"If we do not expel the dogma of the academy, we will never defeat obscurantism" (José Tejada Maury).

According to the infographics of the World Health Organization, there are currently 422 million adults with diabetes in the world, which corresponds to 1 in 11 people.

What is diabetes for the academic world and for society in general?

Diabetes is another concept that must be re-evaluated, the dogma of the academy defines diabetes as an irreversible chronic condition when the body loses its ability to produce enough insulin or to use it effectively. A reference scale is established according to studies between 70 and 100 milligrams per deciliter, a level between 100 and 125 milligrams per deciliter is considered normal, depending on the time of having taken food and the time in which the analyzes are made and a level of 126 milligrams per deciliter to diagnose you have diabetes.

According to the protocol classification, there are the following types of diabetes:

Type 1 diabetes: the body does not make enough insulin.

Type 2 diabetes: the body produces insulin but does not use it properly.

Gestational diabetes: a temporary condition during pregnancy.

We must be careful in these interpretations and consider that the pancreas supplies the insulin hormone in order to catalyze glycolysis, that is; Insulin does not regulate the amount of glucose in the bloodstream but rather accelerates its combustion.

How is the patient determined to be classified according to the clinical analysis?

Any healthcare professional can diagnose diabetes, prediabetes, and gestational diabetes through blood tests. Blood tests show if the level of glucose in the blood, also called blood sugar, is too high.

Who should be tested for diabetes?

Anyone with symptoms of diabetes should be screened for the disease. Some people will have no symptoms, but they may have risk factors for diabetes and should be tested. The tests allow healthcare professionals to detect diabetes earlier and work with their patients to manage the disease and prevent its complications.

The tests also allow healthcare professionals to detect prediabetes. Lifestyle changes aimed at losing a moderate amount of weight, if you are overweight, can help slow or prevent type 2 diabetes.

Diabetes type 1

People who have symptoms of the disease are almost always tested for type 1 diabetes. Doctors often diagnose type 1 diabetes in children and young adults. Because type 1 diabetes can be inherited. A study called Trial Net offers tests to family members of people who suffer from the disease, even if they have no symptoms.

Type 2 diabetes

Experts recommend routine testing for type 2 diabetes if: you are over 45 years of age or 19 to 44 years old, overweight or obese, and one or more of the risk factors for diabetes is a woman who has had gestational diabetes

Although type 2 diabetes occurs most often in adults, it can also occur in children. Experts recommend screening children between the ages of 10 and 18 who are overweight or obese and have at least two of these other risk factors for diabetes: low birth weight mother had diabetes during pregnancy any factor risk listed in risk factors for type 2 diabetes

Gestational diabetes

All pregnant women with no prior diagnosis of diabetes should be screened for gestational diabetes. If you are pregnant, you will need a glucose tolerance test between 24 and 28 weeks of pregnancy.

Do the tests measure blood glucose or the amount of insulin in the blood?

The Type 1 and Type 2 classification leaves us an inconsistency, which states that the body does not produce enough insulin and for the other case the body produces it but does not know how to use it, that is, there is a scientific gap here, because there is no precision In this regard, semantically it seems that it would result in the same thing, that is, a diabetic pleonasm if that expression can be used for this protocol case, that is, on what the academic and scientific world is based to affirm that the organism does not know how to use insulin?,There will be bioclinical laboratory analysis that has measured the amount of insulin in the blood to be able to affirm that for Type 1 diabetes the body does not produce enough insulin and something more serious, how is it confirmed and explained with elements of judgment to justify that the body Does not use insulin properly in the case of Type 2 diabetes? The issue is complicated because it is only measuring the amount of glucose in the blood and not the amount of insulin in the blood, therefore these protocol classifications of these Types are inconsistent because we are talking blood glucose study and not an insulinometry.consequently, these protocol classifications of these types are inconsistent because we are talking about a blood glucose study and not an insulinometry.consequently, these protocol classifications of these types are inconsistent because we are talking about a blood glucose study and not an insulinometry.

Therefore, everything that has been said and done about diabetes and other protocol procedures to diagnose and classify the types of diabetes, lack scientific foundation.

What would be the way to orient ourselves to the true cause of the problem?

We would have to ask ourselves why the amount of glucose in the blood exceeds the standard values ​​and we would have to look for them not in the supply of insulin by the pancreas, but in the mechanism that regulates the transit of glucose from the blood to the place where they are glucose receptors: why is their flow slowed? Why is glucose getting stuck in the blood, what is its delay, knowing according to the metabolic route that its destination is the liver.

