Hypoglycemia - Hyperglycemia (Part 6)

Hypoglycemia - Hyperglycemia (Part 6)

Gửi bàigửi bởi admin » Thứ 7 Tháng 7 06, 2019 5:27 pm

CONTENTS

Hypoglycemia - Hyperglycemia (Part 6) 2
1. Variation in diabetes criteria 2
2. Hypoglycemia 3
3. Effect of hypoglycemia on diabetics and non-diabetics 3
4. Hypoglycemia and the brain 4
5. Hypoglycemia and the heart 4
6. Hypoglycemia and the stomach 4
7. Hypoglycemia and the intestines 5
8. Hypoglycemia and the liver 5
9. Hypoglycemia and the kidney 5
10. Notes 5


Hypoglycemia - Hyperglycemia (Part 6)

Variation in diabetes criteria
We will see how changes in diabetes criteria have affected the lives of many people.

WHO in 1979 adopted the following criteria:
Before meal: 100 mg/dL – 140 mg/dL or 6.0 mmol/L - 8.0 mmol/L
After meal: 140 mg/dL- 200 mg/dL or 8.0 mmol/L - 11.0 mmol/L

These are the best criteria for diabetes that have been adopted. The number of reported cases of diabetes is not high enough to attract any special attention.

Other change:
Blood sugar: 100 mg/dL – 140 mg/dL: Normal
Blood sugar above 140 mg/dL: Diabetes

Then the criteria were no longer linked to the meals

Blood sugar less than 70 mg/dL: Hypoglycemia
Blood sugar above 126mg/dL: Diabetes.

It is this criterion that has made the 200,000 American veterans diabetic. A high mortality rate has been observed among these veterans, and has been reported by AIA, an association that addresses medical errors leading to a high mortality rate.

06-March -2018: The criteria are based on the time of day

Morning before breakfast
Non-diabetic: 100 mg/dL; Diabetic: 70 mg/dL- 130 mg/dL

2 hours after meals,
Non-diabetic: less than 140 mg/dL; Diabetic: more than 180 mg/dL

At night, before bedtime
Non-diabetic: less than 120 mg/dL; Diabetic: 90 mg/dL to 150 mgdL.

Based on the value of 90 mg/dL at bedtime, it was found that many people with diabetes died during sleep because their blood glucose levels dropped below the mortality threshold of 60 mg/dL. The reason is that if the person lacks sugar, he or she does not have enough strength to get up or call for help.

The early signs of blood sugar lowering to the death threshold are: restlessness during sleep, nightmares, strong movements, strong snoring, feeling of frustration, night sweating....

However, at bedtime, a blood glucose level of 90 mg/dL could become 120mg/dL at dawn. In this case, there is no issue. During sleep, the body needs sugar, this sugar has been released from liver glycogen, which raised blood sugar level in the morning.

Glycated hemoglobin HbA1c
This method measures the sugar level fixed on hemoglobin in red blood cells, not the blood sugar level, to determine the average blood sugar level over the last 3 months.

The value of 6.5% represents the % of glycated hemoglobin (sugar-fixed hemoglobin) in relation to total hemoglobin.

The diabetes criterion of 6.5% is considered too low, and has been changed to 7% - 8%.
less than 7% or 154 mg/dL or 8.6mmol/L: Hypoglycemia
greater than 8% or 183 mg/dL or 10.2 mmol/L: Diabetes

Hypoglycemia
Hypoglycemia refers to a low blood sugar level, and hyperglycemia refers to a high blood sugar level.

Hyperglycemia is well known and easily detectable, but hypoglycemia is more insidious because it has not been given much attention, especially in the manifestation of warning signs.

The brain and then the heart are the first to be affected by the slightest drop in blood sugar, especially glucose. That's why nature has equipped the brain of Willis' circle well to prevent any drop in blood supply. The circle, or Willis' pentagon, is an anastomosis network of arteries to allow blood to always reach the brain through different paths, even if there is an obstruction of some artery irrigating the brain.

