"Cancer is a multibillion dollar market and growing fast," says Tomas Hode, PhD, who is working on an autologous vaccine. "Companies make a lot of money on something that doesn't work that well. Metastases are the major cause of death in cancer. Yet from 1972 to 2004, only 0.5% of the NCI-sponsored studies focused primarily on metastasis."
Metastases (the spread of cancer from one spot to another) are a manifestation of treatment failure. The survival rate today for a metastatic cancer is about what it was in the 1970s.
Integrative oncology does not mean standard doses of chemo and radiation plus a sprinkling of vitamins and an acupuncture treatment. "Cancer is an entire system fallen ill," says Dr. William Njuguna of Kenya. "That is why chemical attacks like chemotherapy cannot heal it. Therapy needs to reverse the body milieu."
The Fragile Milieu
The cancer establishment tells us to fight cancer. We march out the familiar three-pronged attack of surgery, chemo, and radiation – weapons of mass destruction to be hurled at an already debilitated immune system. The majority of the drugs are not taken up by the cancer cells; the massive dosage wreaks havoc on healthy cells and blood components. Good cells die along with the bad. We know that surgeries can cause metastases down the road, once chemo and radiation have killed the P53 tumor-suppressor gene. Indeed, cancer usually returns between 6 and 11 years, which is why the statistics measure 5-year survival rates.
When the initial treatment produces clear cancer markers, the patient is sent home and told to hope for the best. The cancer is declared "gone," yet a very fragile immune system is left to fend for itself. Too often the body flounders and the cancer returns – harder to kill than before, and easier to metastasize.
It is becoming clear that we've been losing "the war on cancer" in great part because the current paradigm is too focused on bombarding cancer cells rather than healing a depleted body. Doctors of every stripe can agree that cancer is a failure of the immune system.
The cancer establishment tells us to fight cancer. We march out the familiar three-pronged attack of surgery, chemo, and radiation – weapons of mass destruction to be hurled at an already debilitated immune system. The majority of the drugs are not taken up by the cancer cells; the massive dosage wreaks havoc on healthy cells and blood components. Good cells die along with the bad. We know that surgeries can cause metastases down the road, once chemo and radiation have killed the P53 tumor-suppressor gene. Indeed, cancer usually returns between 6 and 11 years, which is why the statistics measure 5-year survival rates.
When the initial treatment produces clear cancer markers, the patient is sent home and told to hope for the best. The cancer is declared "gone," yet a very fragile immune system is left to fend for itself. Too often the body flounders and the cancer returns – harder to kill than before, and easier to metastasize.
It is becoming clear that we've been losing "the war on cancer" in great part because the current paradigm is too focused on bombarding cancer cells rather than healing a depleted body. Doctors of every stripe can agree that cancer is a failure of the immune system.
Tumors are wounds that do not heal. Every cancer medication should improve wound healing. —Rudolph Virchow, 1865
Cancer is a wily beast. It mutates so much, it is tough to keep pace with it. "That is why we really need to stimulate the immune system," said Martha M. Grout, MD, MD(H), of Arizona. "The immune system kills many cancerous cells every day. A tumor is partly 'me,' but not completely 'me,' so you need to
include the body's own immune system in the treatment. It is the only thing in our body that recognizes what is 'me' and what is not."
Conference participants were universally of the opinion that if you kill off every single tumor cell but you don't have a support system for the immune system, then the cancer is very likely coming back. The immune system must be nourished, made stronger than when the cancer took hold. As Hode puts it, "The immune system is potentially the best guard against metastases." Yet conventional therapy dispenses precious little information about the toxic world that assaults our immune system daily, information especially important
for cancer patients.
include the body's own immune system in the treatment. It is the only thing in our body that recognizes what is 'me' and what is not."
Conference participants were universally of the opinion that if you kill off every single tumor cell but you don't have a support system for the immune system, then the cancer is very likely coming back. The immune system must be nourished, made stronger than when the cancer took hold. As Hode puts it, "The immune system is potentially the best guard against metastases." Yet conventional therapy dispenses precious little information about the toxic world that assaults our immune system daily, information especially important
for cancer patients.