Glucose is the fuel used by the body, that is; the body's gasoline for the cells to do their work. Just as a vehicle uses fuel for its operation, when the vehicle's carburetor, which is the device in which the air-fuel mixtures are made for the combustion of the engine. If the carburetor is saturated with fuel, it suffocates (it is a vulgar term used in car mechanics), the engine does not start, so the mechanic proceeds to correct the fault, allowing the vehicle's carburetor not to get excess fuel.

This mechanism is similar to the one that occurs in the human body, if the cell gets a lot of fuel it drowns, it does not work well, this is verified when the patient adopts a change in lifestyles and in their food. Therefore, the problem lies in finding the origin of diabetes not in the pancreas, but in the metabolic route of glucose in the blood and its transit between the liver and the kidneys, that is, to find out why the abnormal glucose percentage is maintained (fuel) in the blood, why its circulation is being delayed, what mechanism causes its slow return to the liver. Therefore, as a hypothesis on this issue of diabetes, we must bear in mind that the liver is the one that removes excess glucose from the blood.

Glucose homeostasis results from the interrelationships of metabolic pathways. In other words, in the case of diabetes, the mechanisms of glucose entry and exit must be reviewed and this is done in the liver and not in the pancreas.

It is detected that insulin or oral hypoglycemic agents ensure that glycolysis is fulfilled only at the cellular level by accelerating its combustion, they never do it to regulate the amount of glucose in the blood, since excess glucose in the blood is removed by the liver, which is where the glucose receptors are located and thus homeostasis is maintained within the glucose cycle, adjusting it to the body's biological clock.

The solution is to allow the return to be made normally by not including retardants in our diet as market strategies, since the use and commercialization of artificial sweeteners was authorized, the percentage of diabetics has increased by more than 300% but above all it was opened a large market for "synthetic insulin produced with biotechnology", this palliative became a great business for the pharmaceutical industry since a very profitable synergy was formed, today the percentage of diabetics, according to the WHO, has increased by 400% at the level global.

When a patient through alternative therapy is administered a supplement, or some therapeutic phyto, the low glycemia is noticed in the bloodstream, which indicates that the issue is not in the insulin, but that we are facing a problem at the liver level and that is what we have to analyze in order to correctly locate the problem, regulate the output of glucose from the bloodstream and not block the metabolic access pathways at the liver level so that its transit through the bloodstream adjusts to the glucose homeostasis and return to the liver without any setback or obstacle. The supply of glucose in the blood of the diabetic patient comes from his food intake due to anxiety (polyphagia), since the high viscosity of the blood plasma does not allow the nutrients to reach the cell in a normal way.Thirst (polydipsia) is also due to the fact that the cells are dehydrated, due to the viscosity of plasma and a lot of urine (polyuria), because the kidney has to excrete glucose that is not absorbed by the liver, due to to its slow transit in the bloodstream.

How can we solve the problem?

In order for the therapist to be able to orient his analysis in the patient's healing procedure, first of all, the patient must not be considered as diabetic, since he has been suggested with "I am diabetic", a phrase that must be modified by "person with return slow glucose ”, this to be able to locate the origin of the problem well, so that you understand that your problem is not of the pancreas, but that your body presents a slowdown in the circulation of glucose from the blood to the liver (slow return, which is what causes the increase in viscosity). If the problem were Insulin, the doses applied would solve the problem of viscosity to blood plasma and the symptoms of this are still experienced by the patient.So what is injected into the patient along with the insulin? Could it be that the miscibility of the insulin supplied by the pancreas to the blood is inversely proportional to the viscosity and as the viscosity increases, the insulin cannot reach the cells to fulfill its catalyst function? Why is insulin injected into adipose tissue and not intramuscular or blood if it is true that insulin lowers the amount of glucose in the blood? It is important to bear in mind that most metabolic disorders are produced by blockages in the intrahepatic ducts, preventing the exit of fluids for digestion, or delaying excess glucose from the blood (light diets, the use of medications, alcohol, preservatives, sweeteners, flavorings).Consequently, liver and gallbladder detoxification and cleansing should be guided by the trained therapist, in order to clean the intrahepatic ducts to allow free flow and circulation of fluids that participate in metabolic processes.

Among metabolic disorders, diabetes is one of the most focused on researchers with the aim of proposing a definitive solution to it. The matter has been handled with oral hypoglycemic agents and with the supply of the hormone insulin, in order to lower the values ​​in the bloodstream as a great scientific achievement but from the mathematical (statistical) point of view, never from the epistemological (scientific) point of view.).

