What you’ll find in this guide
- What nerve pain is (and how it differs from neuropathy)
- Common symptoms and why they affect sleep, energy, and mobility
- Nine root contributors to nerve pain
- How functional medicine evaluates nerve pain
- Supportive therapies that may help nerve health and recovery
- Programs at InfusaLounge designed for persistent nerve symptoms
- Who tends to benefit from a nerve pain evaluation
- Nerve pain support near McKinney, Frisco, Plano, and North Texas
- Frequently asked questions
Nerve pain is more common than people realize, and it is rarely as simple as it looks
If burning, tingling, shooting pain, numbness, pins and needles, or a strange hypersensitivity is showing up in your hands, feet, legs, arms, face, or somewhere along the path of a nerve, you are not imagining it and you are not alone. Nerve pain is not a niche complaint. It is one of the more common reasons people in Allen, McKinney, Frisco, Plano, Fairview, Richardson, Lucas, and Murphy walk into a clinic looking for answers.
How common?
In one of the largest US community studies, neuropathic pain was found in roughly 1 in 10 adults when assessed by clinical examination, with self-reported nerve pain reaching 12.4% of the population (PMID: 20849570). A systematic review of population studies estimates the prevalence of pain with neuropathic characteristics at between 6.9% and 10% (PMID: 24291734). That is a meaningful share of the people you pass at The Village at Allen, in line at the pharmacy, or sitting next to you at a school event.
What surprises most patients is that nerve pain rarely has one cause. It is a symptom pattern, not a single diagnosis. Two people can have the same burning sensation in the feet from very different drivers. One may be running on years of low B12. Another may have lingering inflammation from a viral illness. A third may have blood sugar that looks fine on a basic panel but swings enough to irritate small nerve fibers. The drivers matter because they shape what actually helps.
At InfusaLounge Integrative & Functional Medicine in Allen, TX, our approach to nerve pain is straightforward: identify the underlying contributors, then build a personalized plan around what the evaluation reveals. The goal is not to chase the symptom. It is to understand what is feeding it.
If your nerve symptoms are sudden, rapidly worsening, accompanied by weakness, loss of bladder or bowel control, or one-sided neurological changes, please seek urgent medical care first. This article is for the more common situation: persistent burning, tingling, numbness, or shooting pain that has not been clearly explained or fully resolved. If that’s where you are, schedule a Nerve Pain Evaluation and use what follows to come in better informed.
What is nerve pain?
Nerve pain, or neuropathic pain, is pain that originates from a problem with the nerves themselves rather than from tissue injury alone. When a nerve is irritated, compressed, inflamed, deprived of nutrients, or damaged, it can fire in ways that feel sharp, burning, electric, tingling, or numb. The brain interprets those signals as pain even when there is no obvious wound.
That is why nerve pain so often confuses people. It can show up without a bruise, swelling, or visible injury. It can travel along a nerve pathway from the spine into a limb. It can flare at night when the body is still. It can be triggered by something as gentle as a bedsheet brushing the skin, a phenomenon called allodynia.
Common descriptors include burning, tingling, pins and needles, shooting or stabbing, electric shocks, numbness, hypersensitivity to temperature or vibration, and pain that does not respond to typical pain relievers. If several of those words match what you have been feeling, you are likely dealing with a neuropathic component, and a deeper evaluation is reasonable.
In short: nerve pain is pain coming from irritated or damaged nerves, and its character is what distinguishes it from a simple muscle ache or a bruised joint.
Nerve pain vs. neuropathy: what’s the difference?
