Blood PH, Blood Types & Population Reduction:
Sufficient Copper Intake Maintains Neutral Blood pH of 7.00: Copper is essential in the formation of normal healthy proteins, that is, normal amino acid sequences, as it provides a balanced pH state for the blood and tissues, maintaining the proper concentration of hydrogen for forming the bonds in normal protein synthesis. A balanced pH of 7.00 is present in blood type AB, which is the only normal blood type. The average pH of the alkaline blood types (A/O) was set up to 7.54 in 2005/06 while the pH of the acidic blood type B was set up to about 6.8. Alkaline and acidic blood types are caused by iron, and are dependent on the locations and levels of iron deposits in the body: liver, spleen, brain, glands, bone marrow, kidneys, lungs, colon, heart, etc. As copper depletes, and blood pH deviates further from neutral 7.00 pH level, iron accumulation accelerates and lifespan decreases. According to documentation on metabolic alkalosis, mortality rates have been reported as 45% in patients with an arterial blood pH of 7.55 and 80% when the pH was greater than 7.65. Mortality rates increase in the acidic blood type as well, with significant increases as the pH approaches 6.8. The desired population reduction rate was set up by increasing the pH level of the alkaline blood types to 7.54, while decreasing the pH of the acidic blood type.
The Rhesus Factor (D-protein) is a probable malformed or variant protein, resulting from insufficient copper levels. Moreover, we were not created with blood incompatibilities that would harm us and our unborn children, as known to occur with an rH negative mother and rH positive fetus, and with blood transfusions. The blood type AB is balanced and therefore does not carry the malformed Rhesus Factor protein as found in the other blood types, thus, only AB negative blood is possible.
Current Blood Type/Group Distribution in the U.S. : The previous blood type distribution, disclosed in about 1960 was AB 4%, B 10%, A/O 86%. Now with the copper depletion rate accelerating, the blood type distribution may approximate as follows: *AB 6.66%, B 29%, A/O 64%. Blood type B prevalence has increased significantly from 1960 until now, and can be observed in diabetes prevalence, which has a high correlation with type B blood. Type AB is the healthy unpoisoned blood type and their numbers can be calculated as follows: * When the poisoned blood types reach 200,000,000 blood type AB will be 6.66 % of the population – 14.27 million. Currently, close to 200 million of the 214 million in the population have iron poisoned blood types of A/B/O. This is written to explain what is spoken through His servant John, "The number of the mounted troops was 200 million, I heard their number." “Calculate their number, for it is 6-6-6”, that is 6.66 % of the real population numbers of the U.S.
Blood Type B Prevalence Indicates World Population Closer to 4 Billion: Researching the world blood types distribution, it is apparent from the high prevalence of type B blood (from 1959), that most of the rest of the world, excluding the western nations, has been in the final extermination phase for decades now, and thus, their numbers have been negative population growth. (Prevalence of type B blood increases when the population is at least in the initial stages of population reduction.)
The average blood pH in the late 1800’s ranged from 7.38-7.40 (19). Approximately during the turn of the 20th century in 1900, there appears to have been a blood pH increase, and may be when the pH was initially increased to 7.40. According to the American Heart Association, since 1900, "coronary heart disease has accounted for more deaths than any other cause or group of causes of death in the United States ". In 1980 the average alkaline blood pH was set up to 7.43, and is the marker for peak U.S. population numbers due to the initial stage of population reduction, (Population Reduction Chart). The set-up to critical 7.43 would have been initiated in about 1976. The 7.43 pH level is adjacent to 7.45, the next life critical level, and would explain the steady increase in total number of deaths and declining births beginning in 1980. (Note: the year 1980 marks the peak population for the national numbers. For those states with a current official death rate of 10, the population peaked in 1967 due to an earlier population reduction schedule, set up in 1993.) The final extermination phase was initiated in 1996 and set up in 2006 at the pH level of 7.54, adjacent to the next life-critical level of 7.55 pH. This final phase of extermination marked the beginning of exploding disease prevalence, and can be researched from national health statistics data. (Critical blood pH levels: "Metabolic Alkalosis" -- life critical pH levels.
The Population Reduction Chart data estimates it takes about 26 years to set up the blood pH to 7.54. Then, between the 4th and 5th year of the pH set-up, the population reduction rate of about .5% per year is established, in this stage of the extermination schedule. At the 30 year point the death rate is approaching 14 in this stage, resulting in a yearly population reduction rate of between 0.5 - 1 %. The official population numbers conceal this reduction by inflating the total numbers, starting in 1980, by inflating the number of births. Calculate the actual population numbers by decreasing 1% each year start with 70% of the official 2010 numbers, 71% of 2009 numbers, etc. The U.S. population peaked at about 227 million in 1980, and is currently at about 214 million, a decrease of 5.7%. Death Rate: The reported death numbers appear to be valid up until 2006, when the final extermination phase was set up. The official death numbers for 2006 and later are understated. The death estimates for these years were calculated by using a state with an earlier extermination schedule as reference, by aligning the state and national schedules, and Census 2010 adjustments. The current death rate as of December 2011 is estimated at 14, not the official rate of 7.8.
Diabetes & Type B Blood Prevalence Increase as Population Decreases
Diabetes correlates to type B blood: Diabetes was chosen for the purpose of this writing because it correlates to blood type B, thereby making it easier to isolate the type B blood from the alkaline blood types in disease. The diabetic linked blood is the acidic of the blood types; and is known to have an elevated acidity level due to higher iron content. (Diabetes is the only officially recognized disease linked to iron poisoning – “iron overload”.) According to documentation, diabetes is associated to a blood pH of approximately 6.8; the alkaline blood types A&O correspond with the vast majority of the population and a blood pH of 7.4. (TRUE diabetes correlates to type B blood; artificially "raised blood glucose levels" can be induced by medications.) Diabetic Keto-Acidosis (DKA) occurs when the blood becomes dangerously high in acidity, and is treated with alkaline chemicals. Additionally, references indicate that about 20% of African Americans and 10% of Caucasians carry the type B blood in the US , which is why African Americans are at twice the risk of developing diabetes than Caucasians.
Dated documentation indicated two thirds of diabetes cases were diagnosed, and therefore comprised approximately two thirds of the type B blood prevalence when the population was still increasing. However, current reporting indicates diagnosed diabetes correlates to one third of type B blood prevalence; two thirds are undiagnosed -- termed “pre-diabetic”. This is due to a rapidly increasing death rate and decreasing birth rate. Diabetes prevalence increases with a corresponding increase in type B blood; due to the alkaline blood types of A/O dying off at a higher rate than blood type B. Type B blood appears to have increased from 10% in the 1959 to about 29% in 2011 based on the current diabetes and pre-diabetes prevalence of the population. The accelerated deaths of the alkaline blood types are followed closely by blood type B which is also at an accelerated death rate, all due to iron poisoning and fatal level of copper deficiency.
Blood type AB is normal, healthy: Only the death rate of blood type AB is normal with a healthy average lifespan of 120 years. As of 2013, they live 50-53 years longer than the poisoned population. They have concealed this by moving multiple times during their lifespan, changing name and date of birth when they move, changing place of birth, adoptions, spelling variations & order of names, multiple marriages, identity switching, changing their appearance, and falsifying documents. Because they age very slowly, they hide or blur their identity and whereabouts in the beginning decades of their lifespan.
Continued......
