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Would it be beneficial to human health to fly at lower altitudes? If planes routinely flew lower than they do, there would be significant impacts on both aviation and public health. In terms of aviation, flying at lower altitudes would result in more air resistance and increased fuel consumption, leading to higher costs and potentially longer travel times. However, from a public health perspective, flying at lower altitudes would have several benefits. One significant advantage would be the reduction in exposure to ionizing radiation from the Earth's radiation belt. At higher altitudes, such as those typically flown by commercial airliners, passengers and crew are exposed to greater levels of ionizing radiation, which can increase the risk of cancer and other health problems. By flying at lower altitudes, the exposure to ionizing radiation would be reduced, potentially lowering the incidence of cancer and other related diseases. Additionally, flying at lower altitudes could also lead to a reduction in the incidence of heart disease. It has been suggested that exposure to high altitudes for prolonged periods can contribute to the development of cardiovascular disease, due to the reduced oxygen levels at high altitudes. Flying at lower altitudes could mitigate this risk, potentially leading to improved cardiovascular health for passengers and crew alike. Overall, while there would be some operational challenges associated with flying at lower altitudes, the potential health benefits make it an intriguing area of study for both aviation and public health professionals.

Ultrasound energy refers to a type of energy that is produced by high-frequency sound waves that are beyond the range of human hearing (i.e., typically above 20,000 Hz). These sound waves are generated by a transducer, which is a device that converts electrical energy into mechanical vibrations. When the sound waves produced by the transducer enter the body, they interact with the tissues and cause them to vibrate. This vibration can produce a range of effects, depending on the intensity and duration of the ultrasound energy. In medical applications, ultrasound energy is often used for diagnostic imaging and therapeutic purposes. Diagnostic ultrasound involves using the reflected sound waves to create an image of the body's internal structures, such as organs, blood vessels, and tissues. Therapeutic ultrasound, on the other hand, involves using higher-intensity sound waves to produce thermal or mechanical effects in the tissues, which can be used to treat conditions such as inflammation, pain, and tissue damage. Overall, ultrasound energy is a useful tool in medicine and other fields because it can penetrate deeply into tissues without the need for invasive procedures, making it a safe and non-invasive option for a variety of applications.

Chemotherapy is a type of cancer treatment that relies on the use of powerful medications to kill cancer cells. While it can be an effective treatment, it can also have serious side effects, including causing cancer cells to metastasize, or spread, to other parts of the body. Metastasis is the process in which cancer cells move from one part of the body to another. Cancer cells can spread through the lymphatic system, the bloodstream, or directly through tissue. When cancer cells spread to other organs, it is known as organ metastasis. Chemotherapy can cause organ metastasis by killing cancer cells, but also by damaging healthy cells in the process. The damaged cells can become cancerous and spread to other organs. Chemotherapy drugs can also affect the cells in the tumor microenvironment, which can lead to the release of molecules that stimulate the growth and spread of cancer cells. Chemotherapy can also cause organ metastasis by affecting the body's immune system. When the immune system is weakened, cancer cells are able to spread more easily. This is why chemotherapy treatments are typically combined with immunotherapy, which helps the body's immune system fight the cancer. Learn more? https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6035114/

Bone metastasis is a serious and potentially debilitating side effect of chemotherapy. It occurs when cancer cells spread to the bones, resulting in pain, fractures, and even paralysis. The causes of bone metastasis are not fully understood, but it is thought to be related to the effects of chemotherapy drugs on the body's cells. Chemotherapy treatments are designed to kill cancer cells, but they can also damage healthy cells. This damage can cause inflammation and weaken the body's bones, making them more susceptible to cancer cells. The weakened bones are then more likely to develop bone metastasis. There are several risk factors associated with an increased chance of developing bone metastasis from chemotherapy. These include: advanced cancer, weakened bones due to age or other health conditions, and a history of radiation therapy. In addition, certain chemotherapy drugs may be more likely to cause bone metastasis than others. Bone metastasis is a serious side effect of chemotherapy, but you can reduce the risk of developing this condition by reducing the amount of chemotherapy drugs that enter the body, protecting the bones from further damage. Learn more? https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6035114/

Breast cancer radiation therapy increases the risk of the cancer spreading to organs and bones. Radiation therapy damages the surrounding healthy tissue. Because radiation therapy is the highest form of high-energy radiation, it damages healthy cells that are located near the cancerous cells. This damage causes the cancer cells to spread to these nearby healthy cells, leading to the cancer spreading to other parts of the body. Systemic effects of radiation therapy include the release of chemicals and proteins that cause the cancer to spread further. These chemicals and proteins cause the cancer to spread to organs and bones that are not close to the area that was initially affected by radiation including the brain, lungs, bones, and liver. Radiation therapy can also cause cancer to spread to the lymph nodes, which are small organs located near the breast that help to filter out impurities in the body. Once cancer has spread to the lymph nodes, it can travel to other parts of the body through the lymphatic system. Learn more? https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4956569/