Patients use these terms interchangeably, but they do not mean the same thing. Understanding the difference helps you describe your situation more accurately and ask better questions.
| Aspect | Nerve pain | Neuropathy |
|---|---|---|
| What it is | A symptom or pain pattern from irritated or sensitized nerves | A condition involving nerve dysfunction or damage, often confirmed clinically or with testing |
| What it feels like | Burning, tingling, shooting, electric, hypersensitive | Numbness, tingling, burning, weakness, balance changes, sensation loss |
| Diagnosis required | No formal diagnosis needed to feel it | Typically established through clinical exam, history, and sometimes nerve studies |
| Course | May be temporary, episodic, or persistent | May be chronic or progressive depending on the cause |
| Underlying drivers | Wide range, often multifactorial | Wide range, often multifactorial |
The practical takeaway: you can have nerve pain without a neuropathy diagnosis, and you can have early neuropathy without dramatic pain. Either way, the question worth answering is the same: what is driving these signals, and is it something we can support?
Common symptoms of nerve pain
Nerve symptoms have a distinct vocabulary. Patients tend to say things like:
- Burning that comes and goes, or sits in the background all day
- Tingling or pins and needles that is more than the temporary feeling of a foot falling asleep
- Shooting or electric pain that travels along a path
- Numbness or reduced sensation in the hands, feet, or face
- Hypersensitivity, where light touch, clothing, or sheets feel painful (allodynia)
- Temperature or vibration sensitivity that seems out of proportion to the stimulus
- Stabbing pain that arrives without warning
- Pain that gets worse at night or when lying still
- Muscle weakness, reduced coordination, or a sense that the limb is not quite reliable
- Pain that does not respond well to over-the-counter pain relievers
If two or more of those describe your experience and they have lasted more than a few weeks, you are in territory worth evaluating rather than waiting out.
Why nerve pain affects more than just the painful area
Nerve pain has a way of compounding. The original symptom is one layer. The downstream effects are another.
Sleep is usually the first to suffer. Nerves often quiet down during the day when the body is busy and noisy with other input, then turn up at night when the rest of the system goes still. Patients describe lying in bed with feet that feel like they are on fire, or hands that buzz every time they roll over. Sleep loss reduces pain tolerance the next day, which makes the symptom feel worse, which makes the next night harder.
Energy follows. Chronic pain raises baseline cortisol and keeps the autonomic nervous system tilted toward fight-or-flight. That uses energy the body would rather spend on repair. Mobility narrows next, especially when numbness or weakness affects balance. Mood and cognition often bend under the weight of poor sleep, ongoing discomfort, and the simple frustration of not knowing what is wrong.
This is why the goal is not just to dull the symptom. It is to address the contributors so the whole stack starts to settle.
What causes nerve pain? The nine contributors worth investigating
Nerve pain is rarely one thing. In our experience, most persistent cases involve two or three of the following running quietly in the background. A good evaluation looks at all of them.
1. Inflammation and oxidative stress
Chronic, low-grade inflammation can irritate peripheral nerves directly and increase their sensitivity to other inputs. Oxidative stress, the imbalance between free radicals and antioxidant defenses, compounds the damage over time, particularly in tissues like nerves that have high energy demands and limited repair capacity.
Inflammation does not have to be dramatic to matter. It can be quietly elevated for years from poor sleep, visceral fat, gut permeability, undertreated dental issues, or chronic stress. Functional medicine evaluation often includes panels that look beyond a basic CRP, including hs-CRP, fibrinogen, oxidative stress markers, and homocysteine.
2. Nutrient deficiencies and nerve signaling
Nerves are nutrient-hungry. Several B vitamins, magnesium, and antioxidants play direct roles in nerve signaling, myelin maintenance, and repair. The nutrients that most reliably show up in nerve pain evaluations include:
- Vitamin B12 (cobalamin), which is required for myelin synthesis and repair
- Vitamin B1 (thiamine), critical for nerve energy metabolism
- Vitamin B6 (pyridoxine), required for neurotransmitter and myelin function (note: excess B6 from over-supplementation can also cause neuropathy)
- Folate, which works alongside B12 in methylation and homocysteine clearance
- Magnesium, which helps regulate nerve excitability
- Antioxidants like glutathione, alpha-lipoic acid, vitamin E, and vitamin C
B12 deficiency is particularly worth ruling out. Older adults are at notably higher risk, and B12 deficiency has been associated with peripheral neuropathy, sensation loss, and weakness in the lower extremities (PMID: 3376015). Risk goes up further with certain medications (long-term proton pump inhibitors, metformin), gastric or bariatric surgery, plant-based diets, and absorption issues. Levels in the low-normal range can still cause neurological symptoms, which is why functional medicine evaluation often pairs serum B12 with methylmalonic acid and homocysteine for a more complete picture.
