Radiation Treatment Quotes

Surgery, clamps, sutures, bandages, antibiotics Mop Sucking chest wound Anesthesia, surgery Cork Cancer Chemotherapy, radiation, surgery Casket wreath* 13 Diabetes Insulin Leeches* 14 Hatchet embedded in skull Removal of hatchet, treatment of wound Larger hat Eyes gouged out in hospital by psychopath posing as nurse Prosthetic eyeballs, therapy Six-pack Source:

One day in my pharmacology class, we were discussing the possibility of legalizing marijuana. The class was pretty evenly divided between those that advocated legalizing marijuana and those that did not. The professor said he wanted to hear from a few people on both sides of the argument. A couple students had the opportunity to stand in front of the class and present their arguments. One student got up and spoke about how any kind of marijuana use was morally wrong and how nobody in the class could give him any example of someone who needed marijuana. A small girl in the back of the classroom raised her hand and said that she didn’t want to get up, but just wanted to comment that there are SOME situations in which people might need marijuana. The same boy from before spoke up and said that she needed to back up her statements and that he still stood by the fact that there wasn’t anyone who truly needed marijuana. The same girl in the back of the classroom slowly stood up. As she raised her head to look at the boy, I could physically see her calling on every drop of confidence in her body. She told us that her husband had cancer. She started to tear up, as she related how he couldn’t take any of the painkillers to deal with the radiation and chemotherapy treatments. His body was allergic and would have violent reactions to them. She told us how he had finally given in and tried marijuana. Not only did it help him to feel better, but it allowed him to have enough of an appetite to get the nutrients he so desperately needed. She started to sob as she told us that for the past month she had to meet with drug dealers to buy her husband the only medicine that would take the pain away. She struggled every day because according to society, she was a criminal, but she was willing to do anything she could to help her sick husband. Sobbing uncontrollably now, she ran out of the classroom. The whole classroom sat there in silence for a few minutes. Eventually, my professor asked, “Is there anyone that thinks this girl is doing something wrong?” Not one person raised their hand.

she has talked to cancer patients whose taste receptors have been destroyed by radiation treatments. The situation is well beyond unpleasant. “Your body is saying, ‘It’s not food, it’s cardboard,’ and it won’t let you swallow. No matter how much you tell your brain that you need to eat to survive, you’ll gag.

sutures, bandages, antibiotics Mop Sucking chest wound Anesthesia, surgery Cork Cancer Chemotherapy, radiation, surgery Casket wreath* 13 Diabetes Insulin Leeches* 14 Hatchet embedded in skull Removal of hatchet, treatment of wound Larger hat Eyes gouged out in hospital by psychopath posing as nurse Prosthetic eyeballs, therapy Six-pack Source:

she has talked to cancer patients whose taste receptors have been destroyed by radiation treatments. The situation is well beyond unpleasant. “Your body is saying, ‘It’s not food, it’s cardboard,’ and it won’t let you swallow. No matter how much you tell your brain that you need to eat to survive, you’ll gag. These people can actually die of starvation.

Thanks to President Obama, I am able to get medical treatment in the USA for the long term effects of very high altitude sickness and unnatural electromagnetic radiation exposures.

Until you feel sick of the presence of emotionally detached men and begging them to do right by you, they keep camping in your yard, offering you silent treatments each time a conflict arises.

Rawson has an idea of what it is like to eat without perceiving tastes, because she has talked to cancer patients whose taste receptors have been destroyed by radiation treatments. The situation is well beyond unpleasant. “Your body is saying, ‘It’s not food, it’s cardboard,’ and it won’t let you swallow. No matter how much you tell your brain that you need to eat to survive, you’ll gag. These people can actually die of starvation.

In October 1995 the President's Advisory Committee on Human Radiation Experiments reported that secret radiation experiments on indigent patients and mentally retarded children were not only done, but that these people were deceived about the nature of their treatments. Dr. William Silverman asserted that performing non-therapeutic experiments on children without authorization from parents was part of a broader "ethos of the time" in which "everyone was a draftee" in a national war on disease.