Our Toxic World
At least two recent reports have concluded that cancer is, in large part, an environmental disease.1,2 The most recent, the 2010 President's Cancer Panel, said that it was "particularly concerned to find that the true burden of environmentally induced cancer has been grossly underestimated," and that "grievous harm from carcinogens" has not been addressed adequately by the National Cancer Program." Among the pollutants the panel identified as causing cancer:
At least two recent reports have concluded that cancer is, in large part, an environmental disease.1,2 The most recent, the 2010 President's Cancer Panel, said that it was "particularly concerned to find that the true burden of environmentally induced cancer has been grossly underestimated," and that "grievous harm from carcinogens" has not been addressed adequately by the National Cancer Program." Among the pollutants the panel identified as causing cancer:
- medical imaging radiation exposure
- pharmaceuticals
- pesticides
- the military's 900 Superfund sites
- chlorine byproducts in public water supplies
- manufacturing
- lifestyle – modern conveniences such as dry-cleaning fluid, cell phones, and tanning booths
"For the first time in 100 years, newborns have a shorter life expectancy than their parents," Doris J. Rapp, MD, points out. "Pesticides may be the worst thing in our environment. The government admits that 30 to 90% of fungicides, herbicides and pesticides cause cancer. We eat approximately 25 pesticides a day. And with genetically engineered crops, we are using more than ever – and it's still not working well. Forty years ago, insect crop damage was about 7% of the harvest; now it is about 13%. No wonder cancer is still a leading killer. How sick and malnourished do people have to get before those in power do something?"Dan Clark, MD, of Florida agrees with putting pesticides on the top of the list. "Alzheimer's and cancer are both mitochondrial diseases. The thing that does the most the damage to the mitochondria (where cells convert fuel to energy) is pesticides." And California's Juergen Winkler, MD, concurs: "Pesticides and heavy metals – we find them in all our cancer patients."
We have more than 80,000 chemicals in our environment, but only about 15% have been tested for safety. Chemicals damage the body's systems, including the immune system. Over time, the damage can alter people's DNA and destiny such that they become a cancer statistic.3,4 This is the argument for making prevention an integral part of any cancer strategy. Integrative oncologists take that to heart. Most say they don't consider the job done when the cancer cells are killed; they pay attention to the inner terrain during
treatment and, most importantly in terms of preventing cancer's return, they teach their patients how to boost the inner terrain long after treatment is over.
The list of such efforts often includes teaching patients how to make permanent changes in diet; teaching how to make ongoing use of chelation, colonics and other detoxifying tools; getting the hormones balanced; getting heavy metals and root canals out of the mouth; switching out common household and beauty care products for nontoxic brands; and coming to grips with whatever emotional baggage may be contributing to a depressed immune system.
"Cancer does not appear out of nowhere; there is more to this than cells that suddenly go abnormal," says Pieter DeWet, MD, of Texas and founder of the Center for Nutrition Preventative Medicine at the University of Texas Health Center. "To treat the symptoms is like shooting the messenger. The current paradigm does not trust the body's ability to heal itself. It is conceivable that cancer is a biological solution to internal imbalances created by unresolved inner conflicts in conjunction with other factors such as lifestyle, diet,
environmental toxins, and infectious agents."
Targeted Delivery of Chemo
What if we trusted the body's own hormone, insulin, to allow us to target the chemotherapy drugs directly to the cancer cells, largely bypassing the healthy cells? This approach, IPT, was first used for cancer in 1946; the patient in that case lived disease-free for another 30 years. IPT has been a successful cancer treatment used around the world ever since. Studies at George Washington University, the National Cancer Institute, and M. D. Anderson Hospital and Tumor Institute demonstrated that insulin potentiates (makes more effective) chemotherapy drugs.
IPT stands on the shoulders of Nobel Prize-winning achievements. In 1921, insulin was discovered. About a decade later, Otto Warburg taught us that cancer cells differ from other cells in that their main fuel is glucose (sugar). This is a vulnerability that can be used to our advantage in therapy. When you administer insulin to drop a patient's blood sugar level, cancer cells become ravenous for any sugar (fuel) that they can find left in the bloodstream. At the therapeutic moment – that is usually when the blood sugar level dips into the 40s – the cancer cells are screaming for sugar. Now administer the chemo drugs, and the cancer cells take in the drugs in their effort to get at the sugar. Think of it as the Trojan horse concept. It doesn't take long for the drugs to find their way into the cells; a few minutes later the patient's blood sugar level can be brought back up to normal.