3. Blood sugar dysregulation, including in non-diabetic patients
Diabetes is the best-known cause of nerve pain, and for good reason. Texas carries a heavy metabolic load: roughly 12.3% of Texas adults have been diagnosed with diabetes, and an estimated 34% of adults have prediabetes (American Diabetes Association, Texas state fact sheet).
But here is the part most patients miss: glucose fluctuations can affect nerve sensitivity even when standard labs look fine. Post-meal spikes, repeated mild hypoglycemia, and insulin resistance can all irritate small nerve fibers without producing a fasting glucose number that triggers a diagnosis. This is why a functional cardiometabolic workup goes beyond fasting glucose to include fasting insulin, HOMA-IR, A1c, and sometimes continuous glucose monitoring for a window into actual daily patterns.
If you have been told your blood sugar is normal but you have nerve symptoms, it may be worth looking again with finer instruments.
4. Viral triggers, including shingles, COVID, and EBV
Viruses are an underappreciated driver of nerve pain. Shingles, caused by reactivation of the varicella-zoster virus, can leave behind postherpetic neuralgia (PHN), which the CDC defines as pain persisting more than 90 days after the rash appears. The CDC reports that approximately 10% to 18% of people with shingles develop PHN, with risk rising with age (CDC: Clinical Features of Shingles).
Long COVID has reshaped what we expect to see. A 2023 systematic review and meta-analysis in the Journal of Clinical Medicine found pooled neuropathic pain prevalence of 6.7% in hospitalized acute COVID-19 patients and 34.3% in long COVID patients, with significant heterogeneity across studies (PMID: 36836207). Symptoms in the included studies were reported across the legs, hands, feet, neck, shoulders, head, and more diffuse regions, and onset ranged from weeks to over a year after the initial infection.
Epstein-Barr virus reactivation, untreated tick-borne infections, and other post-viral inflammatory states can all sensitize the nervous system in similar ways. The mechanism is not always identical, but the pattern is recognizable: a viral event, a period of recovery, and then nerve symptoms that arrive or persist beyond the acute illness.
5. Autoimmune and immune-driven nerve patterns
The immune system can affect nerve function in several ways. In some autoimmune conditions, immune activity targets components of nerves directly. More commonly, chronic immune activation creates an inflammatory environment that lowers the threshold at which nerves fire. People with autoimmune conditions like Hashimoto’s, lupus, Sjögren’s, rheumatoid arthritis, or celiac disease are more likely to also experience neuropathic symptoms.
Functional immune evaluation looks at antinuclear antibodies, thyroid antibodies, celiac panels, inflammatory markers, and sometimes more specific autoantibody testing depending on the clinical picture. The point is not to label the patient. The point is to know what we are working with so the plan can support immune balance alongside nerve recovery.
6. Injury, compression, and radiating nerve pain
Some nerve pain has a structural source. A disc bulge in the cervical or lumbar spine can compress a nerve root and produce radiating pain down the arm or leg. Carpal tunnel syndrome reflects compression at the wrist. Tarsal tunnel syndrome is the analogous problem at the ankle. Old injuries, repetitive strain, and post-surgical scarring can leave nerves entrapped or sensitized.
This is where structural assessment matters. A radiating pattern that follows a nerve distribution, worsens with specific positions, or improves with positional change suggests a mechanical contributor. Cervical involvement deserves particular attention because the upper cervical spine influences not only nerve roots but also the vagus nerve and autonomic regulation. EPIC Upper Cervical Alignment is one of the tools we use when the pattern points to the upper neck.