For more than twenty years I have offered a very simple yet powerful ritual to people before their radiation, chemotherapy, or surgery. I suggest they meet together with some of their closest friends and family the day before their procedure. Before this meeting, I suggest they find an ordinary stone, a piece of the earth, big enough to fit in the palm of their hand, and bring it to the meeting with them. The ritual begins by having everyone sit in a circle. In any order they wish to speak, each person tells the story of a time when they too faced a crisis. People may talk about the death of important persons, the loss of jobs or of relationships, or even about their own illnesses. The person who is speaking holds the stone the patient has brought. When they finish telling their story of survival, they take a moment to reflect on the personal quality that they feel helped them come through that difficult time. People will say things such as, 'What brought me through was determination,' 'What brought me through was faith,' 'What brought me through was humor.' When they have named the quality of their strength, they speak directly to the person preparing for surgery or treatment, saying, 'I put determination into this stone for you,' or, 'I put faith into this stone for you.' After everyone has spoken the stone is given back to the patient, who takes it with them to the hospital, to keep nearby and hold in their hand when things get hard. In an environment which is highly technical and sterile, it connects them to the earth and to each other.

to an AirPort Express in his hospital room, announcing his surgery. He assured them that the type of pancreatic cancer he had “represents about 1% of the total cases of pancreatic cancer diagnosed each year, and can be cured by surgical removal if diagnosed in time (mine was).” He said he would not require chemotherapy or radiation treatment, and he planned to return to work in September. “While I’m out, I’ve asked Tim Cook to be responsible for Apple’s day to day operations, so we shouldn’t miss a beat. I’m sure I’ll be calling some of you way too much in August, and I look forward to seeing you in September.” One side effect of the operation would become a problem for Jobs because of his obsessive diets and the weird routines of purging and fasting that he had practiced since he was a teenager. Because the pancreas provides the enzymes that allow the stomach to digest food and absorb nutrients, removing part of the organ makes it hard to get enough protein. Patients are advised to make sure that they eat frequent meals and maintain a nutritious diet, with a wide variety of meat and fish proteins as well as full-fat milk products. Jobs had never done this, and he never would.

When Franklin D. Roosevelt signed the Social Security Act in 1935, old age was defined as sixty-five years, yet estimated life expectancy in the United States at the time was sixty-one years for males and sixty-four years for females.62 A senior citizen today, however, can expect to live eighteen to twenty years longer. The downside is that he or she also should expect to die more slowly. The two most common causes of death in 1935 America were respiratory diseases (pneumonia and influenza) and infectious diarrhea, both of which kill rapidly. In contrast, the two most common causes of death in 2007 America were heart disease and cancer (each accounted for about 25 percent of total deaths). Some heart attack victims die within minutes or hours, but most elderly people with heart disease survive for years while coping with complications such as high blood pressure, congestive heart failure, general weakness, and peripheral vascular disease. Many cancer patients also remain alive for several years following their diagnosis because of chemo-therapy, radiation, surgery, and other treatments. In addition, many of the other leading causes of death today are chronic illnesses such as asthma, Alzheimer’s, type 2 diabetes, and kidney disease, and there has been an upsurge in the occurrence of nonfatal but chronic illnesses such as osteoarthritis, gout, dementia, and hearing loss.63 Altogether, the growing prevalence of chronic illness among middle-aged and elderly individuals is contributing to a health-care crisis because the children born during the post–World War II baby boom are now entering old age, and an unprecedented percentage of them are suffering from lingering, disabling, and costly diseases. The term epidemiologists coined for this phenomenon is the “extension of morbidity.

(IMRT) has an advantage. The newer, high-dose, conformally directed, external-beam techniques for radiation therapy such as IMRT have been in widespread use for less than ten years; IGRT has been around for an even shorter time. However, some reports of long-term success are now emerging. New studies suggest that at ten years, high radiation doses alone can produce PSA control or cure rates in 93 percent of men with low-risk prostate cancer. What about more aggressive prostate cancer? As we discussed in chapter 9, the best treatment regimen for men with intermediate- and high-risk prostate cancer is still a moving target, but it will likely turn out to be a combination of high-dose radiation and short- or long-term hormonal therapy.