A 1981 George Washington University study found that using insulin increased the killing effect of one of the key chemo drugs, methotrexate, by a factor of 10,000.5 There was a small study done in Uruguay with multi-drug-resistant metastatic breast cancer which found that the combination of methotrexate and insulin stabilized or shrank the tumor far better than methotrexate alone.6
The use of insulin to target chemo works so well, patients need to receive only about 10% of the usual dose. Best Answer for Cancer Foundation wanted to underscore the ability to target the chemo and initiated the term IPTLD (insulin potentiation targeted low dose). The smaller dosage saves a lot of wear and tear on the immune system and vital organs. IPTLD patients typically do not have severe bouts of nausea, intestinal ulcers, or hair loss as commonly happens in conventional therapy. IPTLD patients feel better during treatment and report a better quality of life than their friends who undergo conventional treatment.
Insulin brings other assets to the table as well.
"In conventional treatment, only about 20% of the cells are being attacked at any one time," explained Dr. Richard Linchitz of New York. "Insulin, however, sends cells into a growth phase so it sensitizes the cancer to treatment – makes the drugs more likely to kill the cells because more are dividing. Insulin increases S-phase activity."
A third way that insulin helps is with detoxification. Insulin increases cellular permeability, meaning that glucose goes in more easily, and the low-dose chemo goes in more easily. The door swings both ways – toxins and debris from dying tumor cells also pass out much more easily. Insulin facilitates the detoxification so necessary with cancer.
What if we trusted the body's own hormone, insulin, to allow us to target the chemotherapy drugs directly to the cancer cells, largely bypassing the healthy cells? This approach, IPT, was first used for cancer in 1946; the patient in that case lived disease-free for another 30 years. IPT has been a successful cancer treatment used around the world ever since. Studies at George Washington University, the National Cancer Institute, and M. D. Anderson Hospital and Tumor Institute demonstrated that insulin potentiates (makes more effective) chemotherapy drugs.
IPT stands on the shoulders of Nobel Prize-winning achievements. In 1921, insulin was discovered. About a decade later, Otto Warburg taught us that cancer cells differ from other cells in that their main fuel is glucose (sugar). This is a vulnerability that can be used to our advantage in therapy. When you administer insulin to drop a patient's blood sugar level, cancer cells become ravenous for any sugar (fuel) that they can find left in the bloodstream. At the therapeutic moment – that is usually when the blood sugar level dips into the 40s – the cancer cells are screaming for sugar. Now administer the chemo drugs, and the cancer cells take in the drugs in their effort to get at the sugar. Think of it as the Trojan horse concept. It doesn't take long for the drugs to find their way into the cells; a few minutes later the patient's blood sugar level can be brought back up to normal.
A 1981 George Washington University study found that using insulin increased the killing effect of one of the key chemo drugs, methotrexate, by a factor of 10,000.5 There was a small study done in Uruguay with multi-drug-resistant metastatic breast cancer which found that the combination of methotrexate and insulin stabilized or shrank the tumor far better than methotrexate alone.6
The use of insulin to target chemo works so well, patients need to receive only about 10% of the usual dose. Best Answer for Cancer Foundation wanted to underscore the ability to target the chemo and initiated the term IPTLD (insulin potentiation targeted low dose). The smaller dosage saves a lot of wear and tear on the immune system and vital organs. IPTLD patients typically do not have severe bouts of nausea, intestinal ulcers, or hair loss as commonly happens in conventional therapy. IPTLD patients feel better during treatment and report a better quality of life than their friends who undergo conventional treatment.
Insulin brings other assets to the table as well.
"In conventional treatment, only about 20% of the cells are being attacked at any one time," explained Dr. Richard Linchitz of New York. "Insulin, however, sends cells into a growth phase so it sensitizes the cancer to treatment – makes the drugs more likely to kill the cells because more are dividing. Insulin increases S-phase activity."A third way that insulin helps is with detoxification. Insulin increases cellular permeability, meaning that glucose goes in more easily, and the low-dose chemo goes in more easily. The door swings both ways – toxins and debris from dying tumor cells also pass out much more easily. Insulin facilitates the detoxification so necessary with cancer.