7. Circulation and microvascular health
Nerves depend on a dense network of small blood vessels for oxygen and nutrient delivery. When microcirculation suffers, nerves get less of what they need to function and repair. Microvascular issues are common in metabolic conditions, smoking history, sedentary lifestyles, and aging. They can also be local: an old injury that altered blood flow to a region, for example.
Symptoms that hint at a circulation contributor include cold hands or feet, color changes, slower wound healing in the affected area, and improvement of nerve symptoms with movement or warmth. Functional evaluation often includes assessment of vascular health and, where appropriate, autonomic and microvascular testing with TM Flow.
8. Mitochondrial dysfunction and nerve repair
Nerves are some of the most energy-demanding cells in the body. Long axons require constant ATP production to maintain ion gradients, repair damage, and produce neurotransmitters. When mitochondrial function is impaired by oxidative stress, nutrient depletion, certain medications, or chronic illness, nerve cells run on a tighter energy budget and lose ground over time.
This is one reason chemotherapy-induced peripheral neuropathy (CIPN) is so common. Many chemotherapy agents impair mitochondrial function in peripheral nerves. A systematic review found CIPN prevalence around 68% in the first month after chemotherapy, dropping to about 30% at six months or more, with a substantial subset developing chronic painful neuropathy (PMID: 25261162). Mitochondrial support is part of why several therapies discussed below are studied for nerve recovery.
9. Stress, autonomic imbalance, and pain sensitivity
Chronic stress changes how the nervous system processes pain. When the autonomic nervous system stays tilted toward sympathetic dominance, the threshold for pain perception drops. Inputs that would have been background noise become foreground signals. Sleep suffers. Recovery slows. Pain amplifies.
This is not a story about pain being imaginary. It is the opposite. The nervous system is doing exactly what it evolved to do under threat conditions, and modern chronic stress keeps the system in that mode for years. Addressing the autonomic component, through nervous system regulation, breath work, sleep restoration, vagal tone support, and sometimes upper cervical work, is often what makes the rest of the plan land.
How InfusaLounge evaluates nerve pain
A nerve pain evaluation at InfusaLounge does not start with a stack of orders. It starts with the history. We want to understand the timeline, the character of your symptoms, what makes them better or worse, your medical and surgical history, current medications and supplements, viral history, stress and sleep patterns, and what has already been tried.
From there, the workup is targeted. The most common areas we explore include:
| Diagnostic area | What it explores |
|---|---|
| Micronutrient testing | Cellular levels of B vitamins, magnesium, and antioxidants relevant to nerve signaling and repair |
| Cardiometabolic testing | Fasting glucose, insulin, HOMA-IR, A1c, lipids, and inflammatory markers to assess blood sugar and metabolic contributors |
| Inflammation and oxidative stress panels | hs-CRP, fibrinogen, homocysteine, and oxidative stress markers |
| Hormone and thyroid testing | Thyroid panel including antibodies, plus relevant sex and adrenal hormones |
| Autoimmune and immune panels | ANA, thyroid antibodies, celiac panel, and condition-specific autoantibodies as indicated |
| TM Flow / autonomic nervous system testing | Heart rate variability, vascular response, and sudomotor function for autonomic and microvascular insight |
| OligoScan | Mineral status and toxin patterns when environmental contributors are suspected |
| GI-MAP or comprehensive stool analysis | Gut-driven inflammation, dysbiosis, or absorption issues that influence nutrient status |
| Genetic and methylation testing | Variants relevant to B-vitamin metabolism, detoxification, and inflammation |
The selection is not the same for every patient. The goal is to assemble enough information to identify which contributors are most active for you, then build a plan around that picture rather than running tests for the sake of running them.
Supportive therapies that may help nerve pain
Once contributors are identified, a personalized plan typically combines targeted nutrition, supplementation, and selected therapies. None of the therapies below should be presented as a cure for neuropathy, postherpetic neuralgia, post-viral nerve pain, or autoimmune nerve conditions. They are tools used in support of nerve health, inflammation balance, circulation, and cellular recovery, with personalization based on what evaluation reveals.
