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"It's hard to find a black cat in a dark room, but that doesn't mean it's not there!" Confucius improvisationToday, medicine can detect a cancerous process when it has already been localized in the tissues of the body, or has given the first signs of changes in the mucous layer. Before that, he quietly, latently begins many, many years before the diagnostic trouble, since in medical science there is still no substantiated etiological theory of its nature. This means that there are no signs of its early fixation, even at the level of microscopic comparisons. As they say, you don't know what to look for and what to see.Therefore, today, the entire methodological set is effective and error-free only when there is something to consider, pinch off and take material for research. But these are always already phases of a localized form of the process, which, before that, develops in the body for 7-8 years. As you know, almost all existing tumor markers are far from always informative and may be normal, even when, for example, colonoscopy or MSCT already detects oncology and the onset of metastasis.Therefore, it is meaningless to talk about modern screening at the level of the preventive stage, or the stage of secondary risk, after full courses of treatment. All these unconditionally necessary measures, unfortunately, are already fixing, albeit small, but already formed formations. Therefore, today the practice of preventive surgery is being widely introduced, which involves cutting off any tubercle, in fear that it may degenerate into oncology. This is precisely the mistake, since approximately 80% of the total distance of the process falls on a latent, symptom-free period.The first shifts of an organism into photosynthesis form new relationships and balance between various substances in it. First of all, this concerns amino acids and microelements, which are always determined in any kind of synthesis. This means that there are dominant groups of trace elements...

Worldwide WHO statistics as of the end of 2018 show that among all types of cancer in women, cancer of the body and cervix is ​​13%, ovarian cancer 5%, vaginal cancer 1.5% Thus, the proportion of oncological diseases of the gynecological system is 19.5% of all types of cancer in women. This means that out of five women diagnosed with cancer, one has cancer through gynecology.If you look at statistics by type of cancer lesions in the female system, then cervical cancer is 44.8%, cancer of the body of the uterus 18.1%, ovarian cancer 29.7% and 7.4% in total are cancer of the vagina, vulva, fallopian tubes, choriocarcinoma. p> If you look at age statistics, oncology in the female system is most common starting from the period before menopause, in menopause and after menopause, reaching its peak by 60-65 years. But at the same time, it should be noted that 36% of all cancer cases in the female system occur at the age of 30-45 years. See chart.The worst cancer situation in the female system is in Bolivia, Indonesia, Laos, Guinea, Sierra Leone, Latvia, Estonia, Lithuania, Czech Republic, England, Norway, Kazakhstan, Tajikistan, Dagestan. The most favorable situation for this group of diseases is in Egypt, the Congo, and the Republic of Niger. China also belongs to this group, although for most other oncological diseases, China is in the world's leading five. The situation is also less favorable in Iran, Syria, Libya, Morocco and Malawi.It is not necessary to say that non-developed countries are more susceptible to oncology. Developed countries are abundantly present on this list, although I have not mentioned all of them. In other matters, you yourself can look at the map compiled by the World Health Organization for the gynecological group of diseases based on the results of 2018.The reproductive system, in both men and women, has an amazing ability to respond to alternative therapies. This is largely due to the active blood flow in the reproductive systems of...

Chart of female hormone fluctuations throughout the cycleConsidering that almost all women have a secretion stage that lasts 14 days + 1 day, then the lengthening of the menstrual cycle always occurs due to the proliferation stage. Therefore, when calculating the days of hormone delivery and determining the day of ovulation, it is necessary to subtract the number 15 from the total number of cycle days. This will be the day of ovulation. Further, to determine the day of completion of the formation of the corpus luteum, it is necessary to add the number 7 to the day of ovulation at 28-32 days of the cycle and the number 8 at 33-35 days of the cycle. If the cycle days are more than 35, then it is necessary to determine the duration of the formation of the corpus luteum using ultrasound.The reproductive system is closely related to the function of the thyroid gland, which is included in the triangle of interconnection: ovaries - pituitary gland - thyroid gland. Therefore, it is necessary to know the plants that depress the thyroid gland. And if, if necessary, to regulate the level of hormones of the thyroid gland is problematic, then thyreostatic plants cannot be used. But they are effective for toxic goiter and elevated levels of TSH, AT and AT-TPO.These are antithyroid substances that depress the thyroid gland, contributing to the formation of goiter.Many plants from the lamb and cruciferous family contain thyreostatic substances that promote the development of goiter and thyrotoxication. So, mustard oils of various cruciferous plants can cleave off thiocyanogen in the body, which contributes to the formation of goiter. Of particular interest are also cruciferous glucosides (aglucones) contained in various types of cabbage, which are combined under the collective name "brassica factor". The most important representative of these compounds is goitrin, isolated for the first time in 1949 from cabbage and swede seeds (5-vinyl-2-thiooxyzolidinone), which is formed from...