Chemo Isn't the Only Game In Town
Cancer cells tend to become drug resistant. It's helpful if the toolbox contains something other than just chemo. This is where vitamin C shines. It is commonly used by integrative oncologists as an adjunct cytotoxic agent to kill cancer cells.7 The National Institutes of Health (NIH) confirmed in 2005 that high doses of vitamin C given intravenously are able to kill a high proportion of cancer cells.8 The mechanism of cellular death is high levels of intracellular hydrogen peroxide which are produced in response to the vitamin C. High doses of intravenous vitamin C also help the immune system because they can ward off bacterial and fungal infections.
PolyMVA is another popular adjunct agent with an enviable safety record. It is a bound lipoic acid palladium complex that is highly selective for malignant tissue. Board-certified oncologist Dr. James Forsythe conducted clinical trials with PolyMVA and terminally ill (stage IV) cancer patients. He reported that the overall survival rate was 71% in the PolyMVA group; less than 10% of those patients would have been expected to survive two years if they had continued to receive conventional therapy alone. His work was compelling enough to persuade the FDA in 2008 to approve the first cancer-related Investigational New Drug study utilizing a dietary supplement.
Whereas conventional therapy frowns on the use of antioxidants because they can neutralize chemo drugs, integrative oncologists use a number of antioxidants. Conventional therapy sees the need for the chemo agents to hang around for days to catch as many cells dividing as possible; IPTLD's targeted delivery system negates the need for that because insulin already encouraged cell division when the drugs were administered. It's better for the immune system to get the chemo out quickly.
"If you have maximum oxygen utilization, you don't get cancer, period," Frank Shallenberger, MD, HMD, of Nevada explained at the conference. "I have never tested one cancer patient who had normal oxygen utilization; we can quantitatively measure that. When you put ozone into a bag of blood, the ozone disappears in seconds. There is no ozone in the blood when it enters the patient because it has already formed into peroxides. So you are infusing peroxides (German literature calls them ozonides) that hang around for several weeks. And there are great byproducts to ozone therapy: it bumps up ATP (cellular energy) production as much as 40%, and is antibacterial/-fungal/-viral. One reason it works so well for my patients is because I am killing all kinds of bugs. Combining oxygen with antioxidants markedly increases the synthesis of TNF-alpha, which the body produces to interfere with growth of tumors."
Integrative oncologists also often use proteolytic enzymes to dismantle biofilms that cancers can use to cloak themselves and evade detection from the immune system.
"IPTLD is a very effective approach to killing cancer cells, but it is not a magic bullet," cautions Linchitz. "It is a logical approach and is best when combined with changes in nutrition (reduce sugar and high glycemic foods, choose organic to avoid increased need to detox), plus a biological dentistry assessment, supplements, lifestyle assessment, and the use of other therapies like ozone and hyperthermia."
Cancer cells tend to become drug resistant. It's helpful if the toolbox contains something other than just chemo. This is where vitamin C shines. It is commonly used by integrative oncologists as an adjunct cytotoxic agent to kill cancer cells.7 The National Institutes of Health (NIH) confirmed in 2005 that high doses of vitamin C given intravenously are able to kill a high proportion of cancer cells.8 The mechanism of cellular death is high levels of intracellular hydrogen peroxide which are produced in response to the vitamin C. High doses of intravenous vitamin C also help the immune system because they can ward off bacterial and fungal infections.
PolyMVA is another popular adjunct agent with an enviable safety record. It is a bound lipoic acid palladium complex that is highly selective for malignant tissue. Board-certified oncologist Dr. James Forsythe conducted clinical trials with PolyMVA and terminally ill (stage IV) cancer patients. He reported that the overall survival rate was 71% in the PolyMVA group; less than 10% of those patients would have been expected to survive two years if they had continued to receive conventional therapy alone. His work was compelling enough to persuade the FDA in 2008 to approve the first cancer-related Investigational New Drug study utilizing a dietary supplement.
Whereas conventional therapy frowns on the use of antioxidants because they can neutralize chemo drugs, integrative oncologists use a number of antioxidants. Conventional therapy sees the need for the chemo agents to hang around for days to catch as many cells dividing as possible; IPTLD's targeted delivery system negates the need for that because insulin already encouraged cell division when the drugs were administered. It's better for the immune system to get the chemo out quickly.