IV nutrient therapy for nerve support
Targeted infusions can deliver nerve-relevant nutrients at higher doses than oral supplementation reliably achieves. IV nutrient therapy for nerve support may include alpha-lipoic acid, glutathione, B-complex with B12, magnesium, and N-acetylcysteine (NAC). Specialty IV protocols include condition-focused formulations including a Neuropathy & Nerve Pain protocol.
On evidence: an evidence-based guideline from the American Academy of Neurology, AANEM, and AAPM&R concluded there is insufficient evidence to support or refute the use of vitamins and alpha-lipoic acid as treatments for painful diabetic neuropathy at the time of publication (PMID: 21482920). At the same time, intravenous alpha-lipoic acid administered for several weeks has shown symptom improvement in diabetic peripheral neuropathy in some randomized trials. The honest read is that nutrient therapy may help when deficiencies or increased needs are present, that it should be personalized, and that it is not a cure. We use it where the evaluation suggests it is likely to add value, alongside the rest of the plan.
When direct nutrient repletion is the priority, vitamin shots and injections (B12, B-complex, methylcobalamin) can be a more targeted, less time-intensive option.
NAD+ therapy and cellular energy
NAD+ therapy supports mitochondrial function, DNA repair pathways, and neurological signaling. NAD+ is a coenzyme involved in hundreds of cellular reactions, and levels decline with age, chronic illness, and oxidative stress. For patients whose evaluation suggests mitochondrial or cellular energy contributors, NAD+ may be considered as part of a recovery plan focused on restoring nerve cell resilience and supporting neurological recovery.
Hyperbaric oxygen therapy (HBOT)
HBOT uses pressurized oxygen to dramatically increase the amount of oxygen dissolved in blood plasma, which can reach tissues that are poorly perfused. For nerve pain, HBOT may be considered when oxygen delivery, inflammation reduction, mitochondrial support, or post-viral recovery are part of the picture. We use OxyEdge hard-shell chambers at 2.0 ATA. Sessions are typically run as a series rather than one-offs, and the protocol is matched to the underlying contributors identified in evaluation.
Ozone therapy and ozone sauna
Ozone therapy with UVBI (major autohemotherapy combined with ultraviolet blood irradiation) is studied for immune regulation, oxidative balance, and reduction of inflammatory mediators. Ozone sauna pod therapy using the Refire-O3 pod delivers transdermal ozone in a whole-body session that supports circulation and detoxification pathways. For patients whose evaluation points to chronic immune activation, post-viral inflammation, or oxidative stress as contributors to nerve symptoms, ozone may be part of a layered plan. As with everything, dose and frequency are personalized.
Red light therapy (photobiomodulation)
Red light therapy delivered with the NovaPod 2.0 uses red and near-infrared wavelengths that interact with cytochrome c oxidase in mitochondria. The mechanism of interest for nerve pain is mitochondrial support, microcirculation, and inflammation modulation at the cellular level. Patients tend to find it pleasant and easy to layer with other therapies, and protocols are matched to the area of concern and the broader plan.
Peptide therapy
Peptide therapy uses small chains of amino acids that signal specific cellular processes. For nerve pain support, peptides such as BPC-157, TB-500 / Thymosin Beta-4, Thymosin Alpha-1, and Epitalon are sometimes considered for tissue repair, immune balance, or cellular signaling, when medically appropriate. Peptides used in our clinical setting are compounded medications. As required by FDA disclosure, compounded peptides are not FDA-approved drugs but are prepared in FDA-registered, state-regulated facilities. They are used only when medically appropriate and only after evaluation supports their inclusion.
EPIC Upper Cervical Alignment
EPIC Upper Cervical Alignment is a precision percussion-based technique developed by Dr. Stan Pierce, DC, focused on the upper cervical spine. The upper neck region matters for nerve pain because it influences not just cervical nerve roots but also the vagus nerve and broader autonomic regulation. EPIC is most relevant when evaluation suggests a structural or autonomic component to the nerve pain picture. Patients whose pain follows a cervical pattern, who have a history of head or neck injury, or whose autonomic markers point to dysregulation are the most common candidates for an EPIC consultation alongside the rest of the plan.
