What your lab results really say about energy, communication, and coherence in your body.

(Not just chemistry. Not just numbers.)

Red Blood Cells (RBCs)

Normal range: ~4.2–5.9 million/mcL

Standard view: RBCs carry oxygen.

Energy-based view: RBCs act like tiny capacitors—they deliver oxygen, but also carry and distribute electrical charge and light (infrared and red spectrum) across the body.

•   Low RBCs: Could suggest poor energy production or chronic loss of cellular integrity—often tied to poor hydration, mitochondrial stagnation, or long-term stress. You may feel weak, foggy, or cold.

•   High RBCs: Could mean the blood is too thick—often the body trying to hold onto more charge due to dehydration or stress. Can lead to sluggish flow or pressure build-up.

White Blood Cells (WBCs)

Normal range: ~4,000–11,000/mcL

Standard view: WBCs fight infections.

Energy view: WBCs monitor and respond to disruptions in the body’s field—chemical, emotional, or electromagnetic. They are informational responders, not just immune “soldiers.”

•   High WBCs: May reflect a disturbance the body is reacting to—possibly an infection, but also stress, EMF exposure, or chemical overload.

•   Low WBCs: The body may be in a state of shutdown or chronic exhaustion, where it’s not mounting responses anymore. Could reflect burnout, not health.

Platelets (PLTs)

Normal range: ~150,000–400,000/mcL

Standard view: They help blood clot.

Energy view: Platelets respond to tissue damage or chaotic signals to maintain electrical integrity across vessel walls. They react when cellular “wiring” breaks down.

•   Low platelets: Signal that the system might be too electrically leaky or depleted.

•   High platelets: May reflect an ongoing internal “alert” signal—could be chronic inflammation or subtle tissue damage the body is trying to patch.

Hemoglobin (Hgb)

Normal range: ~12–17.5 g/dL

Standard view: Hemoglobin carries oxygen.

Energy view: Hemoglobin is a light-responsive protein—especially red and infrared. It acts as a resonator that stores and delivers photonic energy to cells.

•   Low Hgb: You’re not just low on oxygen—you may be low on electromagnetic potential. Fatigue, poor recovery, and brain fog are common.

•   High Hgb: Can mean the system is trying to hoard oxygen/light—often due to dehydration or chronic stress.

Hematocrit (Hct)

Normal range: ~36–50%

Standard view: Hct tells how much of the blood is made up of red cells.

Energy view: Hematocrit reflects how concentrated your blood is—like whether your body’s “electrical wiring” is dense and efficient or too diluted to carry signals.

•   Low Hct: Often reflects weakness in signal distribution, poor fluid balance.

•   High Hct: Could mean the system is overloaded or underhydrated—slowing down your internal “network.”

MCV / MCH / MCHC

•   MCV (Size of red cells): ~80–100 fL

•   MCH (Hemoglobin per cell): ~27–33 pg

•   MCHC (Concentration of hemoglobin): ~32–36 g/dL

These values describe how efficient each red cell is at carrying light and oxygen.

•   High MCV: Cells are big but may be clumsy or inefficient—this can be a B12 or folate issue, or sometimes mitochondrial exhaustion.

•   Low MCV: Cells are smaller, often due to low iron, but also may reflect poor cellular hydration or rigidity.

•   Low MCH/MCHC: Suggests low energy-carrying capacity of the cells. You may feel tired even if oxygen is “there.”

•   High MCHC: Rare but can suggest cell rigidity or breakdown.

RDW (Red Cell Distribution Width)

Normal range: ~11–15%

Standard view: Measures variability in red blood cell size.

Energy view: Measures consistency in your internal system. Think of it as signal coherence—how in-sync your red cells are.

•   High RDW: The body is trying to adapt, but with a scattered signal—different cell types are being thrown into circulation at once. Seen in stress, inflammation, or recovery from trauma.

Glucose (Blood Sugar)

Normal fasting range: 70–99 mg/dL

Standard view: Fuel for the body; high = diabetes.

Energy view: Glucose is an emergency energy substrate, used when your mitochondria aren’t running efficiently on fat, light, or structured water.

•   High glucose: Your body may be running on “emergency mode,” relying on fast, inefficient fuel. It may reflect poor electrical grounding, mitochondrial disruption, or even excessive sympathetic (fight-or-flight) activity.

•   Low glucose: May be fine if you’re metabolically flexible. But chronically low can point to energy distribution issues—especially if you feel lightheaded, anxious, or cold.

Ask: “Am I burning clean or relying on quick, dirty energy?”

Electrolytes (Sodium, Potassium, Chloride)

Sodium: 135–145 mmol/L

Potassium: 3.5–5.0 mmol/L

Chloride: 98–107 mmol/L

Standard view: Balance fluids and help nerves/muscles.

Energy view: These are charge carriers. Electrolytes manage the electrical voltage between and within your cells—like tuning the system’s battery.

•   Low sodium: May signal overhydration, adrenal depletion, or excessive electrical leak from overexposure to Wi-Fi, stress, EMFs.

•   High sodium: Often dehydration, but also may mean the system is resisting charge flow.

•   Low potassium: Weak signal transmission—can affect heart rhythm, muscle function, cellular voltage.

•   Chloride: Helps maintain pH and charge polarity. Abnormalities here reflect poor electromagnetic buffering.

Think of these minerals as the wires of your body’s electric circuit.

Kidney Function (BUN, Creatinine)

BUN: 7–20 mg/dL

Creatinine: 0.6–1.3 mg/dL

Standard view: Waste products filtered by the kidneys.

Energy view: BUN and creatinine reflect how well your body is processing spent energy—a mirror of how efficiently you’re clearing used-up “frequencies.”

