Aspirin! Because You May Not Need To F%#k Cancer After All.

wedopainkilling There are lots of reasons to be angry about cancer, but when you find out just how effective aspirin is, as both a preventative measure and treatment (even cure), you might move from anger and suffering, skipping past worry and sadness, straight on up to murderous intent.

“Observational studies show that regular use of aspirin reduces the long-term risk of several cancers and the risk of distant metastasis. Results of methodologically rigorous studies are consistent with those obtained from randomised controlled trials…” (Algra AM, Rothwell PM, 2012)

“We find that ASA [aspirin] not only prevents breast tumor cell growth…and tumor growth…but also significantly reduces the self-renewal capacity and growth of breast tumor-initiating cells/breast cancer stem cells…and delays the formation of a palpable tumor.” (Maity G, et al., 2015)

“The goal in this study was to investigate the antitumor effect of aspirin in glioblastoma cells and the molecular mechanism involved in its antineoplastic activities…results suggest that aspirin is a potent antitumor agent, and that it exerts its antineoplastic action by inhibition of the β-catenin/TCF signaling pathway in glioma cells.” (Lan F, et al., 2011)

Daily aspirin has been shown to reduce the long-term risk of death due to cancer, as well as short term cancer incidence and mortality. And aspirin has been found to be protective in relation to melanoma, leukemia, colorectal, oesophageal, endometrial, breast, lung, prostate, liver, skin, head and neck, laryngeal, ovarian, pancreatic, gastric, lung, and brain cancer.

Of course aspirin isn’t only effective in relation to cancer reduction, because that isn’t how biology and metabolic function works, and – contrary to the modern mainstream medical myth – cancer has long been understood to be a biological/metabolic issue.

“…results revealed that the targets of aspirin and its metabolite are associated with metabolic function or immunity and are therefore involved in aging modulation. Our previous study and our current results show that multiple pathways are involved in the regulation of the aging process by aspirin.” ( Xiao-Bing Huang, et al., 2017)

“…aspirin…an anti-inflammatory agent…is currently used extensively as a cardioprotective and antithrombotic agent…regular use of aspirin is associated with a reduced risk for colorectal, oesophageal, breast, lung, prostate, liver and skin cancers…both constituent groups of aspirin…the acetyl and salicylate moieties have distinct targets that…contribute to its anticancer effects.” (L Alfonso, et al., 2014)

“Post-diagnosis use of aspirin in patients with gastrointestinal tract malignancies is associated with increased survival in cancers with different sites of origin and biology.” (M A Frouws, et al., 2017)

“…aspirin inhibits protein aggregation and the ensuing toxicity of aggregates through its acetyl-donating activity. This mechanism may contribute to the neuro-protective, cardio-protective, and life-prolonging effects of aspirin.” (Ayyadevara S, et al., 2017)

In fact aspirin has been shown to be helpful with almost any physiological problem arising out of excessive exposure to chronic and acute stress and inflammation, and inflammatory stress is a fundamental driver of cancer.

The substances that rise systemically, under excessively stressful conditions (like cortisol, serotonin, nitric oxide and estrogen), and that are known to be involved in the development and spread of cancer, interfere with metabolic, as well as immune and nervous system function, and promote inflammatory and degenerative disease in general.

“…findings suggest that aspirin use may prevent incident breast, colon, pancreatic, and ovarian cancer in elderly women.” (Lisa E. Vaughan, et al., 2016)

“…aspirin…appears to reduce staphylococcal virulence…aspirin may have the potential to be an effective adjunctive agent in the treatment of serious hospital- or community-acquired S. aureus infections.” (Leon Iri Kupferwasser, et al., 2003)

“Aspirin can reduce oxidative stress and protect against oxidative damage….evidence suggests…beneficial effects of aspirin…in mood disorders and schizophrenia, and…data suggests…aspirin is associated with a reduced risk of AD [Alzheimer’s].” (Michael Berk, et al., 2013)

“Aspirin therapy, in doses commonly employed in practice, has an excellent safety profile in rheumatoid arthritis…Aspirin therapy merits reconsideration as adjunctive therapy for the management of rheumatoid arthritis.” (Fries JF, et al., 1993)

Aspirin helps to protect against stress by improving the function of metabolism. One way it does this, is by protecting against the escalation of inflammation (and related symptoms) arising as a result of excessive stress and interference with thyroid energy systems.

Suppression of thyroid energy metabolism promotes, and is promoted by inflammation. Inflammation and thyroid dysfunction are interconnected with a variety of biological issues. Issues including cellular and mitochondrial dysfunction, interference with enzyme activity, and inhibition of the ability to use sugar as fuel, combined with greater exposure to free fatty acids, lipid peroxidation, and oxidative damage. Aspirin can have beneficial effects in relation to all of these things, and all of these things have been shown to be involved in the development of cancer, and metabolic illness in general.