Functional nutrition for nerve repair
Therapies work better when daily nutrition is doing its job. The nutritional foundation for nerve recovery typically includes:
- Anti-inflammatory eating, with emphasis on whole foods, polyphenol-rich plants, and reduction of refined sugars and ultra-processed seed oils
- Blood sugar stabilization through protein-forward meals, fiber, and minimizing isolated carbohydrate spikes
- Adequate omega-3 intake from fatty fish, fish oil where appropriate, and a favorable omega-6 to omega-3 ratio overall
- Mitochondrial nutrients including CoQ10, B-complex, magnesium, and antioxidants
- Identification and reduction of personal inflammatory triggers, which may include gluten, dairy, or specific food sensitivities depending on testing
- Hydration, mineral balance, and adequate protein, all of which are easy to overlook and surprisingly impactful
This is not a one-size-fits-all eating plan. It is a framework that gets personalized based on what your testing and symptom pattern reveal.
Programs at InfusaLounge designed for persistent nerve symptoms
Some patients benefit from a single consultation and a focused therapy series. Others have a longer arc of symptoms and overlapping contributors that warrant a structured program. The programs most often relevant for persistent nerve pain include:
| Program | When it tends to fit |
|---|---|
| Autoimmune & Chronic Inflammation Program | When immune dysregulation, inflammatory patterns, or autoimmune-related nerve symptoms are part of the picture |
| Detoxification & Environmental Health Program | When toxin exposure, mineral imbalance, or oxidative stress appear to be contributing |
| Chronic Fatigue & Energy Optimization Program | When mitochondrial dysfunction, nutrient depletion, and energy production are central, often alongside nerve symptoms |
| Stress, Burnout & Nervous System Restoration Program | When autonomic imbalance, cortisol dysregulation, and nervous system reactivity are amplifying nerve pain |
Programs are not required to start. Many patients begin with the evaluation, see what the data shows, and decide together whether a program structure makes sense or whether a more targeted approach is the right path.
Who tends to benefit from a nerve pain evaluation?
Not every nerve symptom warrants a deep workup. Acute, short-lived tingling after sleeping awkwardly is not the same as months of burning that is starting to affect your sleep. The patients who tend to benefit most from a functional nerve pain evaluation include those who experience:
- Burning, sharp, or electric pain that has lasted more than a few weeks
- Nerve pain that began after a viral illness, including COVID, EBV, or shingles
- Nerve symptoms that started after an injury or surgery and have not fully resolved
- Tingling, numbness, or hypersensitivity without an obvious explanation
- Stress-related nerve symptoms or symptoms that worsen during high-stress periods
- Nerve pain alongside chronic inflammation, autoimmune symptoms, or fatigue
- Post-surgical nerve irritation that persists
- Radiating pain originating from the back or neck
- Symptoms that suggest autonomic involvement, including temperature sensitivity, lightheadedness on standing, or unusual sweating patterns
- A diagnosis of neuropathy with limited improvement on current treatment
If several of those describe your situation, a focused evaluation is a reasonable next step. Results vary, and not every contributor is fully reversible, but many patients find that even partial resolution of contributing factors reduces the intensity and frequency of symptoms meaningfully.
Nerve pain support near McKinney, Frisco, Plano, and the rest of North Texas
InfusaLounge is located at 190 E Stacy Rd #1720 in The Village at Allen shopping center, which puts us within a comfortable drive of most of Collin County and large portions of the wider DFW Metroplex. Patients commonly travel to us from:
- Allen, where most of our local patients live within ten minutes of the clinic
- McKinney, particularly residents of West and South McKinney looking for functional medicine support
- Frisco, where active adults and busy professionals often want a clinic that takes nerve symptoms seriously rather than minimizing them
- Plano, especially patients seeking burning, tingling, and neuropathic pain support outside of conventional pain management
- Fairview, which sits adjacent to Allen and is one of our closest neighbors
- Richardson, where commuters often appreciate the easier parking and clinical pace
- Lucas and Murphy, where smaller-town residents tend to want the depth of evaluation we offer
- Wylie, Sachse, Parker, Princeton, Anna, Melissa, Prosper, and Celina across the broader region
If you are coming from farther afield, we can often coordinate testing and follow-up in a way that minimizes the number of in-person visits required.