"If you have maximum oxygen utilization, you don't get cancer, period," Frank Shallenberger, MD, HMD, of Nevada explained at the conference. "I have never tested one cancer patient who had normal oxygen utilization; we can quantitatively measure that. When you put ozone into a bag of blood, the ozone disappears in seconds. There is no ozone in the blood when it enters the patient because it has already formed into peroxides. So you are infusing peroxides (German literature calls them ozonides) that hang around for several weeks. And there are great byproducts to ozone therapy: it bumps up ATP (cellular energy) production as much as 40%, and is antibacterial/-fungal/-viral. One reason it works so well for my patients is because I am killing all kinds of bugs. Combining oxygen with antioxidants markedly increases the synthesis of TNF-alpha, which the body produces to interfere with growth of tumors."
Integrative oncologists also often use proteolytic enzymes to dismantle biofilms that cancers can use to cloak themselves and evade detection from the immune system.
"IPTLD is a very effective approach to killing cancer cells, but it is not a magic bullet," cautions Linchitz. "It is a logical approach and is best when combined with changes in nutrition (reduce sugar and high glycemic foods, choose organic to avoid increased need to detox), plus a biological dentistry assessment, supplements, lifestyle assessment, and the use of other therapies like ozone and hyperthermia."
Emotional Baggage
The role of chronic stress in degenerative disease is well documented. Viktor Frankl, a 20th-century Austrian neurologist and psychiatrist, demonstrated decades ago that those who survived the concentration camps in World War II were largely the people with a positive outlook. Research since then has gotten much more sophisticated.
Brenda Stockdale, author of You Can Beat the Odds: Surprising Factors Behind Chronic Illness & Cancer, told the conference attendees that the mind–body link is basic biology. "People will say, 'Cancer runs in my family; I have bad genes.' But whether disease is expressed is not cut in stone. The coding on our DNA acts like an antenna scanning what it finds, and then coding the proteins. Your environment, diet – and your feelings, the way you respond to stress – can change how your body deals with weaknesses in your DNA."
Patients literally can hear the doctor differently when the stress hormones are out of their system, Stockdale says. Also, people can learn how to stop the flood of stress hormones so that they are not fighting their own biochemistry.
Most of the IPT conference participants listed emotional baggage as an issue to be dealt with. Many integrative oncologists notice that the connection between the type of cancer and emotions can be so specific that some will say, for example, that a breast cancer is about a "nest conflict," an emotional trauma related to a loved one living in the home. One prevailing theory is that cancers are triggered by a traumatic emotional conflict shock, usually within two years prior to the cancer's showing up. But not all patients are willing to dig deep into their psyches.
"Cancer patients typically cannot talk about the traumatic event," explained DeWet. "They may not even remember the event; it has been downloaded to the subconscious. The most critical part of healing is becoming fully aware of our unresolved inner programming and triggering conflicts. Awareness is responsible for 50–60% of healing."
The biology of belief – the stories that we tell ourselves about who we are and what our experiences are – are all-important immune system regulators.
However, conventional medicine, with its Newtonian focus on finding one drug/one cure, has been slow to embrace the concept of emotional stress.
The role of chronic stress in degenerative disease is well documented. Viktor Frankl, a 20th-century Austrian neurologist and psychiatrist, demonstrated decades ago that those who survived the concentration camps in World War II were largely the people with a positive outlook. Research since then has gotten much more sophisticated.
Brenda Stockdale, author of You Can Beat the Odds: Surprising Factors Behind Chronic Illness & Cancer, told the conference attendees that the mind–body link is basic biology. "People will say, 'Cancer runs in my family; I have bad genes.' But whether disease is expressed is not cut in stone. The coding on our DNA acts like an antenna scanning what it finds, and then coding the proteins. Your environment, diet – and your feelings, the way you respond to stress – can change how your body deals with weaknesses in your DNA."
Patients literally can hear the doctor differently when the stress hormones are out of their system, Stockdale says. Also, people can learn how to stop the flood of stress hormones so that they are not fighting their own biochemistry.
Most of the IPT conference participants listed emotional baggage as an issue to be dealt with. Many integrative oncologists notice that the connection between the type of cancer and emotions can be so specific that some will say, for example, that a breast cancer is about a "nest conflict," an emotional trauma related to a loved one living in the home. One prevailing theory is that cancers are triggered by a traumatic emotional conflict shock, usually within two years prior to the cancer's showing up. But not all patients are willing to dig deep into their psyches.