The initial path with which the problem of hyperglycemia had to be ventilated is to have focused on the metabolic route of glucose, in order to find the root of the problem and not maintain the misinformation linked to the fear that is experienced by not having typified a precise definition With analyzes and outdated studies of all objectivity intimidating its victims with the diversity of symptoms experienced by those who suffer from this disorder derived from high viscosity in the blood flow either at the circulatory level, at the vascular level, especially the microcirculation, the diabetic glaucoma, as the aqueous humor cannot circulate through Schelemm's canal, which is a small circumferential canal located in the iridocorneal angle of the anterior chamber of the eye,by which the aqueous humor drains into the blood circulation with which we can affirm that diabetic retinopathy and diabetic glaucoma are not genetic problems, erectile dysfunction is another of the symptoms derived from high viscosity in the blood, strokes They are also due to the same cause: lack of mobility or resistance to flow and therefore it is not easy to carry nutrients and oxygen to the brain. Gangrenes, as the blood has high viscosity (resistance to flow), the oxygen will not reach the tissues and therefore will become necrotic, hence the origin of the terrible diabetic gangrene. We ask ourselves: what would be the mechanisms to avoid all these complications and lead a healthy life, without depending on oral or injected hypoglycemic agents?without relying on oral or injected hypoglycemic agents?without relying on oral or injected hypoglycemic agents?Erectile dysfunction is another of the symptoms derived from high viscosity in the blood, strokes also have the same cause: lack of mobility or resistance to flow and therefore it is not easy to carry nutrients and oxygen to the brain. Gangrenes, as the blood has high viscosity (resistance to flow), the oxygen will not reach the tissues and therefore will become necrotic, hence the origin of the terrible diabetic gangrene. We ask ourselves: what would be the mechanisms to avoid all these complications and lead a healthy life, without depending on oral or injected hypoglycemic agents?Erectile dysfunction is another of the symptoms derived from high viscosity in the blood, strokes also have the same cause: lack of mobility or resistance to flow and therefore it is not easy to carry nutrients and oxygen to the brain. Gangrenes, as the blood has high viscosity (resistance to flow), the oxygen will not reach the tissues and therefore will become necrotic, hence the origin of the terrible diabetic gangrene. We ask ourselves: what would be the mechanisms to avoid all these complications and lead a healthy life, without depending on oral or injected hypoglycemic agents?lack of mobility or resistance to flow and therefore it is not facilitated to carry nutrients and oxygen to the brain. Gangrenes, as the blood has high viscosity (resistance to flow), the oxygen will not reach the tissues and therefore will become necrotic, hence the origin of the terrible diabetic gangrene. We ask ourselves: what would be the mechanisms to avoid all these complications and lead a healthy life, without depending on oral or injected hypoglycemic agents?lack of mobility or resistance to flow and therefore it is not facilitated to carry nutrients and oxygen to the brain. Gangrenes, as the blood has high viscosity (resistance to flow), the oxygen will not reach the tissues and therefore will become necrotic, hence the origin of the terrible diabetic gangrene. We ask ourselves: what would be the mechanisms to avoid all these complications and lead a healthy life, without depending on oral or injected hypoglycemic agents?without relying on oral or injected hypoglycemic agents?without relying on oral or injected hypoglycemic agents?

The answer, first of all, we must analyze whether the administration of hypoglycemic agents suppressed the normal production of insulin by the pancreas, since these chemical molecules are intended to replace a normal function of the organ that produces the hormone, to supply it artificially, in the bloodstream., limiting the neurotransmitter and synaptic activity between the Peripheral Nervous System and the Central Nervous System, thus blocking the production of insulin from the pancreas (similar to removing the water supply from the aqueduct pipe and selling them in containers). Let us remember once again that the issue is to maintain the normal percentage to avoid high viscosity in the blood (normal viscosity so that the blood does not present resistance when flowing through veins, vessels,capillaries) and fulfill its function of nourishing and oxygenate the cells of the body.