Why patients choose InfusaLounge for nerve pain support
There are good clinics for nerve pain in North Texas. The reasons patients choose InfusaLounge tend to come back to a few specifics:
- A comprehensive diagnostic approach that looks at metabolic, inflammatory, immune, autonomic, and nutritional contributors rather than reaching for a single explanation
- Personalized recovery plans rather than a standard protocol applied to every patient
- Access to advanced therapies (IV nutrients, NAD+, HBOT, ozone, red light, peptides, EPIC upper cervical, vitamin shots) under one roof, with sequencing that fits your evaluation
- Clinical experience with neuropathic pain, post-viral nerve symptoms, and autonomic dysfunction, including patients whose previous workups were inconclusive
- An integrated team that includes a Medical Director board-certified in OB/GYN with extensive functional medicine training, an experienced nurse practitioner who handles primary patient management, a clinical operations manager with deep IV and ozone experience, and chiropractic providers for upper cervical care
- A clinic environment designed to be calm, residential, and humane rather than fluorescent and rushed
Schedule a Nerve Pain Evaluation in Allen, TX
If burning, tingling, shooting pain, numbness, pins and needles, hypersensitivity, or radiating nerve discomfort is interfering with your sleep, mobility, energy, or quality of life, you do not have to keep guessing. A focused evaluation can clarify which contributors are most active for you and what the most direct path forward looks like.
Schedule a Nerve Pain Evaluation in Allen, TX, or call (972) 546-4318 with questions. We are open Monday through Friday from 9 AM to 6 PM and weekends from 9 AM to 3 PM.
Frequently asked questions about nerve pain
Is nerve pain the same as neuropathy?
Not exactly. Nerve pain is a symptom pattern. Neuropathy is a condition involving nerve damage or dysfunction. You can have nerve pain without a neuropathy diagnosis, and you can have early neuropathy without dramatic pain. Either way, evaluation can help identify what is driving the signals.
Why does my nerve pain get worse at night?
Nerve pain often becomes more noticeable at night because daytime activity, light, and movement provide competing input that masks subtle nerve signals. When the body is still and the room is quiet, the same signals can feel louder. Inflammation, blood sugar shifts, and autonomic patterns can also shift overnight in ways that affect nerve sensitivity.
Can nerve pain happen if I am not diabetic?
Yes. Diabetes is a major risk factor, but nerve pain can also be associated with nutrient deficiencies, viral triggers, immune activity, injury or compression, circulation issues, mitochondrial dysfunction, environmental toxins, certain medications, and autonomic imbalance.
Can shingles cause long-term nerve pain?
Yes. Approximately 10% to 18% of people with shingles develop postherpetic neuralgia, defined by the CDC as pain lasting more than 90 days after the rash appears. The risk increases with age.
Can COVID cause nerve pain months later?
Neuropathic pain has been reported in long COVID, and a 2023 systematic review found pooled prevalence of 34.3% among long COVID patients in the included studies, with onset ranging from weeks to over a year after the initial infection. Persistent or worsening symptoms should be medically evaluated.
Can nutrient deficiencies cause nerve pain?
Yes. Low B12, B1, folate, magnesium, and antioxidants can impair nerve signaling and myelin maintenance. B12 deficiency in particular has been associated with peripheral neuropathy, and risk goes up with certain medications, gastric surgery, plant-based diets, and aging.
Can blood sugar changes cause nerve pain even if I’m not diabetic?
Glucose fluctuations can affect nerve sensitivity even when fasting glucose looks normal. Insulin resistance, post-meal spikes, and reactive hypoglycemia can all irritate small nerve fibers. A more detailed cardiometabolic workup (fasting insulin, HOMA-IR, A1c, sometimes continuous glucose monitoring) can reveal patterns that a basic panel misses.