In recent years, the link between dental X-rays and cancer has been the subject of several studies. One of the most notable findings is that people who had multiple dental X-rays in their lifetime were at a higher risk of developing meningioma, a type of brain tumor. This finding was supported by a study published in the journal Radiology which suggested that people who had received more than 20 dental X-rays in their lifetime were twice as likely to develop meningioma. Other studies have suggested that people who receive numerous dental X-rays throughout their lifetime may be at a higher risk of developing thyroid cancer, breast cancer, and lung cancer. Repeated exposure to radiation from the X-rays can damage the DNA and lead to the development of cancer. When x-rays are taken, the radiation emitted from the x-ray source can cause damage to the teeth. Over time, this radiation can weaken the enamel of the teeth, making them more susceptible to bacteria, cavities and decay. Radiation can also cause damage to the underlying bone, leading to further problems. The most common type of damage caused by X-rays is tooth discoloration. This occurs when the X-ray beam passes through the enamel of the tooth and deposits a small amount of radiation into the dentin, the layer of the tooth beneath the enamel. This radiation causes the dentin to darken, leading to an unattractive discoloration of the tooth. This discoloration can be permanent, and is often difficult to treat. Bottom line, routine dental x-rays should be avoided at all costs. Due to the severe radiation affects, dental x-rays should only be prescribed in serious or life threatening situations. Learn more? https://pubmed.ncbi.nlm.nih.gov/27390489/

I answer these questions by presenting an example of the current Gold Standards in medicine for diagnosing, treating and following up breast cancer. My goal is to expand healing technologies and eliminate harmful one. BREAST CANCER EXAMPLE Is breast cancer diagnosis safe or healing? Palpation: Palpation is considered the Gold Standard for cancer diagnosis. Invasive, Painful, Limited. Hands and fingers can't see inside the body. Ultrasound can, but it isn't used often. Fingers are inserted into the rectum for prostate cancer instead of ultrasound. Fingers are interested into the vagina for ovarian and other pelvic cancers. Fingers can't reach ovaries or prostate. Is mammography, biopsy, CT or PET scans safe or healing? Mammography: Mammography is considered the Gold Standard for breast cancer diagnosis. Painful, ruptures tumors, radiation equivalent to 500 low dose x-rays (.5 mSv/.001mSv) multiplied by the number of views. (.5 mSv/.001 mSv PER VIEW) Biopsy: Biopsy is considered the Gold Standard for determining tumor malignancy. Painful, ruptures tumors, causes cancer cells to spread, false positives, false negatives. Most malignant tumors have a seal around them made of a firm collagen. CT/PET: CT and PET scans are considered the Gold Standard for cancer diagnosis. Radiation equivalent to 60,000-120,000 ”low dose” x-rays (60mSv includes with and without contrast + cellular susceptibility, meaning the effects are greater for certain populations. + gadolinium. (30 mSv/.001 mSv WITHOUT CONTRAST. 60 mSv/.001 WITH CONTRAST) Is chemo, radiation, lumpectomy, or a mastectomy safe or healing? Lumpectomy/Mastectomy: Invasive Surgery is considered the Gold Standard for cancer treatment. Painful, causes cancer cells to spread, mutilating, debilitating Chemotherapy: Chemotherapy is considered the Gold Standard for cancer therapy. Unhealthy Painful Destroys healthy cells Weakens immune system Hair loss Extreme side effects Time consuming. Taxotere, AKA docetaxel, a common chemotherapy for breast cancer, has thousands of lawsuits filed against it and it also causes Acute Myeloid Leukemia. Radiation Therapy: Radiation Therapy is considered the Gold Standard for cancer treatment. Radiation equivalent to 2 billion low dose x-rays (80, 000 mSv multiplied by the number of treatments. If the number of radiation treatments is 25, that’s 2,000,000 mSv. 2,000,000mSv/.001mSv is equivalent to 2,000,000,000 low dose x-rays. Leaves permanent scarring. Is pain medicine safe or healing? Pain Medicine: Morphine is considered the Gold Standard for pain relief. Morphine causes cancer cells to spread and encourages cancer cells to build more tumors through a process called angiogenesis. Angio meaning vessel. Genesis meaning life. Morphine suppresses the immune system preventing the body from defending itself. Is breast cancer follow up with x-ray and/or PET/CT scans safe or healing? Chest X-Ray/Mammography: X-Ray is considered the Gold Standard for Breast Cancer Follow Up. Radiation equivalent to 500 low dose x-rays (.5 mSv/.001mSv) multiplied by the number of views. (.5 mSv/.001 mSv PER VIEW) CT/PET: CT & PET Scans are considered the GOld Standard for cancer follow up. 60,000-120,000 low dose x-rays multiplied by the number of follow up CT/PET scans. Generally 4 per year, once per quarter that is equivalent to nearly 500,000 low dose x-rays per year. Causes cancer. Causes illness. Causes other disease including heart disease. (30 mSv/.001 mSv WITHOUT CONTRAST. 60 mSv/.001 WITH CONTRAST) THE AVERAGE IONIZING RADIATION EXPOSURE IN CANCER PATIENTS MAMMOGRAPHY: 500 * 6 = 3,000 low dose x-rays CT/PET: 120,000 low dose x-rays RADIATION THERAPY: 2,000,000,000 low dose x-rays MAMMOGRAPHY: 500 * 6 = 3,000 low dose x-rays CT/PET Y1: 80,000 * 4 = 480,000 low dose x-rays CT/PET Y2: 80,000 * 4 = 480,000 low dose x-rays If it's not safe or healing, is there another way? Last year 110 million CT scans were ordered in the US. There's only 300 million people in the US. It is estimated that 1 out of every 2000 people get cancer from their medical tests. That's 55,000 people. Learn more? https://www.bmj.com/content/346/bmj.f2360 https://www.webmd.com/cancer/can-ct-scans-lead-to-cancer There are alternatives. Contact The CURE Center for more information.