Official statistics published by the World Health Organization (WHO) are compiled on the basis of statistics provided by the health authorities of all states to the WHO regional offices located on each continent. Therefore, it is not possible to question the final statistical data, due to any bias or ideological goal.WHO is an international organization within the World Organization of the United Nations (UN). The Regional Office for Europe is based in Copenhagen, Denmark.Given that official statistics are subject to fake distortion on many sites, as a technology for political well-being correction, I recommend everyone to make queries exclusively in English, in search of the official website of WHO and its regional offices. p> Data on oncological diseases in different countries of the World as of the end of 2018. Estimated age-standardized incidence rates (World) in 2018, all cancers, both sexes, all ages. (Estimated age-standardized incidence rates (in the world) in 2018, all types of cancer, both sexes, all ages) Cancer incidence world map. Cancer incidence map of the world. Brain сancer - Estimated age-standardized brain cancer mortality rates for the world in 2018, for both sexes, of all ages. Brain Cancer - Estimated age-standardized death rates from brain cancer in the world in 2018, for both sexes, all ages. Oral and throat cancer - Estimated age-standardized mortality rates for oral and throat cancer in the world in 2018, for both sexes, of all ages. Oral and throat cancer - Estimated age-standardized death rates from oral and throat cancer in the world in 2018, for both sexes, all ages. Esophageal cancer - Estimated age-standardized mortality rates for esophageal cancer in the world in 2018, for both sexes, of all ages. Esophageal cancer - Estimated age-standardized death rates from esophageal cancer in the world in 2018, for both sexes, all ages. Gastric cfncer - Estimated age-standardized mortality rates for gastric cancer in...

Official oncological medicine and alternative cancer treatments, existing outside the confines of conventional medicine, engage in a mutual exchange of accusations, both lacking substantial scientific rationale regarding the nature of malignancy within the framework of natural laws. Ironically, both sides are bound by a singular utopian belief: that since cancer thrives in an acidic environment, the remedy lies in alkalizing your body. This notion is fervently embraced by doctors, alternative healers, and the majority of individuals seeking self-healing solutions online.For those seeking cancer prevention or exploring self-healing options on the internet, the journey may lead to a dead end. Mainstream medicine views tumors primarily as surgical targets, with well-established post-operative therapies. However, the vast expanse of the internet offers millions of patients an array of eccentric remedies, often without a comprehensive understanding of cancer. Today, instead of the outdated approaches involving hydrogen peroxide and baking soda, there's a burgeoning trend towards chlorophyll. Yet, few comprehend or communicate that chlorophyll directly stimulates the oncological process in any organism.I'm prepared to present a rather contentious viewpoint. Regrettably, mainstream medicine has yet to propose a scientifically sound alternative for the treatment of oncology. However, beyond its confines, where the pursuit of non-medical oncological alternatives flourishes, there exists a profound misunderstanding regarding the nature of cancer, its underlying mechanisms, and the efficacy of various methodologies.I firmly believe that this overarching issue can only be addressed through the lens of science, drawing upon current knowledge and future advancements. Though the prospect may seem as distant as apple trees blossoming on Mars, it's increasingly evident that within the realm of cancer research, such achievements are indeed feasible.The method of cancer treatment...

The current enzyme therapy was formed as answers to endless questions that have accumulated over the centuries in the inquisitive minds of various priests, healers and the first universal scientists. The experimental selection of all kinds of substances for the preparation of medicines with their quick and visible effectiveness, without understanding the mechanisms of its action, eventually made me think about the invisible power of all these juices, elixirs and decoctions. Just a couple of centuries ago, the happy minds of natural scientists did not know that there is a whole world of microsubstances that are the dynamic basis of all life. These substances were called enzymes, and the scientific direction was called enzymology. Today's development of this young science, to a greater extent, is determined not by old questions, but by the answers received to them with the understanding that the abyss of the microworld has opened before us. Every specialist involved in research in the field of nymology clearly understands the decisive role that enzymes will play in the development of future treatments for various diseases. Rapidly developing immunology predicts that the victory over oncological diseases lies not in the field of chemotherapy or radiation, but in the field of immunotherapy with a decisive role of enzymes. Currently, many leading laboratories in the world have made this area a priority in their research and pharmaceutical development. The use of enzyme mixtures in the most complex metabolic disorders gives amazing results, instilling confidence that we are a few scientific steps away from fundamentally new methods of treatment.Rene Antoine de Réaumur (1683 -1757), a Parisian, was one of those scientists whose universality in our time of narrow specialization is hard to imagine. He was at the same time a physicist, technician and naturalist, although he gained the greatest fame as an entomologist. In the last years of his life, Reaumur came to the...