Milk thistle (Silybum marianum) has been studied in the treatment of liver disease. The active component, silymarin, is found in the entire plant but is concentrated in the fruit and seeds. Silymarin is a potent antioxidant and acts as a toxin blockade by inhibiting toxins from binding to membrane receptors on the surface of liver cells (called hepatocytes). Silymarin can protect the liver from being injured by, for example, different toxins, radiation, and iron overload. It has been successfully used to treat alcoholic liver disease, acute and chronic viral hepatitis, and toxin-induced liver diseases. (There are also some studies showing no effect of silymarin and many studies showing that vitamin C is just as good.) While seeds are generally avoided on the Paleo Approach, milk thistle seed extract may be a beneficial supplement (unless the very small amount of alcohol in the supplement is not tolerated; see here). Milk thistle tea is also a good option.

One's prescription can seem extensive--even overwhelming, depending on an individual's circumstance--and I can imagine the prospects exciting few people of any stripe. Lots of eaters are going to balk at abstaining, but to learn that recovery is going to require rigorous honesty, or more attention to spirit, could be far more off-putting. Then again, who gets excited about any serious treatment prescription? Certainly not the cancer patient told she'll have to undergo radiation, or the back patient ordered to a month's uninterrupted bed rest, or the lung patient told he'll need a double transplant. To some, the flaw of those comparisons will be their being equated with food addiction, and that is the rub, entirely. The medical profession and the public at large don't see that they are equivalent. The consequences of obesity (the chief consequence of food addiction) constitute the fastest-growing, and soon the gravest, threat to public health. Obesity is suicide on lay-away: It has plenty of time to degrade quality of life before finally ending life prematurely.

In 1937, Gunda Lawrence, a teacher and homemaker from South Dakota, lay close to death from abdominal cancer. Doctors at the Mayo Clinic in Minnesota had given her three months to live. Luckily, Mrs. Lawrence had two exceptional and devoted sons—John, a gifted physician, and Ernest, one of the most brilliant physicists of the twentieth century. Ernest was head of the new Radiation Laboratory at the University of California at Berkeley and had just invented the cyclotron, a particle accelerator that generated massive amounts of radioactivity as a side effect of energizing protons. They had in effect the most powerful X-ray machine in the country at their disposal, capable of generating a million volts of energy. Without any certainty what the consequences would be—no one had ever tried anything remotely like this on humans before—the brothers aimed a deuteron beam directly into their mother’s belly. It was an agonizing experience, so painful and distressing to poor Mrs. Lawrence that she begged her sons to let her die. “At times I felt very cruel in not giving in,” John recorded later. Happily, after a few treatments, Mrs. Lawrence’s cancer went into remission and she lived another twenty-two years. More important, a new field of cancer treatment had been born.

Chemotherapy, the third main prong in cancer treatment after surgery and radiation, came about by similarly unlikely means. Although chemical weapons had been outlawed by international treaty after World War I, several nations still produced them, if only as a precaution in the event that others did likewise. The United States was among the transgressors. For obvious reasons, this was kept secret, but in 1943 a U.S. Navy supply ship, the SS John Harvey, carrying mustard gas bombs as part of its cargo, was caught in a German bombing raid on the Italian port of Bari. The Harvey was blown up, releasing a cloud of mustard gas over a wide area, killing an unknown number of people. Realizing that this was an excellent, if accidental, test of the mustard gas’s efficacy as a killing agent, the navy dispatched a chemical expert, Lieutenant Colonel Stewart Francis Alexander, to study the effects of the mustard gas on the ship’s crew and others nearby. Luckily for posterity, Alexander was an astute and diligent investigator, for he noticed something that might have been overlooked: mustard gas dramatically slowed the creation of white blood cells in those exposed to it. From this, it was realized that some derivative of mustard gas might be useful in treating some cancers. Thus was born chemotherapy.

To get the most out of this chapter, first find where you are on this map of the cancer journey: Critical stress points. When you have just been diagnosed with cancer or learned that your cancer has recurred or is not responding to treatment. Treatment preparation. When you are anticipating surgery, radiation, chemotherapy, or molecular target therapies. Side effect management. When you are undergoing treatment and need ways (instead of or in addition to drugs) to manage its side effects. Post-treatment. When you are adjusting to the end of active treatment, usually after the final chemotherapy cycle. This situation can, perhaps surprisingly, prove quite stressful. Remission maintenance. Although definitely good news, remission introduces its own issues, most notably fear of recurrence. Remission is also when you will be most determined to take back your life from cancer.