Can stress make nerve pain worse?
Yes. Chronic stress shifts the autonomic nervous system toward sympathetic dominance, which lowers the threshold at which nerves fire and amplifies pain perception. Addressing the autonomic component is often part of why a comprehensive plan works when symptom-only approaches stall.
What testing helps evaluate nerve pain at InfusaLounge?
Depending on the clinical picture, evaluation may include micronutrient testing, cardiometabolic panels, inflammation and oxidative stress markers, hormone and thyroid testing including antibodies, autoimmune and immune panels, TM Flow autonomic and microvascular testing, OligoScan for mineral and toxin patterns, and gut testing where indicated.
Can IV nutrient therapy help nerve pain?
It can be part of a personalized plan when nutrient deficiencies, oxidative stress, or specific cofactors are identified in evaluation. Common ingredients include alpha-lipoic acid, glutathione, B-complex with B12, magnesium, and NAC. Evidence is mixed and guidelines call for cautious interpretation, so we use IV nutrients where evaluation supports it rather than as a default.
Does NAD+ support nerve health?
NAD+ is a coenzyme involved in mitochondrial function, DNA repair, and neurological signaling. It is studied for cellular energy and aging-related decline. For nerve pain patients with mitochondrial or post-viral patterns, NAD+ may be considered as part of a recovery plan.
Can red light therapy help nerve pain?
Red light therapy (photobiomodulation) interacts with mitochondria at the cellular level and is studied for inflammation, microcirculation, and tissue recovery. It may be relevant for nerve pain when those mechanisms are part of the contributor list, and it is typically used as part of a layered plan.
Can HBOT support nerve recovery?
Hyperbaric oxygen therapy can dramatically increase oxygen delivery to tissues and is studied for inflammation reduction, mitochondrial support, and recovery from neurological events. For nerve pain, HBOT may be considered where oxygenation, inflammation, or post-viral patterns are central.
Can EPIC Upper Cervical help nerve pain?
EPIC Upper Cervical Alignment may be helpful when evaluation suggests a structural or autonomic component, particularly when nerve symptoms involve cervical patterns, history of head or neck injury, vagus nerve dysregulation, or autonomic dysfunction.
Do vitamins cure neuropathy?
No. Vitamins should not be presented as cures. The American Academy of Neurology, AANEM, and AAPM&R guideline on painful diabetic neuropathy concluded there is insufficient evidence to support or refute the use of vitamins and alpha-lipoic acid as treatments. Nutrient therapy may support nerve function when deficiencies or increased needs are present, and that is how we use it.
What programs at InfusaLounge support nerve pain recovery?
Programs that often align with nerve pain include the Autoimmune & Chronic Inflammation Program, the Detoxification & Environmental Health Program, the Chronic Fatigue & Energy Optimization Program, and the Stress, Burnout & Nervous System Restoration Program. Program enrollment is not required to start. The evaluation comes first.
Is nerve pain support available in Allen, TX?
Yes. InfusaLounge is located at 190 E Stacy Rd #1720, Allen, TX 75002, in The Village at Allen. We see patients from Allen, McKinney, Frisco, Plano, Fairview, Richardson, Lucas, Murphy, Wylie, Sachse, Parker, Princeton, Anna, Melissa, Prosper, Celina, and the wider DFW Metroplex.
When should I see a neurologist or seek urgent care instead?
Sudden weakness, loss of bladder or bowel control, one-sided neurological symptoms, rapidly worsening numbness, or severe new neurological symptoms warrant urgent medical evaluation. Functional medicine support is appropriate for persistent burning, tingling, numbness, or hypersensitivity that has not been clearly explained or fully resolved by conventional care.
How do I get started?
Schedule a Nerve Pain Evaluation through the booking link on our website, or call (972) 546-4318. We will start with a thorough history, identify which testing is most likely to clarify your picture, and build the plan from there.