“Epidemiologic and clinical studies indicate that inflammation is correlated with an increased risk of recurrence in breast cancer patients…multiple meta-analyses showed that patients with cardiovascular diseases treated with…aspirin, have reduced cancer risk.” (Shilpi Saha, et al., 2016)

“Our observations confirm that low-T3 levels are commonly found in ESRD [end-stage renal disease] patients on PD [Peritoneal dialysis] and show that this alteration is linked to low-grade inflammation and death in this population.” (Giuseppe Enia, et al., 2007)

“Neutrophils have a fundamental role in inflammatory responses…neutrophils specifically support metastatic initiation…neutrophil-derived leukotrienes aid the colonization of distant tissue by selectively expanding the sub-pool of cancer cells that retain high tumorigenic potential…inhibition of the leukotriene-generating enzyme arachidonate 5-lipoxygenase…abrogates neutrophil pro-metastatic activity and consequently reduces metastasis.” (Wculek SK, Malanchi I., 2015)

“…we provide new molecular mechanisms underlying the pleiotropic response to ASA by demonstrating that this NSAID promotes the formation of endogenous anti-inflammatory compounds…and modulates 5-LO [5-lipoxygenase] activity…decreasing 5-LO activity in macrophages…a central role in the control of inflammation…” (ANNA PLANAGUMÀ, et al., 2002)

Looking at the potential benefits of aspirin in relation to stress and basic metabolic function, is also a good way to understand the big picture reasons why aspirin helps protect against (and treat) heart disease and stroke, as well as also depression, diabetes and insulin resistance. And then there’s its use for the improvement in Alzheimer’s, or just for neuroprotection in general. Not to mention its effectiveness in relation to hypertension, pregnancy and fertility issues, and an almost endless list of other symptoms and conditions.

“…neurological disorders, including Alzheimer’s…Huntington’s…and Parkinson’s disease…are characterized by accumulation of insoluble protein aggregates…aspirin inhibits protein aggregation…” (Ayyadevara S, et al., 2017)

“LDA [low dose aspirin] increased the chances of clinically recognized pregnancy and live birth in women with moderately elevated hsCRP and prior pregnancy loss.” (Lindsey A. Sjaarda, et al., 2017)

There is a huge amount of quality scientific experimentation (available for pretty much anybody to look at), which demonstrates the many powerful ways aspirin can protect against disease – including regarding cancer – and not just simply as a preventative measure.

“We conducted a prospective study from 1992 through 1999 among 28 283 postmenopausal women…There was a trend of decreasing risk of pancreatic cancer incidence with increasing frequency of aspirin use per week.” (Anderson KE, et al., 2002)

“…patients in the study had all stages of cancer at diagnosis—“When you look at the effects of aspirin stratified by cancer stage, you still see the same positive effects.”” (Susman, Ed, 2015)

“Daily aspirin reduced deaths due to several common cancers during and after the trials. Benefit increased with duration of treatment and was consistent across the different study populations…” (Rothwell PM, et al., 2011)

Scientists (working for governments and pharmaceutical companies) all over the world have attempted to use the physiological effects of aspirin, as a model to assist in finding a cure for cancer. But is that really all that they are looking for?

“…a novel, gastrointestinal-safe phosphatidylcholine (PC)-associated aspirin, PL2200 Aspirin, possesses the same or more pronounced actions versus unmodified aspirin with regard to antiplatelet effects…and chemoprevention.” (Lenard M. Lichtenberger, et al., 2017)

There seems to be an ongoing race to develop new products modeled on aspirin (which would provide similar positive results in relation to cancer), but different enough to be able to be patented, perhaps as a means to making oodles and oodles of dinero. I don’t know, but it seems like aspirin already works, exactly the way it is.

And unfortunately, there is no guarantee that whatever is produced will match the manner in which aspirin (tried and tested for many decades) works, to safely provide physiological protection, including chemotherapeutic benefit. But it’s hard to make the big money out of something so widely and cheaply available, even if it is superior to more recent products.

“…we report a significant reduction in HNC [head and neck cancer] risk with aspirin use, with the strongest protective effect for laryngeal cancers. No association was observed between HNC and ibuprofen use.” (Wilson JC, et al., 2013)

Many of the substances which are known to rise systemically in times of high and ongoing stress – cortisol, serotonin, estrogen, nitric oxide, lactate, growth hormone, prolactin, the polyunsaturated free fatty acids and the prostaglandins – do so because of the ways that too much biochemical stress exposure can interfere with metabolism.

The stress substances are involved in the promotion of inflammatory conditions, and are known to rise under circumstances where thyroid energy production is suppressed. Aspirin has been demonstrated to be able to reduce exposure to the disease promoting stress materials.

