1. Screen for parasites.
    a.    Count roundworms species in the tissues of the circulatory system._____
In the heart valves._____
In the heart muscle._____
In the veins._____
In the arteries._____
In the pericardium._____
In the capillaries._____
In the bone marrow._____
    b.    Count parasite cysts in the tissues of the circulatory system._____
In the heart valves._____
In the heart muscle._____
In the veins._____
In the arteries._____
In the pericardium._____
In the capillaries._____
In the bone marrow._____
    c.    Count protozoa species in the tissues of the circulatory system._____
In the heart valves._____
In the heart muscle._____
In the veins._____
In the arteries._____
In the pericardium._____
In the capillaries._____
In the bone marrow._____
    d.    Presence of parasite damage in the tissues of the circulatory system._____
In the heart valves._____
In the heart muscle._____
In the veins._____
In the arteries._____
In the pericardium._____
In the capillaries._____
In the bone marrow._____
    e.    Count species of parasitic plants in the tissues of the circulatory system._____
In the heart valves._____
In the heart muscle._____
In the veins._____
In the arteries._____
In the pericardium._____
In the capillaries._____
In the bone marrow._____
    f.    Presence of parasitic plants damage in the tissues of the circulatory system._____
In the heart valves._____
In the heart muscle._____
In the veins._____
In the arteries._____
In the pericardium._____
In the capillaries._____
In the bone marrow._____
   g.   Count the species of Mycoplasmas in the tissues of the circulatory system._____
In the heart valves._____
In the heart muscle._____
In the veins._____
In the arteries._____
In the pericardium._____
In the capillaries._____
In the bone marrow._____
   h.   Count the species of Microzymas in the tissues of the circulatory system._____
In the heart valves._____
In the heart muscle._____
In the veins._____
In the arteries._____
In the pericardium._____
In the capillaries._____
In the bone marrow._____
   i.   Count the species of spirochetes in the tissues of the circulatory system._____
In the heart valves._____
In the heart muscle._____
In the veins._____
In the arteries._____
In the pericardium._____
In the capillaries._____
In the bone marrow._____
   j.   Count the species of Nanobacteria in the tissues of the circulatory system._____
In the heart valves._____
In the heart muscle._____
In the veins._____
In the arteries._____
In the pericardium._____
In the capillaries._____
In the bone marrow._____
 
2. Screen for toxins.
   a.   Count the grams of fatty plaque in the arteries._____
   b.   Count the grams of fibrous plaque in the arteries._____
   c.   Count the grams of calcified plaque in the arteries._____
   d.   Count the grams of amyloid plaque in the arteries._____
   e.   Count the types of deposits in the pericardium._____
Count milligrams of phenylisothiocyanate in the pericardium._____
Count milligrams of uric acid in the pericardium._____
Count milligram of hippuric acid in the pericardium._____
Count milligrams of calcium deposits in the pericardium._____
   f.   Count the kinds of mold toxins present._____
   g.   Count the kinds of metal toxins present._____
   h.   Count the kinds of unidentified toxins._____

3. Screen for inflammation.
   a.   The pericardium is free of inflammation._____
   b.   The arteries are free of inflammation._____
   c.   The veins are free of inflammation._____

4. Screen for premature aging.
   a.   Count the average cell age of circulatory system tissues._____
Count the average cell age in years of the heart valves._____
Count the average cell age in years of the heart muscle._____
Count the average cell age in years of the veins._____
Count the average cell age in years of the arteries._____
Count the average cell age in years of the pericardium._____
Count the average cell age in years of the capillaries._____
   b.   Count the average cell age in years of the bone marrow._____
   c.   Count the average cell age in years of the dopaminergic cells in the brain._____
   d.   Count the percent of active cells in the circulatory system tissues._____
Count the percent of active cells in the heart valves._____
Count the percent of active cells in the heart muscle._____
Count the percent of active cells in the veins._____
Count the percent of active cells in the arteries._____
Count the percent of active cells in the pericardium._____
Count the percent of active cells in the capillaries._____
Count the percent of active cells in the bone marrow._____
Count the percent of active cells in the dopaminergic brain cells._____

5. Screen for abnormal cells.
   a.   Count the percent of mutated cells in the circulatory system tissues._____
   b.   Count the percent of altered protein-containing cells in the circulatory system tissues._____
   c.   Count the percent of malignant cells in the circulatory system tissues._____

6. Screen for radiation and free radical damage.
   a.   Count the percent of the cells with radiation or free radical damage in the heart valves._____
   b.   Count the percent of the cells with radiation or free radical damage in the heart muscle._____
   c.   Count the percent of the cells with radiation or free radical damage in the veins._____
   d.   Count the percent of the cells with radiation or free radical damage in the arteries._____
   e.   Count the percent of the cells with radiation or free radical damage in the pericardium._____
   f.   Count the percent of the cells with radiation or free radical damage in the capillaries._____
   g.   Count the percent of the cells with radiation or free radical damage in the bone marrow._____
   h.   Count the percent of the cells with radiation or free radical damage in the dopaminergic brain cells._____

7. Screen for gene switching problems.
   a.   Gene switching is normal for blood pressure regulation._____
   b.   Gene switching is normal for toxin absorption inhibition._____
   c.    Gene switching is normal for inflammation inhibition._____
   d.   Gene switching is normal for arteriosclerosis inhibition._____