"Go ahead! Live by a nuclear power plant. Live inside one. Totally cool. Get radiated with x-ray all day long. Doesn't matter. How about a nap in a CT scanner? Totally okay, but leave it on so I can be really warm. Perhaps a gadolinium cocktail? I am thirsty for cancer! No? Why not? There's no warnings on it, so it must be ok. My doctor ordered it so it must be okay. No. No, it's not okay. But for some reason, ionizing radiation - X-ray, CT, mammography, fluoroscopy, angiography, radiation therapy - aren't listed as preventable risk factors for cancer according to the CDC." Cancer is a leading cause of death around the world, and the number of people affected by the disease is rising each year. While cancer is a serious health concern, it is important to recognize that medical tests can actually be responsible for causing cancer in some patients. It is estimated that an average of 100,000 to 300,000 people are diagnosed with cancer each year due to medical tests, such as radiation therapy, CT scans, and mammograms with approximately 55,000 deaths - greater than breast cancer deaths this year. Did you know? We all should know. Radiation therapy is a common treatment for cancer, and it uses high-energy X-rays to destroy cancer cells. While this can be an effective treatment, radiation therapy also causes cancer. The risk increases with each additional radiation therapy session, and those who have had multiple treatments are more likely to develop cancer. CT, SPECT and PET scans are other medical tests that can cause cancer. These scans use X-rays to create detailed images of the body, and they are often used to diagnose and monitor cancer. CT, SPECT and PET scans involve a much higher dose of radiation than regular X-rays, and the risk of developing cancer increases with each additional scan. Mammograms are also used to diagnose and monitor cancer, and they can also cause cancer in some patients. Mammograms are a type of X-ray that is used to screen for breast cancer, and the radiation from the X-ray can cause cancer in the breast tissue. Given the number of medical tests that can cause cancer, it is important to understand the risks involved. According to the CDC, here are the preventable risk factors for cancer: Preventable Risk Factors and CDC’s Approach Cigarette Smoking and Secondhand Smoke Exposure Exposure to Sun and Tanning Beds Overweight and Obesity Excessive Alcohol Use Infectious Disease What's not on the list? Diagnostic Ionizing Radiation Exposure (DIRE). Tanning beds are UV rays made the cut, but not Gamma rays. DIRE Founder, Karen Nussbaumer, has reached out to Rochelle Walensky, MD - the current CDC Director, and is awaiting comment. In the mean time, here's some important information about Gamma rays. Gamma rays and ultraviolet (UV) radiation are two forms of ionizing radiation that can have dangerous effects on living organisms. Gamma rays are a form of electromagnetic radiation with a very short wavelength and the highest frequency of any electromagnetic radiation. Gamma rays are emitted from the nuclei of radioactive atoms, and can be produced in nuclear explosions or by various particles accelerated in particle accelerators. UV radiation is also a form of electromagnetic radiation, with a longer wavelength than gamma rays but still shorter than visible light. It is primarily emitted from the Sun, and can reach the Earth’s surface in both scattered and direct forms. The primary difference between gamma rays and UV radiation is the amount of energy contained in each. Gamma rays are much more powerful and have higher energy levels than UV radiation. This can be hazardous to living organisms, as gamma rays can cause severe damage to the DNA of living cells and can lead to cancer. As gamma rays are so powerful, they cannot be shielded against by the Earth’s atmosphere and need to be blocked with thick lead shielding. UV radiation, on the other hand, has much lower energy levels, and can be blocked by the Earth’s atmosphere.The risks associated with gamma rays and UV radiation are also quite different. Gamma rays have a higher risk of causing cancer, as they can cause mutations in the DNA of living cells. They can also damage the immune system, making it harder for the body to fight off infection and disease. The risks associated with UV radiation are primarily skin damage, as UV radiation can cause sunburns, skin cancer, and other forms of skin damage. UV radiation can also cause damage to the eyes, such as cataracts.