Every time someone in Baltimore comes to a public clinic for treatment of syphilis or gonorrhea, John Zenilman plugs his or her address into his computer, so that the case shows up as a little black star on a map of the city. It's rather like a medical version of the maps police departments put up on their walls, with pins marking where crimes have occurred. On Zenilman's map the neighborhoods of East and West Baltimore, on either side of the downtown core, tend to be thick with black stars. From those two spots, the cases radiate outward along the two central roadways that happen to cut through both neighborhoods. In the summer, when the incidence of sexually transmitted disease is highest, the clusters of black stars on the roads leading out of East and West Baltimore become thick with cases. The disease is on the move. But in the winter months, the map changes. When the weather turns cold, and the people of East and West Baltimore are much more likely to stay at home, away from the bars and clubs and street corners where sexual transactions are made, the stars in each neighborhood fade away.

George could dig and pour the concrete basement for a house. He could saw the lumber and nail the frame. He could wire the rooms and fit the plumbing. He could hang the drywall. He could lay the floors and shingle the roof. He could build the brick steps. He could point the windows and paint the sashes. But he could not throw a ball or walk a mile; he hated exercise, and once he took early retirement at sixty he never had his heart rate up again if he could help it, and even then only if it were to whack through some heavy brush to get to a good trout pool. Lack of exercise might have been the reason that, when he had his first radiation treatment for the cancer in his groin, his legs swelled up like two dead seals on a beach and then turned as hard as lumber. Before he was bedridden, he walked as if he were an amputee from a war that predated modern prosthetics; he tottered as if two hardwood legs hinged with iron pins were buckled to his waist. When his wife touched his legs at night in bed, through his pajamas, she thought of oak or maple and had to make herself think of something else in order not to imagine going down to his workshop in the basement and getting sandpaper and stain and sanding his legs and staining them with a brush, as if they belonged to a piece of furniture. Once, she snorted out loud, trying to stifle a laugh, when she thought, My husband, the table. She felt so bad afterward that she wept.

Focused ultrasound is a new, revolutionary, groundbreaking, non-invasive therapeutic technology that has the potential to transform the treatment of a variety of serious medical disorders in addition to brain tumors, improve outcomes, and decrease the cost of care. It could become an alternative to, or complement for, traditional surgery, radiation therapy, and drug delivery.

there were also intellectual reasons to investigate and try to understand his cancer. Steve’s particular kind of tumor is a rare one. According to the National Cancer Institute (NCI), only about one thousand cases a year are discovered in the United States. As a result, research on pancreatic islet cell neuroendocrine carcinomas is not buttressed by the kind of massive database available to doctors studying breast or lung cancer, to cite two more common forms, or even other forms of cancer of the pancreas. (His own oncologist/surgeon admitted to me privately that not enough was known at that time to determine statistically what the best treatment should be—surgery, chemotherapy, radiation therapy, something else, or a combination of treatments.) So Steve’s indecision about what to do was not completely off-base.

The tumor will eventually take Paul’s life. However, focused ultrasound therapy could transform a fatal condition into one that is chronic, but manageable. In contrast to the best current treatment circa 2015, the futuristic ultrasound therapy depicted here circa 2025 could potentially be accomplished on an outpatient basis without multiple days of hospitalization; without surgery and its attendant risks of infection and complications like blood clots and brain damage; without the harmful effects of radiation; and with minimal side effects of chemotherapy due to focused drug delivery. The net result could be a dramatic improvement in the quality and longevity of countless lives, and decreased cost of treatment.

Michelle shrugged off Sam’s aggression. Her eyes misted with memories. “Our curveball was a brain tumor. A grade IV astrocytoma, to be specific. He tried all the treatments—chemo, radiation, even surgery. Nothing helped alleviate his symptoms or his suffering. He was dying in the most horrible way. Seizures, nausea, blinding headaches, memory loss like an Alzheimer’s patient. I didn’t know what it was like to watch someone I love suffer so much, but I can relate to Julie’s pain because the experience was utterly excruciating.

She was undergoing daily radiation treatments, which were physically draining and made her forgetful. “In any version of picturing this moment—that fantasy of what you want to be—I would have been strong, smart, and inspiring confidence,” she told me. “I wanted to be a role model in that perfect ‘put together’ sense. Instead, I told them I had cancer and would need their support.” Their

It was clear I had radiation sickness. But it was not acute radiation syndrome or chronic radiation syndrome. It was low level radiation sickness (LLRS). It was more like the sickness cancer patients that have radiation treatment get.

