Copyright Redland Reflexology

Here are brief overview descriptions based on general knowledge of the various items listed on your Body Frequency Analyser/Optimiser Body Chemistry Report. Note they have not been checked for accuracy. Mistakes can happen so please double-check any important information.

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Physical Functionality/ Physical Functionality 3 – Cardiovascular/Cerebrovascular and Collagen Index

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Cardiovascular/Cerebrovascular

1. **Brain Tissue Blood Supply Status:** This term refers to the adequacy of blood flow to the brain, which is essential for delivering oxygen and nutrients to brain tissue.

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2. **Cerebral Blood Vessel Elasticity:** This measures the flexibility and ability of cerebral blood vessels to expand and contract, impacting overall blood flow and pressure in the brain.

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3. **Cerebral Blood Vessel Resistance:** This refers to the resistance that cerebral blood vessels offer against blood flow. Higher resistance can lead to increased blood pressure in the brain.

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4. **Cerebrovascular Blood Oxygen Pressure (PaO2):** This measures the partial pressure of oxygen in the blood within the cerebral vessels, indicating the efficiency of oxygen transport to brain tissue.

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5. **Cerebrovascular Blood Oxygen Saturation (Sa):** This term indicates the level of oxygen saturation in the blood within the cerebral vessels, which reflects the amount of oxygen available for brain cells.

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6. **Cerebrovascular Blood Oxygen Volume (CaCO2):** This measures the volume of oxygen in the cerebral blood, providing insight into how well the brain is being oxygenated.

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7. **Left Ventricular Ejection Impedance:** This term measures the resistance against which the left ventricle must work to eject blood. Higher impedance can affect heart efficiency.

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8. **Blood Fat:** Blood fat refers to the concentration of lipids (fats) in the bloodstream, which can impact overall cardiovascular health.

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9. **Coronary Artery Elasticity:** This measures the flexibility of the coronary arteries, which is important for proper blood flow to the heart muscle.

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10. **Coronary Artery Resistance:** This term refers to the resistance offered by coronary arteries against blood flow, affecting blood supply to the heart.

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11. **Coronary Perfusion Pressure:** This measures the pressure gradient that drives blood through the coronary arteries, supplying oxygen-rich blood to the heart muscle.

12. **Galectin-3:** Galectin-3 is a protein involved in inflammation and fibrosis and may be used as a biomarker for heart disease risk.

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13. **Heart Peripheral Resistance (TRR):** Total vascular resistance, or total peripheral resistance, measures the resistance in the systemic circulation that the heart must work against to pump blood.

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14. **Left Ventricular Effective Pump Power:** This refers to the power generated by the left ventricle during contraction, which determines the heart's pumping efficiency.

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15. **Blood Viscosity:** Blood viscosity measures the thickness of the blood, affecting its flow through vessels and influencing blood pressure.

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16. **Cholesterol Crystal:** Cholesterol crystals can accumulate in blood vessels, leading to atherosclerosis and increasing the risk of cardiovascular disease.

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17. **Myocardial Blood Perfusion Volume:** This term refers to the volume of blood that flows through the heart muscle (myocardium) to supply it with oxygen and nutrients.

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18. **Myocardial Oxygen Consumption:** This measures the amount of oxygen consumed by the heart muscle, which is an indicator of its metabolic activity.

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19. **Vascular Resistance:** Vascular resistance refers to the resistance offered by blood vessels against blood flow, affecting blood pressure and heart workload.

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20. **Vascular Elasticity:** This measures the flexibility and ability of blood vessels to expand and contract, impacting overall blood flow and pressure.

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21. **Stroke Volume (SV):** Stroke volume is the amount of blood ejected by the left ventricle of the heart in one contraction.

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22. **Stroke Index:** The stroke index is the stroke volume adjusted for body surface area, providing a measure of cardiac efficiency.

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23. **Pulse Wave Coefficient K:** This coefficient measures the stiffness of arteries, influencing how quickly pulse waves travel through the circulatory system.

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24. **NT-proBNP:** NT-proBNP is a biomarker of heart failure, indicating increased stress on the heart.

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25. **Myocardial Blood Demand:** This term refers to the heart muscle's demand for blood and oxygen, particularly during physical activity or stress.

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Collagen Index

1. **Cartilage:** Cartilage is a flexible connective tissue that provides cushioning and support in joints, ears, nose, and other body parts.

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2. **Tendons:** Tendons are connective tissues that attach muscles to bones, enabling movement and providing support to joints.

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3. **Teeth:** Teeth contain collagen within their structure, providing strength and durability.

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4. **Organs:** Collagen is a major structural protein in organs, providing support and shape.

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5. **Nervous System:** Collagen is found in the connective tissues of the nervous system, providing structural integrity.

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6. **Muscles:** Collagen provides structure and support to muscles, helping with elasticity and strength.

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7. **Ligaments:** Ligaments are connective tissues that connect bones to bones, providing stability and support to joints.

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8. **Hair and Skin:** Collagen is an essential protein for the strength and elasticity of hair and skin.

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9. **Eyes:** Collagen provides structure and support to the eye's cornea and sclera.

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10. **Bones:** Collagen is a key structural protein in bones, providing strength and flexibility.

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11. **Vessels:** Collagen provides structural integrity and flexibility to blood vessels.