Elements in Blood III

Beschrijving

Why This Test Is Important

Minerals and trace elements are critical for numerous physiological pathways:

• Energy metabolism: Magnesium, iron, and zinc support ATP synthesis and enzymatic activity.
• Immune regulation: Selenium and zinc play central roles in antioxidant defense and immune cell function.
• Oxygen transport: Iron and copper are core components of hemoglobin and cytochrome systems.
• Neuromuscular signaling: Calcium and magnesium regulate muscle contraction and nerve conduction.
• Endocrine balance: Minerals influence hormone synthesis, receptor function, and stress responses.

Even subtle imbalances or toxic exposures can contribute to fatigue, immune dysregulation, cognitive symptoms, or impaired metabolic function. This panel helps identify such patterns and supports personalized clinical decisions.

For more clinical context and interpretation guidance, World Health Laboratories integrates results with established reference ranges and interpretive notes.

How the Test Is Performed

This panel uses inductively coupled plasma mass spectrometry (ICP-MS) — a highly sensitive and specific analytical technique routinely used in clinical and environmental laboratories.

What ICP-MS Offers

• Ultra-low detection limits (parts per billion/trillion)
• Multi-element capability in a single run
• Minimal interferences with optimized method calibration
• High precision and accuracy against traceable standards

ICP-MS ionizes the sample in a high-temperature plasma and separates ions by mass/charge ratio, allowing simultaneous quantitation of numerous elements with exceptional sensitivity. This makes it ideal for both essential elements and low-level toxic metals in blood.

Elements Measured

The Names and Biological Roles of Measured Analytes:

Essential & Physiologically Relevant Elements

• Sodium (Na) — electrolyte balance
• Potassium (K) — cellular membrane potential
• Calcium (Ca) — bone health and signaling
• Magnesium (Mg) — cofactor in >300 enzymes
• Iron (Fe) — oxygen transport
• Zinc (Zn) — immunity and protein synthesis
• Copper (Cu) — redox metabolism
• Selenium (Se) — antioxidant defense
• Chromium (Cr) — glucose metabolism
• Manganese (Mn) — enzymatic cofactor
• Molybdenum (Mo) — sulfur metabolism
• Vanadium (V), Nickel (Ni), Cobalt (Co) — trace elements with metabolic roles

Potentially Toxic Elements

• Lead (Pb) — neurotoxicity
• Mercury (Hg) — CNS and renal risk
• Cadmium (Cd) — renal and bone toxicity
• Arsenic (As) — metabolic and neurological effects
• Aluminium (Al) — neurotoxic exposure indicator
• Thallium (Tl) — rare toxic exposure marker

These heavy metals are measured to assess exposure and to rule out subclinical impacts that may affect metabolism or wellbeing.

What You Receive

After processing:

• A comprehensive laboratory report

• Measured values listed with clinical reference ranges

• Interpretive comments where applicable

This format supports clinician interpretation and can be shared with healthcare providers for integrated care planning.

When to Consider This Test

This panel is especially useful for:

• Clients undergoing wellness or detox programs
• Individuals with chronic fatigue, metabolic concerns, or micronutrient imbalances
• Monitoring before and after environmental exposure risk
• Supporting personalized nutrition and supplementation strategies

• Sample Requirement: blood and serum
• More Details: Read Wellness Guide

Suitable for postal submission.

This sample report demonstrates the structure and analytical format used in the Elements in Blood III panel.

                                                     Sample Report