There is no known cure for Altitude Hypersensitivity, only a treatment.

My self-esteem was on the floor. I often stepped on it, so it didn’t show up, and it rewarded me generously with men who were incapable of treating me better.

Ketones help minimize free radical production in the body, while cancer cells thrive in the presence of reactive oxygen species. Ketones boost antioxidant production in healthy cells surrounding cancerous tumors—something scientists believe may help prevent cancer cells from growing and spreading. Ketones have also been found to help mitigate the effects of traditional radiation and chemotherapy cancer treatments.

Prevention Plain and simple, cancer cannot live in an alkaline and oxygenated environment. That’s it! Cancer loves acidity, sugar (which is highly acidic), and less oxygenated places in the body, to grow and develop. When a person is diagnosed with cancer of any kind and if time is not of the essence to treat it, a three-month regime of organic alkaline nutrition and oxygenation under professional supervision would be ideal to return the body to health or reduce the severity of cancer. This may be something to consult a naturopathic physician or qualified health professional about. Keep in mind that there are places where people who were considered terminally ill have gone for treatment and left weeks later cancer-free. This is a fact.

The purpose of radiation treatment is to disable the prostate, to stop cancer there from continuing to grow. Because the prostate is the source of PSA, if PSA continues to be made and its level begins to rise, there are two possibilities. Either the cancer has reactivated locally, within the prostate or surrounding tissue, or a distant metastasis—a tiny bit of cancer that probably escaped the prostate before treatment began—has started causing trouble.

need to have a prostate biopsy to confirm that the cancer recurrence is local; you will also need a bone scan and CT scan or MRI of the abdomen and pelvis to rule out the possibility that cancer has spread to distant sites. The guidelines above (see What Should I Do If My PSA Comes Back After Surgery?) may one day be adapted for men who have failed radiation treatment, but the overriding principles can be useful here in identifying the likelihood of metastases. If you have a high Gleason score (8 or greater), or if the PSA level begins to rise early after radiation therapy, or if the PSA level has a rapid doubling time, it is more likely that you have metastases than a local recurrence, and in this case, you should seek systemic therapy (see chapter 13).

(ASTRO). As the name suggests, this was based on the agreement of a panel of experts, who in the 1990s met and chose to define PSA failure after radiation therapy as three consecutive rises in PSA (taken at least three months apart from each other) after it reaches its nadir—the lowest point PSA reaches after treatment. (PSA nadir is a key concept in radiation therapy for prostate cancer. Because radiation’s effect is gradual, it may take two or three years for PSA levels to hit rock bottom. Some men reach this nadir much more quickly—within months—and some men take much longer—several years. Ideally, once PSA has reached its lowest level, it should stay put.) Although the ASTRO definition has proven useful, it has not been perfect, and not all radiation oncologists agree that this is the best way

to measure success or failure. One criticism has been that PSA increases are not always consecutive. A man’s rise in PSA with one test might be followed by a transient decrease in the next, followed by another increase. Although there may be recurrent cancer, under the ASTRO definition, this man’s treatment would still be considered a success—even though it’s just a technicality. “Fortunately, any astute radiation oncologist will not blindly follow the consensus definition in making treatment decisions,” comments Danny Song. A quirk of the ASTRO definition is that, over a short period of time after treatment, it really can’t tell us much. This is due to the gradual nature of radiation’s effects; cancer

of biochemical failure when he’s actually cancer-free. Finally, there’s the phenomenon of PSA “bounce”—and this, too, can confound results under the ASTRO definition. While PSA declines after radiation, men who are ultimately headed for a healthy, low, stable PSA level may see it suddenly go up. Think of it as PSA’s last fling. This bounce is transient and has been studied using a variety of different definitions. It is generally described as a sudden rise of at least 0.1 to 0.5 ng/ml, followed by a decrease. This usually occurs within the first two years after treatment, and may happen in as many as 40 percent of men after either external-beam radiation or brachytherapy. In most studies, it seems more likely to occur in younger men. The

oncologists met to discuss a replacement for the ASTRO definition. They decided to define treatment failure as a PSA level that has risen 2 ng/ml higher than a man’s PSA nadir (the lowest level it reached following treatment). This definition has been correlated more accurately with long-term results in all patients, and it takes into account such factors as hormonal therapy and the PSA bounce. Failure is now considered to occur when the PSA level reaches the nadir + 2 value. This is called the Phoenix definition. Still, it takes time to determine this value, so this equation should not be used to gauge the success of treatment in men with less than two years’ worth of PSA tests after radiation therapy. Furthermore, the consensus panel that developed this definition cautions,

