Autoimmune Health

A Root-Cause Functional Medicine Approach

Autoimmune conditions develop when the immune system mistakenly targets the body’s own tissues. Instead of protecting the body from infections or external threats, immune cells begin attacking organs, glands, connective tissue, or the nervous system. Our Functional Medicine approach to autoimmune health looks beyond the diagnosis itself to understand why immune dysregulation developed in the first place. Care focuses on identifying underlying drivers of inflammation, immune imbalance, and metabolic dysfunction so that the system can move toward greater stability.

We provide in-office Functional Medicine care for autoimmune conditions in Roseville and serve patients throughout Granite Bay, Rocklin, Lincoln, Folsom, and the greater Sacramento area, with telehealth options available across California.

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(916) 782-3141

of the population

As many as

50 Million

Americans have an autoimmune disorder.

Understanding Autoimmunity

Autoimmune disorders are among the fastest growing categories of chronic illness worldwide. More than 180+ different autoimmune diseases have been identified, affecting an estimated 50 million Americans.

Despite their differences, many autoimmune conditions share common mechanisms involving immune signaling, inflammation, and environmental triggers.

Common symptoms associated with autoimmune activity include:

Persistent fatigue
Joint pain or stiffness
Digestive disturbances
Brain fog or cognitive changes
Muscle weakness
Skin rashes or inflammatory skin changes
Hormonal irregularities
Chronic inflammation
Unexplained neurological symptoms

Because these symptoms affect multiple systems simultaneously, autoimmune disease often requires a whole-body investigative approach rather than focusing on a single organ.

The Autoimmune Spectrum

Autoimmune disease does not typically appear suddenly. In many cases, the immune system begins producing antibodies years before a formal diagnosis occurs. During this early phase, patients may experience symptoms without clear laboratory confirmation of disease.

This progression is sometimes referred to as the autoimmune spectrum. Conventional medicine often begins intervention at Stage 3, when structural damage has already occurred. Functional Medicine focuses on identifying dysfunction earlier in the process whenever possible, allowing care to address immune imbalance before disease progresses.

Stage 1

Silent Autoimmunity

Autoimmune antibodies may be elevated, but symptoms and tissue damage have not yet developed.

Stage 2

Autoimmune Reactivity

Symptoms begin to appear as immune activity increases, though measurable tissue destruction may still be minimal.

Stage 3

Autoimmune Disease

Autoimmune antibodies are elevated and measurable damage to tissue or organs has occurred.

Autoimmune Drivers & Triggers

While genetics can increase susceptibility to autoimmune disease, environmental and metabolic factors frequently influence whether immune dysfunction develops.

Functional Medicine evaluates patterns that may contribute to immune dysregulation, including:

Intestinal permeability and gut inflammation
Chronic infections or immune triggers
Environmental toxin exposure
Nutrient deficiencies
Hormonal imbalance
Chronic stress physiology
Blood sugar instability
Mitochondrial dysfunction

Identifying these patterns allows care to focus on reducing inflammatory drivers and supporting immune regulation.

The Autoimmune Triad

Genetic Susceptibility

• Family history
• HLA genes
• Immune regulation genes

Intestinal Permeability "Leaky Gut"

• Gut inflammation
• Microbiome imbalance
• Food sensitivities
• Barrier dysfunction

Environmental Triggers

• Infections
• Toxins
• Medications
• Stress
• Dietary triggers

Common Autoimmune Conditions

Autoimmune diseases can affect nearly every system in the body. While more than 180 autoimmune disorders have been identified, many fall into several major physiological categories depending on which tissues are targeted by the immune system. The conditions below represent a small portion of the autoimmune disorders currently identified. Many share common immune, metabolic, and environmental drivers that influence disease development.

Joint & Connective Tissue Disorders

Rheumatoid Arthritis

Rheumatoid arthritis is an autoimmune condition in which the immune system targets the lining of the joints, leading to chronic inflammation, swelling, stiffness, and progressive joint damage.

Sjögren’s Syndrome

Sjögren’s syndrome targets the glands that produce moisture, often causing dry eyes and dry mouth while also contributing to systemic fatigue and immune activation.

Lupus

Lupus is a complex autoimmune disorder that can affect multiple organs including the skin, joints, kidneys, brain, and cardiovascular system.

Neurological Disorders

Multiple Sclerosis (MS)

Multiple sclerosis occurs when immune cells attack the myelin sheath that protects nerve fibers. This disrupts communication between the brain and body and can lead to neurological symptoms such as weakness, numbness, and coordination issues.