In the United States, medical students are legally able to invasively examine unconscious patients, even children, without their consent in Alabama, Arkansas, Delaware, Hawaii, Illinois, Indiana, Iowa, Kansas, Kentucky, Louisiana, Mississippi, Missouri, New Jersey, North Carolina, Oklahoma, South Carolina, Tennessee, Texas, Virginia, and West Virginia. These states all have laws that allow medical students to learn by performing pelvic and other exams on unconscious patients for educational purposes. This is just wrong. This is a violation of human rights. Practicing on unconscious patients without consent is unethical and puts patients at risk of physical and psychological harm. The medical community must immediately take steps to ensure that unconscious patients are not subjected to examinations, treatments or procedures without their consent. We should just call it what it is. This is rape. Why is this rape? Because the patients DO NOT CONSENT. They are not informed before or after that their bodies are used, like an object, for "practice". Medical "practice" on unconscious patients without their consent is an egregious form of sexual assault perpetrated by medical students. This is criminal. This form of rape is especially heinous because it relies on the trust that is inherent in the doctor-patient relationship. The psychological effects of which are often devastating, and can lead to feelings of terror, betrayal, and guilt. This "practice" is disgusting and inexcusable and is an affront to the dignity of the patient. Further, it is an egregious violation of the trust that patients have placed in the medical profession. No patient should ever feel violated in this way. This unconscionable crime results when medical students use their position of power and authority to take advantage of unconscious patients in the name of education. This is not education. This is a heinous violation of a patient's rights, and all medical students, their supervisors, their educators and their institutions must be held accountable for such actions. See links below for additional information and to learn how you can help stop this barbaric practice. https://www.healthywomen.org/your-care/pelvic-exams-unconscious-women https://www.epsteinprogram.com/states-banning-unauthorized-pelvic-exams https://www.nytimes.com/2020/02/17/health/pelvic-medical-exam-unconscious.html https://jamanetwork.com/journals/jama/fullarticle/2725671 https://doctors.ajc.com/doctor_sex_abuse_sedated/ https://www.healthline.com/health/nonconsensual-internal-exams-sexual-assault#1 https://www.elle.com/life-love/a28125604/nonconsensual-pelvic-exams-teaching-hospitals/