•   High BUN: Could reflect excess protein breakdown or inflammation noise in the field.

•   High creatinine: Indicates slower detox or muscle breakdown—not just kidney function but signal congestion in the terrain.

These are like how much static is building up on your circuit board—and how well your filters are working.

Liver Function (ALT, AST, Bilirubin)

ALT/AST: ~10–40 U/L

Bilirubin: <1.2 mg/dL

Standard view: Indicators of liver stress or damage.

Energy view: The liver acts as a light processor—restructuring, recycling, and purifying the photonic waste from metabolism and emotions.

•   Elevated ALT/AST: Reflect overload of the field—can be chemical, emotional, or even spiritual congestion.

•   High bilirubin: May suggest impaired light detoxification or sluggish bile flow (a major route for electrical waste). Also tied to low sun exposure or circadian mismatch.

Lipid Panel (Cholesterol, Triglycerides)

Total Cholesterol: <200 mg/dL

Triglycerides: <150 mg/dL

Standard view: Risk factors for heart disease.

Energy view: Cholesterol is a dielectric insulator, a light-absorbing molecule, and a precursor to hormones. It stabilizes cell membrane charge and protects against electrical chaos.

•   High cholesterol: Can mean your body is trying to repair membranes, buffer inflammation, or defend against EMF and oxidative stress.

•   Low cholesterol: May suggest poor hormone production, brain fog, and vulnerability to electrical overexposure.

•   High triglycerides: More likely a reflection of poor mitochondrial flexibility—too much sugar in the diet, or too little clean fat metabolism.

Cholesterol is not your enemy, it’s your energy insulation.

Thyroid Panel (TSH, T3, T4)

TSH: 0.5–5.0 mIU/L

Free T3: 2.3–4.2 pg/mL

Free T4: 0.8–1.8 ng/dL

Standard view: Controls metabolism.

Energy view: The thyroid is the body’s oscillator, controlling rhythm, temperature, and internal signal timing. It’s extremely sensitive to light, EMF, and coherence disruption.

•   High TSH: Your system is shouting at the thyroid to wake up—this often reflects low light exposure, circadian mismatch, or chronic sympathetic stress.

•   Low T3: Most people are “cold and slow” not because they’re sick—but because their signal regulators are down.

•   Conversion issues (T4 to T3): Often rooted in liver burden, gut imbalance, or missing minerals (selenium, iodine).

The thyroid is your tuning fork. If it’s off, your whole system is out of rhythm.

CRP (C-Reactive Protein)

Normal: <1.0 mg/L

Standard view: Marker of inflammation.

Energy view: CRP is a marker of systemic noise or dissonance, the body’s way of flagging areas where harmony has broken down, and energy is being spent to hold the system together.

•   Elevated CRP: Can reflect inflammation, but also overload from EMFs, emotional trauma, synthetic foods, or unprocessed cellular memory.

Calcium

Normal range: 8.5–10.5 mg/dL

Standard view: Needed for bones, nerves, muscle function.

Energy view: Calcium is a charge regulator, controlling the opening and closing of gates in your cell membranes. It dictates whether your cells are “on” or “off”. It is one of the primary mediators of signal flow in and out of every cell.

•   High calcium: Can mean your body is too rigid, over-calcified, or trying to dampen overactivity. May reflect poor magnesium balance or chronic tension.

•   Low calcium: Cells are more electrically unstable—the body may be too loose, too reactive, or unable to hold structure. Could reflect vitamin D deficiency, poor light exposure, or metabolic acidity.

Calcium is the gatekeeper of energy flow—too much, and energy gets stuck. Too little, and energy leaks.

Albumin

Normal range: 3.5–5.5 g/dL

Standard view: Made by the liver; keeps fluid in your blood.

Energy view: Albumin is a plasma protein that transports hormones, minerals, and even electrons. It acts like a conductor, moving signals, antioxidants, and structured water across tissues.

•   Low albumin: You may be energetically “leaky.” The system is struggling to maintain coherence. Could reflect liver overload, low protein intake, or inflammation.

•   High albumin: Often reflects dehydration—not enough fluid medium to carry signals, so concentrations rise.

Think of albumin as your bloodstream’s signal bus—the thing that helps move instructions and power where it’s needed.

Understanding Blood as an Electromagnetic Mirror

In this model, each marker is not just a level of a substance—it’s a reflection of how well your system maintains charge, coherence, hydration, and resonance. When your blood is in balance:

•   Cells talk clearly.

•   Energy flows efficiently.

•   Your body adapts and heals faster.

But when blood values are off, it doesn’t always mean “disease”—it often signals a bioelectrical or bioenergetic imbalance that can be shifted by light, grounding, circadian repair, hydration, and nervous system coherence.

Key Patterns to Look For:

•   Low RBC + Low Hemoglobin + High RDW → You’re running on poor cellular energy; could be EMF overload, mitochondrial stress, or chronic inflammation.

•   High WBC + High CRP + Low Albumin → Your terrain is reacting to something, not necessarily a virus, but possibly a toxicity, emotional trauma, or biofield disruption.

•   High TSH + Low T3 + Low Cholesterol → Your rhythm and hormone matrix is underpowered. Often tied to light deficiency (not enough sunlight), emotional suppression, or malnourishment.

Ask your doctor not just “What’s high or low?” but:

“What does this pattern say about how my body is moving energy?”

“Is this telling us that my system is rigid, chaotic, or low-powered?”

“What does my body need to restore clarity, coherence, and biological flow?”

This kind of questioning shifts the focus from treating symptoms to restoring signal, regenerating the terrain, and trusting the intelligence of life.