"Cancer patients typically cannot talk about the traumatic event," explained DeWet. "They may not even remember the event; it has been downloaded to the subconscious. The most critical part of healing is becoming fully aware of our unresolved inner programming and triggering conflicts. Awareness is responsible for 50–60% of healing."
The biology of belief – the stories that we tell ourselves about who we are and what our experiences are – are all-important immune system regulators.
However, conventional medicine, with its Newtonian focus on finding one drug/one cure, has been slow to embrace the concept of emotional stress.
Patients Demand Change
"The NIH is focused toward one magic bullet, but we are not going to defeat cancer looking for the magic bullet," says Ann Fonfa of Florida, a cancer survivor of 19 years. "Most everybody now knows someone who has undergone conventional cancer treatment and they know how difficult it is. The majority of people who die of cancer die after taking mainstream cancer treatments. So many people get pushed into conventional treatment with the sales tactic of fear. That isn't right. You really do have time to educate yourself. What you don't have is the opportunity for buyer's remorse later when you learn more and know better."
Fonfa and other patients fed up with conventional treatment are looking to push changes through the system from the bottom up. "Patient advocates should have a voice in how the trials are designed, conducted, and outcomes presented so they are meaningful to people with cancer," Fonfa says, and she often gets a seat at the table of various organizations. "Are the powers that be asking the right questions? There is so little research on metastatic disease and yet that is what most people die from. I don't feel the funds are being
used in ways that that benefit patients. Researchers are not seeing nutrition, for example, as an integrated component of any study. Yet there are a few studies that have show a definite link. Just curcumin
blocks nine cancer pathways all by itself."
Annie Brandt is teaching patients how to take charge of their therapy. She used IPTLD and adjunct therapies when diagnosed with advanced stage metastatic breast cancer in 2001; eight months after utilizing IPTLD, she was cancer free and still is.
"Our thoughts, feelings, and interpretations of life's events are as much a part of the cancer etiology as are our genetics, our circulating tumor cells, and our white blood cell count," Brandt says. "When conventional medicine's standard of care includes treating the whole being, I believe we will see a dramatic turnaround in cancer survival rates, particularly for later stage cancers."
Brandt says that until then, those who want to be survivors need to create a personalized "healing platform." Think of it as a toolbox for life that patients can assemble, including:
"The NIH is focused toward one magic bullet, but we are not going to defeat cancer looking for the magic bullet," says Ann Fonfa of Florida, a cancer survivor of 19 years. "Most everybody now knows someone who has undergone conventional cancer treatment and they know how difficult it is. The majority of people who die of cancer die after taking mainstream cancer treatments. So many people get pushed into conventional treatment with the sales tactic of fear. That isn't right. You really do have time to educate yourself. What you don't have is the opportunity for buyer's remorse later when you learn more and know better."
Fonfa and other patients fed up with conventional treatment are looking to push changes through the system from the bottom up. "Patient advocates should have a voice in how the trials are designed, conducted, and outcomes presented so they are meaningful to people with cancer," Fonfa says, and she often gets a seat at the table of various organizations. "Are the powers that be asking the right questions? There is so little research on metastatic disease and yet that is what most people die from. I don't feel the funds are being
used in ways that that benefit patients. Researchers are not seeing nutrition, for example, as an integrated component of any study. Yet there are a few studies that have show a definite link. Just curcumin
blocks nine cancer pathways all by itself."
Annie Brandt is teaching patients how to take charge of their therapy. She used IPTLD and adjunct therapies when diagnosed with advanced stage metastatic breast cancer in 2001; eight months after utilizing IPTLD, she was cancer free and still is. "Our thoughts, feelings, and interpretations of life's events are as much a part of the cancer etiology as are our genetics, our circulating tumor cells, and our white blood cell count," Brandt says. "When conventional medicine's standard of care includes treating the whole being, I believe we will see a dramatic turnaround in cancer survival rates, particularly for later stage cancers."
Brandt says that until then, those who want to be survivors need to create a personalized "healing platform." Think of it as a toolbox for life that patients can assemble, including:
- practices that change our susceptibility to cancer (e.g., serious diet changes, physical
exercise, coffee enemas, digging into our emotional baggage and getting in touch with the spiritual side); - products that lessen the chemicals in our bodies and in our environments (e.g., nontoxic household supplies, air purifiers, water filters, supplements for detox and nourishment, reducing exposure to electromagnetic fields);
- procedures and medical therapies that work together to heal holistically (e.g., IPTLD, vitamin
C, PolyMVA, hyperbaric oxygen, ozone, the use of photon and electron generators).
