feeling right now. We will identify your current stage, give you a same-day action plan, and build a day by day recovery roadmap all the way back to full activity.
How many days ago did your flare start?
Count today as Day 1 if it just started.
How severe are your symptoms right now?
If your symptoms are not beginning to improve by Day 3, if your severity rating is not dropping by at least 2 points over 48 hours, or if you develop any new or neurological symptoms, contact Dr. McKinney's office rather than continuing to self-manage.
Return to full activity in stages. Once symptoms stabilize, resume at 50% for two days, then 75% for two days, then full activity only if you remain stable. Patients who rush back after a flare are most likely to trigger the next one within two weeks.
This isn’t a scare tactic, it’s an honest explanation of why the ten (10) levers above often stall out without clinical support, and what’s actually getting in the way.
Without objective testing, continuous glucose monitoring, HRV tracking, comprehensive gut markers, organic acids, nutrient levels, you are making lifestyle changes based on symptoms. Symptoms are lagging indicators. You can improve dramatically before you feel it, or plateau without knowing why. Testing removes the guesswork and tells you what is actually moving.
Doing the right things in the wrong order can stall progress or cause temporary worsening. Aggressive detoxification before drainage pathways are open is a common mistake. Starting mitochondrial support before the gut is partially healed often fails. The order of interventions is as important as the interventions themselves, and this requires clinical judgment.
Mold mycotoxins, heavy metal accumulation, and persistent co-infections (Babesia, Bartonella, EBV reactivation) are physiological stressors that lifestyle changes cannot adequately address. They require targeted identification and specific protocols, and they are often invisible to standard medical workups. These are common in patients who do everything right and still do not progress.
True parasympathetic restoration in a chronically dysregulated autonomic nervous system often requires more than breathing exercises. Neurotransmitter repletion, targeted adrenal support, and in some cases specific therapeutic interventions are needed to break the sympathetic lock. This is not a failure of effort, it is a physiological reality that requires clinical support.
The gap between self-directed care and a sequenced protocol isn’t about effort, it’s about having a map instead of wandering.
"I don't guess. I build a protocol based on your pattern, what's driving your breakdown, in what order, and what will move the needle first. Self-care is the soil; the protocol is the cultivation."
There’s no single right answer, there’s the right next step for where you are.
Beginning to investigate the root-cause approach.
You want to understand the mechanisms, apply the foundational levers, and see what moves. The self-care framework above is your starting point.
Best for: newly diagnosed, early in functional medicine journey, not yet ready for clinical support
Done the work, but plateaued.
You have cleaned up your diet, you take quality supplements, you are sleeping better, but you are not sure what to focus on next. A structured program provides the objective framework and sequencing you need.
Best for: patients who have done the foundational work but are not progressing
Explore the Online ProgramReady for comprehensive care.
You are ready for comprehensive intake, functional lab testing, professional-grade protocols, and ongoing support from a clinician who will adjust your approach as you progress.
Best for: complex, multi-system presentations; those who need deep-dive investigation
Work With MeThe 10 levers above are a start. A structured protocol built around your specific breakdown pattern is what produces lasting change.