Myasthenia Gravis

Myasthenia gravis affects the neuromuscular junction where nerves communicate with muscles, leading to muscle weakness, fatigue, and impaired muscle control.

Digestive Disorders

Celiac Disease

Celiac disease is triggered when the immune system reacts to gluten, damaging the lining of the small intestine and impairing nutrient absorption.

Crohn’s Disease

Crohn’s disease causes immune-driven inflammation that can affect any part of the digestive tract, often resulting in abdominal pain, digestive disruption, and systemic inflammation.

Ulcerative Colitis

Ulcerative colitis primarily affects the colon, leading to chronic inflammation of the intestinal lining and digestive symptoms.

Endocrine Disorders

Hashimoto’s Thyroiditis

Hashimoto’s occurs when the immune system targets thyroid tissue, often leading to gradual loss of thyroid hormone production.

Graves’ Disease

Graves’ disease is an autoimmune condition in which antibodies stimulate the thyroid gland to overproduce thyroid hormone.

Type 1 Diabetes

Type 1 diabetes develops when immune cells destroy insulin-producing beta cells in the pancreas, impairing blood sugar regulation.

Skin Disorders

Psoriasis

Psoriasis occurs when immune signaling accelerates skin cell turnover, leading to inflammatory plaques and skin irritation.

Vitiligo

Vitiligo develops when immune cells attack pigment-producing melanocytes in the skin, resulting in loss of pigmentation.

The Immune System–Whole Body Connection

The immune system does not function in isolation. It communicates constantly with other systems throughout the body, including the gut, brain, endocrine system, and metabolic pathways. When immune regulation is disrupted, multiple physiological systems may be affected. Because these systems are interconnected, autoimmune care often requires evaluating multiple physiological systems simultaneously.

Gut Health

Nearly 70% of immune activity is associated with the gastrointestinal tract. Gut barrier integrity, microbial balance, and digestive function all influence immune signaling. Disruption in these systems may contribute to chronic inflammation and immune activation.

Brain & Nervous System

The immune system and nervous system communicate through complex signaling pathways. Chronic immune activation may influence neurological symptoms such as brain fog, mood changes, fatigue, or altered stress responses.

Hormonal Balance

Immune signaling interacts closely with endocrine regulation. Hormonal systems including thyroid, adrenal, and reproductive hormones may be affected when immune balance is disrupted.

Stress & Immune Regulation

Chronic stress alters cortisol rhythms and inflammatory signaling pathways. Over time, these changes may influence immune tolerance and inflammatory activity.

Our Approach to Autoimmune Health

Autoimmune conditions require more than symptom suppression. Our approach is structured, individualized, and physiology-driven. Care is led by an experienced Functional Medicine provider trained in complex chronic conditions and immune regulation.

Comprehensive Evaluation

Care begins with a detailed review of symptoms, medical history, lifestyle factors, and comprehensive laboratory analysis. Rather than focusing solely on a diagnosis, we evaluate patterns across immune markers, metabolic indicators, gut health, and inflammatory pathways.

Pattern Identification

Autoimmune conditions rarely follow identical patterns. Some patients present with dominant gut dysfunction, others with stress-influenced immune activation, chronic infections, or metabolic dysregulation. Identifying the primary drivers allows care to be tailored to the individual.

Phase-Based Protocol

Treatment strategies are introduced in structured phases. Initial care often focuses on stabilizing inflammation and supporting foundational systems such as digestion, nutrient status, and metabolic balance. As the system stabilizes, deeper contributors can be addressed and long-term resilience strategies implemented.

Monitoring & Adjustment

Immune physiology evolves as underlying drivers are addressed. Follow-up testing and clinical reassessment allow protocols to adjust over time. The goal is not temporary symptom control but sustained immune regulation and long-term stability.

What to Expect

Immune regulation and autoimmune stabilization is a gradual process. Timelines vary depending on the condition, underlying drivers, and individual physiology. However, many patients experience measurable improvements as foundational contributors are addressed.

Symptom Improvement

As immune signaling becomes more balanced, patients often report improvements in energy, inflammation, cognitive clarity, digestion, and overall resilience.

Objective Progress

Follow-up testing helps monitor immune markers, inflammatory indicators, nutrient levels, and metabolic patterns. Progress is evaluated using measurable data rather than relying solely on symptom changes.

Long-Term Stability

The goal of care is not simply to suppress symptoms but to help the body move toward more stable immune regulation and improved physiological resilience.