"To understand that cancers are usually many years in the making is to understand how to begin to take control and change your life," Brandt says. "Most doctors don't have time to educate us about these things, so we must take the initiative."
Doctors Are Changing
Guy DaSilva, MD, of Florida is trained in internal medicine, pathology, hematology, hematopathology, and molecular oncology. He was a long-time board-certified oncologist who, by his own admission, "spent many
years as a staunch protector of academic and conventional medicine" and "made buckets of money" practicing conventional cancer treatment. He was one of the 2011 Best Answer for Cancer Foundation trainees. Why did he want to learn IPTLD? "I have too much compassion not to."
Dr. "Billy" Njuguna practiced conventional oncology for four years before seeking his certification in IPTLD. "The pharmaceutical industry is making decisions of how things should be done, but they are far removed from patients and do not see the individual needs," he says. "I would estimate that 80% of the patients treated with standard oncology were not responding, they did not have much life expectancy, and we saw a lot of metastases. Then I attended a conference and a German doctor presented a protocol where he used amino acids and trace elements, lysine, 1000 mg vitamin C, and extract of green tea. I went for training at the Cochrane Institute. I had a very open mind by the time I heard about IPTLD and got my certification in 2008. I could not go back to standard oncology."
Gus Kotsanis, MD, of Texas and Sean Devlin, DO, MD(H), of Nevada cleared their calendars and made time to provide the first 12 hours of training at the conference. The IPTLD program is a minimum of 40 hours, ending in a full credentialing process. It is open to MDs and DOs in good standing, and NDs in good standing who practice with an oncologist.
Guy DaSilva, MD, of Florida is trained in internal medicine, pathology, hematology, hematopathology, and molecular oncology. He was a long-time board-certified oncologist who, by his own admission, "spent many
years as a staunch protector of academic and conventional medicine" and "made buckets of money" practicing conventional cancer treatment. He was one of the 2011 Best Answer for Cancer Foundation trainees. Why did he want to learn IPTLD? "I have too much compassion not to."
Dr. "Billy" Njuguna practiced conventional oncology for four years before seeking his certification in IPTLD. "The pharmaceutical industry is making decisions of how things should be done, but they are far removed from patients and do not see the individual needs," he says. "I would estimate that 80% of the patients treated with standard oncology were not responding, they did not have much life expectancy, and we saw a lot of metastases. Then I attended a conference and a German doctor presented a protocol where he used amino acids and trace elements, lysine, 1000 mg vitamin C, and extract of green tea. I went for training at the Cochrane Institute. I had a very open mind by the time I heard about IPTLD and got my certification in 2008. I could not go back to standard oncology."
Gus Kotsanis, MD, of Texas and Sean Devlin, DO, MD(H), of Nevada cleared their calendars and made time to provide the first 12 hours of training at the conference. The IPTLD program is a minimum of 40 hours, ending in a full credentialing process. It is open to MDs and DOs in good standing, and NDs in good standing who practice with an oncologist.
Shifting the Paradigm
No one appears to contest the efficacy of this treatment; patients much prefer it. The problem is that the powers that be have nothing to gain. "If this is so great, why hasn't this been studied more?" proposed Linchitz. "Drug companies fund the vast majority of cancer studies and it doesn't make sense to fund a study that would promote the use of only 10% of your product."
Isaac Newton (1624–1727) defined physics as a system for measuring gross quantities and forces on a physical plane. Some would say that Newton contributed more to the development of science than any other individual in history. But Newton's physics also produced answers that were often too rigid. He did not embrace the concept of a soul, for example, because it cannot be straightforwardly measured or dissected.
Today's language of discovery and the scientific definition of reality have expanded dramatically. However, in many ways, the field of medicine has yet to come out of the Newtonian era.
"If you are a scientist trained in the Newtonian paradigm, you're not seeing the complicated picture that is cancer," Grout explains. "The Newtonian way says there is one cause for one effect, and it gets very complicated to look at multiple causes, and then it gets too expensive or complicated to research multiple approaches to healing. Cancer is complicated – it is a multifactorial disease. The simplistic one-size-fits-all approach is obsolete."