Effect of hypoglycemia on diabetics and non-diabetics
Cases of diabetics
Hypoglycemia is most fatal at night, because it is during sleep that blood sugar drops. The diabetic who follows a medication is used to deal ing with low sugar, the tolerable range of blood sugar is wider than 90 mg/dL to 150mg/dL at bedtime. But the drop from 90 mg/dL to 60 mg/dL, the mortality threshold, is very fast and not noticeable.

Cases of non-diabetics
At bedtime, hypoglycemia occurs when blood glucose levels are below 120 mg/dL. Not being used to having little sugar, the slightest drop in sugar triggers distress signals. At 100 mg/dL, the person will feel discomfort, and will react accordingly.

Hypoglycemia and the brain
When awake, the following signs are common for diabetics and non-diabetics, when there is hypoglycemia in the brain.

Dizziness, tinnitus, vision problems, heart fatigue, difficulty speaking, cold in the body, sweating, tremors, limb weakness, limb tremor, lack of movement control, escaping objects, sweating, mouth deviation, facial paralysis...

Pain only in one shoulder, due to arteriosclerosis of the coronary vessels. Coronary arteriosclerosis is caused by a lack of sugar over a long period of time. The lack of sugar increases the fats that will settle in the coronary vessels and block them.

As the brain controls the central and peripheral nervous system, there would be a disturbance of sensitivity, which can lead to tactile and thermal insensitivity of the toes of the fingers, the skin. Without sugar, the blood cannot feed the toes and fingers, the latter will have to be amputated at some point.

Hypoglycemia and the heart
With regard to heart congestion, a normal person will occasionally experience peaks of pain in the heart, the intensity and frequency of which increase with time.

Hypoglycemic people lack sugar, so they lack energy and heat, blood vessels become narrowed, heart rate drops to about 60 beats per minute. The combined effort of the organs and viscera to pump blood to the heart suddenly increases the flow of blood to the heart, causing congestion and bursting of the heart. This procedure is short-lived but fatal in diabetics with medication. Stenting would be indicated, but the continued lack of sugar will shrink and block other coronary vessels, requiring further stenting.

Hypoglycemia and the stomach
This important subject has been discussed several times. Remember that the stomach is the main food receptor and the main producer of energy and blood for the body, without sugar, there would be no transformation of food into blood and energy, but into fat that would give obesity and obstruction of blood vessels. The food left in the stomach will ferment, giving ulcers to the stomach and acid refluxes, which will give cysts to the throat.
Hypoglycemia and the intestines
The stomach does not work, so there is no food passage through the small intestines, but all the sugar in the food passes through the small intestines and into the circulating blood, raising blood sugar levels. Indigestion means that the person does not eat, therefore has no blood or energy, but has high blood sugar levels. The accumulation of too much sugar will form cysts which could lead to intestinal cancer.

Hypoglycemia and the liver
The liver must draw all its glycogen reserve and then fat to release the sugar. Acetone is a product of fat breakdown, the person will release the smell of acetone through his breathing.

Hypoglycemia and the kidney
The kidneys will take sugar from the bones, leading to osteoporosis. By filling the lack of sugar, the kidneys still have to secrete adrenaline and cortisol, leading to kidney failure. Adrenaline degrades fatty tissues (fats) and degrades hepatic glycogen to sugar. Cortisol increases blood sugar levels through neoglucogenesis (production of glucose from non-carbohydrate precursors).

Notes
AIA has ringed the bell on the medical errors leading to a high mortality rate.

The consequences of sugar deficiency such as memory loss, limb amputation, stroke, obesity, kidney filtration, cancer... are interpreted and presented as the consequences of diabetes (excess sugar) by the current medical world. From this perspective, all established treatments will aggravate the disease.

Many cases of pain in the shoulder, limbs, or spine...are refractory to treatments: acupuncture, massage, physiotherapy, bleeding... faded after taking glucose (cane sugar) and practicing QiQongTherapy exercises. Sugar and exercise, by promoting the redilation of blocked vessels, have restored blood circulation to painful areas. There is no more pain when the blood and energy circulation is restored.
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