8. Screen for subtle energy problems.
   a.   Measure the heart chakra diameter in inches._____
   b.   The heart meridian is not blocked._____
   c.   Measure Chi in percent of normal (100%)._____
   d.   Measure electron energy in percent of normal (100%)._____

9. Screen for tissue abnormalities.
   a.   Count aneurysms in the arteries._____
   b.   Count the clots in the arteries._____
   c.   Count the varicosities in the veins._____
   d.   Count hemangiomas._____
   e.   Count the hemorrhages in the arteries._____
   f.   Count the clots in the veins._____
   g.   Count the adhesions in the veins._____
   h.   Measure capillary blood flow in % of normal._____
The capillaries are free of blockages._____
The capillaries are free of adhesions._____
   i.   Measure amount of active capillaries in % of normal._____
   j.   Measure the percent of vein valves that are damaged._____

10. Screen for blood pressure problems. The blood pressure is normal._____
   a.   The blood pressure is not low._____
The blood pressure is not low due to heart weakness._____
The blood pressure is not low due to low blood volume._____
The blood pressure is not low due to lack of energy._____
   * The blood pressure is not low due to subtle energy problems._____
   * The blood pressure is not low due to low energy production in the heart cells._____
   b.   The blood pressure is not high._____
The blood pressure is not high due to metal toxins._____
The blood pressure is not high due to artery problems._____
   * The blood pressure is not high due to plaque in the arteries._____
   * The blood pressure is not high due to hardening of the arteries._____
   * The blood pressure is not high due to poor vasodilation._____
The blood pressure is not high due to sucrose in the blood._____
The blood pressure is not high due to stress._____
The blood pressure is not high due to defective gene switching._____
The blood pressure is not high due to poor kidney function._____

11. Screen for red blood cell problems.
   a.   Count the red blood cells in percent of normal._____
The red blood cell count is not low due to hemorrhage._____
The red blood cell count is not low due to iron deficiency._____
The red blood cell count is not low due to vitamin B12 deficiency._____
The red blood cell count is not low due to iron being in the wrong form to be used._____
The red blood cell count is not low due to chemotherapy or kidney dialysis._____
   b.   The red blood cells are not clumped together._____
   c.   The red blood cells are not deformed._____
   d.   The red blood cells are not complexed with carbon monoxide._____
   e.   The red blood cells are free of parasitic invaders within._____
   f.   The red blood cell production in the bone marrow is normal._____

12. Screen for white blood cell problems.
   a.   Count the white blood cells in percent of normal._____
   b.   The white blood cell production of the various kinds is normal._____

13. Screen for platelet problems. Count the platelets in percent of normal._____
   a.   The platelet count is not low due to bone marrow problems._____
   b.   The platelet count is not low due to hemorrhage._____
   c.   The platelet count is not low due to Dengue fever caused by Dengue virus._____

14. Blood cell irregularities are not due to mildew infection in the bone marrow and blood cells._____

15. Measure the blood pH.__________(Normal is 7.366. I have never seen it higher than that. It is seldom lower than 7.25.).

16. The blood is free of toxins._____
   a.   Measure the cholesterol in percent of normal._____
   b.   Measure the triglycerides in percent of normal._____
   c.   Measure the homocystein in percent of normal._____
   d.   Measure the C-reactive protein in percent of normal._____
   e.   Count the kinds of mold toxins in the blood._____
   f.   The blood is free of toxins due to poor kidney function._____
   g.   The blood is free of toxins due to poor liver function._____
   h.   The blood is free of toxins due to carbon monoxide poisoning._____

17. Screen for blood volume problems. Measure the blood volume in percent of normal._____
   a.   Low blood volume is not due to dehydration._____
Low blood volume is not due to low water consumption._____
Low blood volume is not due to low salt consumption._____
Low blood volume is not due to poor salt absorption._____
   b.   Low blood volume is not due to hemorrhage._____

18. Screen for blood clotting abnormalities. Blood clotting is normal._____
   a.   This client is free from the tendency for internal clot formation._____
   b.   Blood clotting problems are not due to low clotting factors._____
Blood clotting problems are not due to factor 9 deficiency hemophilia._____
Blood clotting problems are not due to factor 8 deficiency hemophilia._____
Blood clotting problems are not due to vitamin K deficiency._____

19. Screen for blood viscosity problems. Measure blood viscosity in percent of normal._____
   a.   High blood viscosity is not due to too much homocystein._____
   b.   High blood viscosity is not due to the presence of lectin-antibody complexes._____
   c.   High blood viscosity is not due to the presence of circulating immune complexes._____

20. Screen for heart valve problems. The heart valves are normal._____
   a.   The heart valves are free of parasite damage._____
   b.   The heart valves are free of mitral valve prolapse._____
   c.   The heart valves are free of congenital malformation._____

21. Screen for heart problems. The heart is free of problems._____
   a.   The heart is free of congestive heart failure._____
   b.   The heart is not enlarged._____
   c.   There is enough energy to operate the heart properly._____
   d.   The heart is free of heart beat irregularities._____
   e.   The heart is free of clots._____(Heart attacks)