For the study, a technique called the Glucose Metabolism Clock was designed so that each patient manages this mechanism to control their slow return of glucose, which, as mentioned previously, the accumulation in the blood is due to its slow return to the liver, which is the organ responsible for removing excess glucose from the blood. I reiterate my consideration that insulin only helps the combustion of glucose in the cell, this is detected when a patient is given phytotherapeutic (plants, herbs, etc.), without these containing insulin, low blood glucose in the bloodstream is experienced, including patients who by injecting them with insulin, their indicators do not drop below 240, a situation contrary to when herbal remedies are administered, it has been found that it drops to 90.85.Continuing with the Blood Glucose Metabolism Clock, each patient must consider what kind of food they are supplying to their body, take into account the Glycemic Index of their food, that is, how quickly a food converts into glucose and how long it takes to enter the bloodstream. In this if you have to be strict, because according to how you manage your diet, this is how you will manage the presence of glucose in the blood. To begin with, the patient must have a specific feeding schedule, that is, they can have breakfast, lunch and dinner within six hours. For example, if you have breakfast at 06:00, lunch at 12:00 m and dinner at 6:00 p.m. With the glucometer you will take a control the first hour after breakfast, then at the second hour, until you reach Lunch time,that is, every one hour you will write down the values, you will design your table for one, two, three, and six hours respectively, that will be done after breakfast, the same for lunch and for comfort at night if you fall asleep early, take it every hour until eight or nine at night. As soon as you get up the next day, take it on an empty stomach, this so that you have an idea of ​​how your glucose transit was from the moment you went to bed to sleep until when you got up, because generally very little activity is performed at night physical and it is important to take into account the calories needed for each patient and the kind of activity performed, some patients eat food at midnight -this of course increases their blood glucose level- and if it has a slow return, that of the day,sometimes they eat breakfast at ten in the morning and have lunch at twelve, take intermissions (snacks) or watch television until late at night eating high calorie foods and therefore reach high values ​​Blood glucose increases as the person -with a slow return of glucose- ingests more and more food and the high viscosity is what prevents the cell from being nourished and is what makes the person demand more food, feel thirsty, experience anxiety. Satisfies stomach hunger and not cellular hunger, therefore here the patient must do his part, educating the appetite to avoid these excesses. There are quantities of natural products that give fluidity to the blood, in addition to others that facilitate the rapid transit of glucose in the blood.If you are not in a position to change your eating habits and lifestyles, you must be aware of the consequences and conditions of this metabolic disorder. Since the problem of slow glucose return is not the fault of the pancreas, the therapist should focus on applying liver cleansing procedures to allow glucose receptors in the liver to receive excess glucose from the blood and thus not be increase blood viscosity putting the lives of patients at risk. There are a number of industrialized products that produce or cause this metabolic disorder, that is why it is very important that the list of artificial sweeteners, beverages, soft drinks, preservatives, is also known.All this affects the mechanism of the metabolic pathway of glucose in the human body, causing it to slow down, or blocking receptors in the liver. The patient must do his part if he is going to use the glucose metabolism clock, or if he is going to go to the professional therapist, but he cannot forget his mental therapy in order to correct eating habits and lifestyles.

Conclusions:

The academic world must come to ventilate this very serious error that it has maintained for many decades. Although researchers have a commitment to society, it is an ethical duty, even if no stipend is received because it is well understood that we have a commitment not only to the truth, but also to contribute to the well-being and development of civilization in general. In this article, in principle, it was avoided to mention the motive that has moved this whole strategy and to point out direct responsible parties, however, a researcher is not unaware of the geopolitics and the fabric of all this emblematic matter, but it is the responsibility and duty of the universities and research centers. research take the trouble to validate any results that have been protocolized, that is,The responsibility cannot be entrusted to anyone who is outside the academic and scientific world because precisely the professional responsibility is to face the challenges and try to find a solution to the problems and enigmas that daily life and reality present us, it is the university or the academy who should be most concerned about investigating since they have the resources and means available to do so, so there are plenty of excuses and there are others, they have no justification of any kind.so there are plenty of excuses and there are others, they have no justification of any kind.so there are plenty of excuses and there are others, they have no justification of any kind.

The case is quite different when a patient diagnosed with diabetes is given some herbal medicine (which does not contain insulin), normal values ​​have been observed after having been given it and it is here where the role of oral hypoglycemic agents or of oral hypoglycemic agents is questioned. insulin injections, especially what is the true function or what role does insulin play within the metabolism.

When insulin is administered to an affected person with a slow transit of glucose in the bloodstream, the glucose values ​​begin to decrease, which indicates that glycolysis accelerates at the cellular level, this is deduced since with the passage of time the affected person begins to lose weight. which leads us to conclude that there is indeed little glucose that passes from the blood to the liver, which is where the glucose receptors are (GLUT2) and therefore energy transformed into glycogen is not stored and less glycogen from the liver to the tissue muscle (fat: energy reserves).