Radiation therapy is a common treatment for breast cancer as it is believed to be an effective method for reducing the risk of tumor recurrence. However, recent studies have highlighted the ineffectiveness of radiation therapy for certain types of breast cancer, as well as the potential risks associated with radiation. During radiation therapy for breast cancer radiation is targeted at the breast tissue to kill cancer cells. This radiation can range from low to high doses, depending on the type and stage of cancer. For many women with early-stage breast cancer, the benefits of radiation therapy have been proven to be limited. Studies have shown that radiation therapy may actually increase the risk of tumor recurrence, and that it may be ineffective in some cases. Radiation therapy can also cause long-term side effects. It can damage healthy tissue, cause skin irritation and permanent scarring, which can lead to a decreased range of motion and pain. It can also damage the heart and lungs, which can lead to breathing difficulties and an increased risk of heart disease. Radiation therapy has been linked to increased risks of other health issues, such as lymphedema, organ damage, heart failure, infertility, myelodysplastic syndrome and second cancer. It is also important to note that radiation therapy can be costly and time-consuming. Radiation treatments generally last about six weeks and require frequent trips to the hospital. The financial burden of radiation therapy can be a major burden for many patients, and the time commitment can be a major disruption to their daily life. The amount of radiation used for breast cancer therapy can vary depending on the type and stage of cancer. Higher doses of radiation are used for more advanced cancers, and may also be used for tumors that are larger and more aggressive. Generally, radiation doses used for breast cancer are between 4,000 and 8,000 centigray (cGy). For comparison, a chest X-ray uses a dose of 0.1 cGy. For further clarification, 8,000 centigrays is equivalent to 80,000 millisieverts (mSv). An average dental x-ray is .001-.005 mSv. Therefore, one therapeutic dose of radiation is equivalent to 80 million dental x-rays. With an average of 25 rounds of radiation per cancer, patients are exposed to over 2,000,000,000 billion x-rays in the course of their treatment. For even further clarification, cancer has been discovered at 100 mSv. The average radiation therapy is 2,000,000 mSv. Hiroshima, at the highest level of nuclear impact in the Nagasaki area, measured 110 roentgens. 110 roentgen is equivalent to 1,026 mSv. Therefore, the average course of radiation therapy is 1,949.23 times greater than the greatest impact of the Hiroshima nuclear bomb. I thought we were supposed to be killing cancer. Not causing it. Learn more? https://www.cancer.gov/about-cancer/treatment/types/radiation-therapy/side-effects https://www.cancer.org/treatment/survivorship-during-and-after-treatment/long-term-health-concerns/second-cancers-in-adults/treatment-risks.html https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6074073/

Medical radiation poisoning, also known as radiation sickness or radiation injury, is a condition caused by exposure to a large dose of radiation over a short period of time, or to a smaller dose over a longer period of time. It can occur when a person is exposed to radiation from an external source, such as a nuclear bomb or radiation therapy, or when a person is exposed to radiation from an internal source, such as from ingesting radioactive material. Symptoms of radiation poisoning can vary depending on the amount of radiation exposure and the type of radiation to which the person was exposed .The initial symptoms of radiation poisoning can occur within minutes of exposure and can include nausea, vomiting, and diarrhea. These symptoms can be accompanied by fatigue, fever, and loss of appetite. Other early symptoms include hair loss, reddening of the skin, and blistering of the skin. In some cases, a person may experience acute radiation syndrome, which is a life-threatening condition that occurs when a large amount of radiation is absorbed into the body. Symptoms of acute radiation syndrome can include nausea, vomiting, diarrhea, fever, loss of appetite, and an enlarged spleen and liver. Long-term effects of radiation poisoning can include an increased risk of cancer, infertility, and birth defects. These long-term effects may not become apparent until years after the initial exposure to radiation. People with radiation poisoning may also experience other health problems, such as chronic fatigue, vision problems, and weakened immune systems. If you believe that you have been exposed to radiation, seek medical attention immediately. Treatment for radiation poisoning will depend on the amount of radiation exposure and the type of radiation to which the person was exposed. Treatment may include medications to reduce nausea and vomiting, antibiotics to treat infections, and blood transfusions to replace lost blood cells. In conclusion, radiation poisoning is a serious condition that can be caused by exposure to radiation from an external or internal source. Symptoms of radiation poisoning can vary depending on the amount of radiation exposure and the type of radiation to which the person was exposed. Early symptoms can include nausea, vomiting, diarrhea, fever, and loss of appetite. Long-term effects can include an increased risk of cancer, infertility, and birth defects. If you believe that you have been exposed to radiation, seek medical attention immediately.

Ultrasound and Magnetic Resonance Imaging (MRI) are two non-invasive imaging techniques that can be used as alternatives to Computed Tomography (CT) and Positron Emission Tomography (PET) scans. These two methods of imaging provide physicians and medical researchers with unique ways to diagnose and treat a broad range of diseases and injuries. Ultrasound uses sound waves to create an image of the body’s internal structures, including the heart, blood vessels, and organs. Ultrasound is often used to diagnose conditions such as pregnancy, cancer, and heart disease. Ultrasound is also used to help guide surgery and other medical procedures, such as needle biopsies. Ultrasound can be used as an alternative to PET because it can detect a range of diseases and injuries without exposing the patient to radiation, which is a risk associated with PET scans. MRI uses magnetic fields and radio waves to create detailed images of the body. It can be used to diagnose a variety of conditions, such as tumors, strokes, and multiple sclerosis. MRI can be used to monitor the progress of treatments and to observe the effects of medications. MRI is often used as an alternative to PET because it can provide detailed images of the body without radiation exposure. Both ultrasound and MRI can be used as alternatives to PET scans. They can provide detailed images of the body without the risk of radiation exposure. Ultrasound and MRI are both non-invasive methods of imaging that can be used to diagnose and treat a range of diseases and injuries.