Physicians should use individualized approaches to managing young patients with slowly rising PSA levels who initially achieved a very low nadir and who might be a candidate for salvage local therapies” (see below). The Phoenix definition is the new standard measure of the success of radiation therapy. And even this isn’t the one-size-fits-all, perfect definition of biochemical failure for all men who have undergone radiation. Nor is there a single best approach if a man’s cancer does return after radiation (see What Happens If My PSA Goes Up After Radiation Treatment? below). The good news is that the longer a man’s PSA remains stably low after radiation, the less likely he is to have a return of cancer down the road. Some men wonder whether any healthy

that the radiation alone has not killed the cancer, this should be clear long before your PSA level reaches that point. However, it’s worth repeating that the consensus panel that developed the Phoenix definition (nadir + 2) advises, “Physicians should use individualized approaches to managing young patients with slowly rising PSA levels who initially achieved a very low nadir and who might be a candidate for salvage local therapies.” If your PSA level continues to rise, what should you do? To determine whether you are a candidate for surgery after radiation, you will need to have a prostate biopsy to confirm that the cancer recurrence is local; you will also need a bone scan and CT scan or MRI of the abdomen and pelvis to rule out the possibility that cancer has spread to distant sites. The guidelines above (see What Should I Do If My PSA Comes Back After Surgery?) may one day be adapted for men who have failed radiation treatment, but the

A man named George Daley, yet another member of the Baltimore lab, had finally accomplished this remaining feat. Daley took one group of mice and filled their marrow with the mutant bcr/abl gene present in the Philadelphia chromosome. Next, he destroyed the bone marrow of a second group of mice with radiation. He injected the second group of mice with the marrow from the first group, and the second group of mice developed CML. The experiment established the mutant chromosome, and therefore its protein product, Bcr/Abl, as the sole cause of CML. The proof bolstered Lydon’s belief that the kinase program at Ciba-Geigy should make Abl its top priority. Despite his and Druker’s conviction that Bcr/Abl was the best target for proving the principle of kinase inhibition, the program had

Snow-melt in the stream: Mama Nature turning winter's storms into nourishment for the soil, fecundity, and beauty. This is what I must now learn to do with the stormy weather I've been passing through: turn it into beauty, turn it into art, so new life can germinate and bloom. One example of a creative artist who does this is my friend Jane Yolen, who wrote her exquisite book of poems The Radiation Sonnets while her husband was undergoing treatment for the cancer that would eventually claim his life. This is what all artists must do: take whatever life gives us and "alchemize" it into our art (either directly and autobiographically, as in Jane's book, or indirectly; whatever approach works best), turning darkness into light, spinning straw into gold, transforming pain and hardship into what J.R.R. Tolkien called 'a miraculous grace.

[Caryn Marooney] has led the global communications team and made it through radiation. On her first day of treatment, I gave her a necklace with the letters "YGT." She was confused at first since her initials are "CLM." I explained that it was a symbol of my faith in her and stood for "You've got this.

U.S. Surgeon General C. Everett Koop, MD. When he was 40 years old, two separate neurological clinics diagnosed him as having incurable back pain, which radiated down his leg. His pain, however, was completely relieved by prolotherapy, which was basically unknown to modern medicine at the time. Because of his own healing, he used prolotherapy for the remaining 20 years that he practiced medicine. "Although patients may have had back pain for several years, one to four prolotherapy treatments is often enough to relieve their pain," Dr. Darrow says. "If there is improvement after four treatments, the injections will be continued, usually to a maximum of eight times." One of Dr. Darrow's patients,