In 1889 Josef von Mering and Oskar Minkowski found that the total removal of the pancreas produced severe diabetes in the dog. This research was carried out at the Institute of Medical Clinic of the University of Strasbourg, led by Professor B. Naunyn.

We report the case of Josef von Mering and Oskar Minkowski because it is presumed that it was not only a hasty diagnosis, it was also irresponsible, perhaps by generalizing it without delving into the study and comparing it with humans, since they ignored that the digestive process of dogs and humans are totally Suppressing the pancreas in a dog, where the dog's digestion needs not only gastric juice, but also the digestive enzymes of the pancreas, since the dog swallows whole and does not chew like humans, which practically leave an almost finished job to the stomach. Imagine how you are not going to present a tremendous problem to a dog by suppressing its pancreas. Now, in humans the digestive process takes an average of 1-2 hours and in dogs eight hours. That is to say,the study carried out eleven decades ago at the Strasbourg Medical Clinic Institute was a universal disaster whose protocolization has led humanity to a historical hecatomb from the point of view of human physiology with a strong impact on anatomy as a science.

To date 129 years later (2018), no academic entity has demonstrated through insulinometry analysis that the little or the misused of insulin produced by the pancreas is responsible for the two types of diabetes, Type 1 and Type 2, reiterating again that the excess glucose is removed by the liver, again falling into the hypothesis that insulin is simply a positive catalyst for glycolysis since the liver is the regulator. And so we are stuck in eleven decades with the results known to all.

By simple logic and reasoning, glucose comes from the digestive process due to food intake, the blood receives glucose in its torrent as fuel for cellular metabolism, as it burns the glucose necessary for cellular activity, the glucose receptors located in the liver, they remove the excesses from the blood, if the receptors are obstructed, the safest thing is that a damming of glucose in the blood will originate and that is what originates what the academic dogma called diabetes, which for that matter ours insists on changing the terminology to: "people with slow glucose return."

It should be noted that in order to reach this conclusion, case analyzes were made of people diagnosed as such by conventional medicine in the period between 2011 and 2014 in the city of Acarigua, Portuguese state of the Bolivarian Republic of Venezuela, in the Camburito Development urbanization, residence of the Venezuelan Colombo citizen Cruz Elena Castro Méndez.

It is suggested to the academic and scientific world to enter to review and validate everything that has been known in this matter until today, there must be a general statement worldwide, that is; each country through its public and private entities, medical schools and the media. In general, to review what is happening inside the universities and health programs, specializations regarding knowledge and training in investigative processes, in the teachings of their different chairs, including in the chair of professional ethics and methodology of research very deeply in hospitals and clinics around the planet in relation to their infrastructure and logistics in research matters and the performance of the physician as such.

Vocabulary:

Anatomy: science that studies the structure, shape and relationships of the different parts of the body of living things.

Catalyst: That accelerates or slows down a chemical reaction without participating in it.

There are two types of catalysts, positive, and negative:

Positive catalysts: are those that increase the speed of the reaction. …

Negative catalysts : also called inhibitors, they are those that slow down the reaction rate.

Physiology: (from the Greek physis, nature and logos, knowledge, study) is the science that studies the functions of living beings. Anatomy and physiology are closely related fields of study where the first emphasizes the knowledge of the form while the second puts interest in the study of the function of each part of the body, both areas being of vital importance in medical knowledge. general.

Part of biology that studies the organs of living beings and their operation.

Glycolysis:

Glycolysis or glycolysis is the process through which one molecule of glucose is broken down into two molecules of pyruvate. Through glycolysis, energy is produced, which is used by the body in different cellular processes.

Glycolysis is generated in cells, specifically in the cytosol located in the cytoplasm. This is the most widespread procedure in all living beings, because it is generated in all types of cells, both eukaryotic and prokaryotic.

This implies that animals, plants, bacteria, fungi, algae and even protozoan organisms are susceptible to the process of glycolysis.

The main objective of glycolysis is to produce energy that is then used in other cellular processes in the body.

Bibliography:

• José de Jesús Tejada Maury. Sickness big business, health expensive commodity ISBN 978-958-46-4378-0. Barranquilla-Colombia April 30, 2014. Prometeo SAS Publishing House José de Jesús Tejada Maury. Disease: metastasis from fraud Causes: autoimmune, idiopathic, or geopolitical? ISBN: 978-958-46-2660-8. Barranquilla, Colombia. Printed by Editorial Todo Artes Publicidad. June 2013.