No one appears to contest the efficacy of this treatment; patients much prefer it. The problem is that the powers that be have nothing to gain. "If this is so great, why hasn't this been studied more?" proposed Linchitz. "Drug companies fund the vast majority of cancer studies and it doesn't make sense to fund a study that would promote the use of only 10% of your product."
Isaac Newton (1624–1727) defined physics as a system for measuring gross quantities and forces on a physical plane. Some would say that Newton contributed more to the development of science than any other individual in history. But Newton's physics also produced answers that were often too rigid. He did not embrace the concept of a soul, for example, because it cannot be straightforwardly measured or dissected.
Today's language of discovery and the scientific definition of reality have expanded dramatically. However, in many ways, the field of medicine has yet to come out of the Newtonian era.
"If you are a scientist trained in the Newtonian paradigm, you're not seeing the complicated picture that is cancer," Grout explains. "The Newtonian way says there is one cause for one effect, and it gets very complicated to look at multiple causes, and then it gets too expensive or complicated to research multiple approaches to healing. Cancer is complicated – it is a multifactorial disease. The simplistic one-size-fits-all approach is obsolete."
AUTHOR: Mary Budinger is an Emmy Award-winning journalist who specializes in marketing services for complementary and alternative medicine. She may be contacted at 602-494-1999.
Notes
1. Brody JG, Moysich KP, et al. Environmental Pollutants and Breast Cancer. Silent Spring Institute. Cancer. May 14, 2007;109(S12): 2667–2712.
2. President's Cancer Panel. Reducing Environmental Cancer Risk – What We Can Do Now. 2008–2009 Annual Report. April 2010.
3. Colborn T, Dumanoski D, Myers JP. Our Stolen Future. Dutton; 1996
4. Greater Boston Physicians for Social Responsibility. In Harm's Way. 2002.
5 .Alabaster A, Vonderhaar B, Shafie S. Metabolic modification by
insulin enhances methotrexate cytotoxicity in MCF-7 human breast cancer
cells. Eur J Cancer Clin Oncol. 17:1223–1228.
6. Lasalvia-Prisco E, Cucchi S, et al. Insulin-induced enhancement of
antitumoral response to methotrexate in breast cancer patients. Cancer Chemother Pharmacol. 2004;53(3):220–224.
7. Padayatty SJ, Riordan HD, et al. Intravenously administered vitamin C as cancer therapy: three cases. CMAJ. 2006 March 28;174(7):937–942.
8. Chen Q, Espey MG, et al. Pharmacologic ascorbic acid concentrations
selectively kill cancer cells: Action as a pro-drug to deliver hydrogen
peroxide to tissues. Proc Natl Acad Sci U S A. 2005 Sep 20;102(38):13604–13609. Epub 2005 Sep 12.
1. Brody JG, Moysich KP, et al. Environmental Pollutants and Breast Cancer. Silent Spring Institute. Cancer. May 14, 2007;109(S12): 2667–2712.
2. President's Cancer Panel. Reducing Environmental Cancer Risk – What We Can Do Now. 2008–2009 Annual Report. April 2010.
3. Colborn T, Dumanoski D, Myers JP. Our Stolen Future. Dutton; 1996
4. Greater Boston Physicians for Social Responsibility. In Harm's Way. 2002.
5 .Alabaster A, Vonderhaar B, Shafie S. Metabolic modification by
insulin enhances methotrexate cytotoxicity in MCF-7 human breast cancer
cells. Eur J Cancer Clin Oncol. 17:1223–1228.
6. Lasalvia-Prisco E, Cucchi S, et al. Insulin-induced enhancement of
antitumoral response to methotrexate in breast cancer patients. Cancer Chemother Pharmacol. 2004;53(3):220–224.
7. Padayatty SJ, Riordan HD, et al. Intravenously administered vitamin C as cancer therapy: three cases. CMAJ. 2006 March 28;174(7):937–942.
8. Chen Q, Espey MG, et al. Pharmacologic ascorbic acid concentrations
selectively kill cancer cells: Action as a pro-drug to deliver hydrogen
peroxide to tissues. Proc Natl Acad Sci U S A. 2005 Sep 20;102(38):13604–13609. Epub 2005 Sep 12.
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