Twenty years prior to my birth, Marie Curie advocated the use of Radiography in the diagnosis of injuries and treatment of wounded soldiers during World War I. The advances in X-ray machines were rapid and by the 1920’s they were everywhere. Shoe-fitting, fluoroscope machines, known in England as Pedoscopes, which displayed a continuous X-ray image on a monitor, were outside most of the better shoe stores and were a great toy to play with. I thought that it was fun to hop onto a Pedoscope, when the clerk wasn’t looking, and stick my feet into its openings. Looking down through the scope, I could see the bones in my toes wiggle around. My family doctor, Dr. Kooperstein, and his colleague, Dr. Franklin, bought an upright fluoroscope machine, giving me a chance to see my insides moving around in real time. Wow, what impressed me was how complicated everything was inside of me! Modern medicine was making great advances and I was there to witness them. Penicillin came into use in the early 1940’s and perhaps could have saved my sister’s life, if only it had been developed fifteen years earlier. The twenty-second bursts of radiation from the shoe machines and that of the fluoroscope machine used by my doctors were many times greater than the X-ray machines in use now. Even at these elevated bursts of radiation, I doubt that I was in any great danger, but shoe clerks fitting shoes have been known to receive radiation burns requiring the amputation of their hands and arms. Doctors and nurses were also in danger of the effects of being over-radiated, but at that time radiation poisoning wasn’t known and was of little concern to anyone.

I started to see a serious decline in health in high altitude professional astronomy. Most noticeable was the onset of constant fatigue, memory issues and confusion. The condition progressed during my time in the commercial and utility solar industry where I started falling asleep at work and developed hot skin. The doctors tested me and said I had shift work disorder in 2008 and vitamin D and Vitamin B12 deficiencies in 2011. In 2015 I had a COVID-19 like sickness that made everyone in the family really sick. I never recovered and this started regular visits to the doctors. They diagnosed severe sleep apnea and mental illness and prescribed a CPAP machine. Under the care of the doctors I became much sicker on their prescription drugs and treatments. I eventually got smart and figured out I was not going to recover under their care and they may actually kill me! In 2021, moving to Hawaii island revealed that I had ‘Altitude Hypersensitivity’ and a high altitude commuting disease called ‘Magee’s Disease’. By the end of 2023 I had developed the treatments for these conditions and made a reasonable recovery. There is no cure for either condition. They are life-long illnesses. I now have to live well below 1,000 feet near sea level and take the treatments for the rest of my life. I documented the conditions in the books ‘Toxic Altitude’ and ‘Magee’s Disease’. The treatments for the hypoxic high altitude damage appeared transferable into COVID-19 and Long COVID and these are documented in the books “COVID Supplements” and ‘Long COVID Supplements’.

There is compelling evidence that a nutritional approach to post-op treatment of breast cancer far exceeds in safety and effectiveness any regimen of chemotherapy and/or radiation treatments.

Long story short: The next three and a half years were a blur of treatment and recovery, with occasional flashes of hope illuminating dark tunnels of anxiety. She had surgery to remove her infected lymph nodes and the metastases in her liver and stomach. The surgery was followed by radiation, which was excruciating, turning her skin black in places and leaving behind nasty scars to go with the ones she’d collected in the operating room. She also learned there were different kinds of melanoma, even for those with stage IV, which led to different treatment options. In her case, that meant immunotherapy, which seemed to work for a couple of years, until it finally didn’t.

You have cancer." Three words. The heaviest, darkest words I'd ever heard in my life. "What are my options?" I asked. Numb. That's what I felt. Cold. Numb. Empty. All adjectives to describe this feeling racing through me after hearing those three words. "We could begin chemo followed by radiation. It would prolong life by at least a year." A year. One year filled with hospital visits, pain, and frequent visits to the porcelain throne. Do I want that? "A year with treatment? How long if I choose nothing?" A cold stare was my response before she replied. "Honestly?" I nodded. "Shoot it to me straight." "With no treatment, you'd be lucky to see another year." It was early spring in the United States. So, nine months? I'd have just under a year to prepare my husband and children, family and friends, to live without me. Could I? Should I? With treatment I'd gain maybe one more year. But, what would be the quality? "So with or without treatment, the best I'm looking at is a year and a half?" She learned forward before replying, "Yes. Best case scenario, with aggressive treatment, a year and a half." I nodded. How am I supposed to act when given a death sentence? (Will They Remember Me - by Ashlee Shades, coming soon)

THERMOGRAPHY Misinformation abounds as to the true nature of breast cancer and what causes it. With so much public focus on breast cancer awareness, very little attention is given to breast health, which we know is governed by things like clean eating, routine detoxification, energy balance, and stress reduction, among other things. These other things include not blasting radiation at the breasts in the form of mammograms, which only exacerbate breast cancer risk. Dr. Martin Bales, L.Ac., D.A.O.M., a licensed acupuncturist and certified thermologist at the Center for New Medicine in Irvine, California, has for years been administering one of the best-known alternatives to mammograms: thermograms. As its name suggests, thermography utilizes the power of infrared heat—hence the root word “therm”—to detect physiological abnormalities indicative of a possible breast cancer diagnosis. Dr. Bales’s father first pioneered the technology in the late 1970s with the development of the world’s first all-digital infrared camera, which was used for missile detection purposes during wartime. Its capacity to track the heat signature of missiles was applied to the field of medicine in the 1980s, which eventually gave way to thermographic medical devices. Dr. Bales opined during a recent interview: “In the early eighties, a group of doctors approached my father and said, ‘You know, we’ve heard the body—obviously with its (blood) circulation—we can diagnose a lot of diseases by seeing where there’s hot spots and where there’s cold.’ He said, ‘Okay, I’ll make a medical version for you.’” And the rest is history: thermography machines that identify hot spots in the breasts later hit the market, and select doctors and clinics offer it as a safe, side effect–free alternative to mammograms. “The most promising aspect of thermography is its ability to spot anomalies years before mammography,” says women’s health expert Christiane Northrup, M.D., about the merits of thermography. “With thermography as your regular screening tool, it’s likely that you would have the opportunity to make adjustments to your diet, beliefs, and lifestyle to transform your cells before they became cancerous. Talk about true prevention.

Suppose that preventive care uncovered some condition that would require agonizing treatments or sacrifices on my part - disfiguring surgery, radiation, drastic lifestyle limitations. Maybe these measures would add years to my life, but it would be a painful and depleted life that they prolonged.

Grossly underpowered and simply too low wattage to reach therapeutic power densities of above 50mW/cm2 with large coverage of body areas. This is especially problematic for treating deep tissues. So you’d end up having to use the light for extended periods (sometimes upwards of 20-40 minutes) to generate an effect. Moreover, the weaker lights won’t penetrate deeply into the body and to even treat any deeper issues, even with extended exposure times. Very small, and thus, only treat a small area of your body. Even if a small light has optimal power density, a small light that radiates light on only 5-10 square inches will require multiple treatments to cover a significant portion of your body. (Note: This is a major limitation with small LED devices.)

conventional oncologist is focused on ridding them of the weed through conventional means (such as surgery/chemo/radiation), while my job, as their integrative oncologist, is

have to go into your radiation treatments like you own the machine,” Giroir said. “Don’t go in there weak. Don’t go in there with self-pity. Don’t go in there like you’re gonna die. You go in there like you’re the one who’s going to throw the switch and you’ll get through

Struggling to lift up his own weight, he staggered down a dirt path. Pain radiated throughout his body, his spirit crushed by insult and mockery. Despite the excruciating affliction he continued to walk, knowing that his destination would led him to even more suffering. Heavy, splintering wood pressed against his back, joining in with gravity to pull this man to the dusty ground. Anguish gripped his heart, yet he walked. Blood dripped from raw wounds, yet he carried on. There was no rescue plan. This man knew that he would experience death, but only after the shock of agony pierced his flesh. Still, he walked on, headed towards the place where he would breathe his last. His motivation was you.   Jesus Christ was sacrificed for you and for all mankind. He endured harsh treatment that led to death on the cross, providing people redemption from sin and the only way to be reconciled to God. He made that walk in humiliation regardless of whether or not anyone accepts Him as Lord and Savior. He didn’t do it because you deserve it or because you earned it. There is only one way He could have endured that immense amount of pain: true, unconditional, selfless love.   Knowing that someone would go through so much for you regardless of how you respond strips away any reason apart from love. The power of that kind of love is transforming. It transforms those who believe in it, drawing them closer to God, thus transforming their character to be more like His.