“…results suggest that postmenopausal women who regularly use aspirin…may have lower estrogen levels…We observed significant inverse associations between total NSAID use and concentrations of estradiol and free estradiol…analgesics that decrease aromatase activity via suppression of COX expression and prostaglandin synthesis also may decrease estrogen concentrations” (Gates MA, et al., 2010)

“The inhibition of iNOS expression by aspirin was further associated with a reduced ability…to produce TNF-alpha. This study could provide new mechanisms of action for aspirin in the treatment of the inflammation-related…diseases.” (Sánchez de Miguel L, et al., 1999)

“The results clearly show that…ASA ingestion significantly blunted the increased serum ACTH, beta-endorphin, cortisol, and GH [growth hormone] levels…and was associated with reduced cortisol concentration…[and] a significantly reduced total PRL [prolactin] response to stress condition[s]…” (Di Luigi L, et al., 2001)

“Aspirin (ASA), a platelet aggregation inhibitor, inhibits 5-HT [serotonin] release from platelets…Plasma 5-HT was measured by high-performance liquid chromatography…The effects of ASA was associated with a reduction of 5-HT.” (Shen L, et al., 2011)

The prostaglandins, are produced from polyunsaturated fats (PUFAs), mediated by the cyclooxygenase (COX) enzymes, and the inhibition of this pathway has been shown to protect against cancer metastasis. Low dose aspirin inhibition of COX1 (preventing the formation of prostaglandin H2, and therefore TXA2) was demonstrated to be able to effectively inhibit lung cancer metastasis from melanoma and breast cancer cell lines.

“Because metastasis is associated with the majority of cancer-related deaths, its prevention is a clinical aspiration. Prostanoids are a large family of bioactive lipids derived from the activity of cyclooxygenase-1 (COX-1) and COX-2. Aspirin impairs the biosynthesis of all prostanoids through the irreversible inhibition of both COX isoforms.” (Serena Lucotti, et al., 2019)

Prostaglandins also promote the aromatase enzyme, responsible for a large quantity of an increased exposure to estrogen, and aspirin helps to limit aromatase activity, protecting against cancer development and spread.

“…use of aspirin could contribute to the suppression of aromatase activity, reducing the intra-mammary prostaglandin production, and thus, estrogen production…E2 prostaglandin (PGE2) stimulates the transcription of aromatase, increasing the estrogen levels…contributing to the progression of…BC [breast cancer].” (Nadia J. Jacobo-Herrera, et al., 2014)

Avoidance of the PUFAs, powerful drivers of inflammation and thyroid energy system dysfunction, is probably the most effective way of protecting against the cancer promoting impact of the production of prostaglandins, as well as numerous other inflammatory stress promoting substances, including aromatase. The PUFAs and their byproducts, are also a big part of what can damage cellular production of energy under stress.

And all of this ties together, because a lack of energy supply (in combination with continuous exposure to excessive levels of the stress substances and promoters of inflammation) is known to be a significant driving force behind the onset, and development of cancer. Sugar is an optimal energy source, and a fundamental anti-stress substance. Many things related to stress and inflammation, interfere with the optimal use of sugar for energy.

Ongoing stress and interference with energy system function also promotes bacterial endotoxin (LPS) related issues, and endotoxin (via TLR activation) promotes inflammation and thyroid energy system dysfunction, and has been shown to be directly involved in the spread and metastasis of almost every kind of cancer. Aspirin can also protect against cancer progression by inhibiting the effects of LPS/TLR.

“The results of our study indicate that LPS origin from intestinal flora may promote the metastasis of colon cancer to liver and aspirin may inhibit the metastasis of colon cancer by inhibiting the expression of TLR4.” (Jun Ying, et al., 2018)

The substances of stress and inflammation (including serotonin, estrogen, nitric oxide, and the breakdown products of the PUFAs), interact with circulating bacterial endotoxin, to powerfully increase the inhibition of energy production throughout the system. Increased systemic circulation of the stress substances, can create a vicious circle of stress promotion and inflammatory disease.

“We show that the targeted therapy with iNOS inhibitors is able to inhibit not only tumor cell proliferation but also…self-renewal and migration, reducing tumor growth, tumor initiation, and the number of lung metastases…” (Granados-Principal S, et al., 2015)

“5-HT [serotonin] stimulates proliferation of PC cells and 5-HTR1A antagonists inhibit proliferation. Thus, we propose that 5-HT has an important role in tumor progression…” (Dizeyi N, et al., 2004)

“17-β-estradiol can act as a carcinogenic agent without the need of the ERα…The knowledge that breast cancer in women is associated with prolonged exposure to high levels of estrogens gives relevance to this model of estrogen induced carcinogenesis.” (Russo J, Russo IH. et al., 2006)

“Dietary soy isoflavones increase metastasis to lungs in a model of breast cancer and a recent study reported significantly increased cell proliferation in breast cancer patients who used soy supplementation. The soy isoflavone daidzein is a major food-derived phytoestrogen that is structurally similar to estrogen.” (Jana Koo, et al., 2015)

Even when enough sugar is being provided (and unused supplies are available), ongoing exposure to inflammation and the substances of stress, can interfere with the proper utilization of available sugar for energy, and this can make a return to normal function difficult. Aspirin can help protect against the things that interfere with the use of sugar for fuel, and for stress reduction.

The relationship between diabetes and cancer is not coincidental. The substances of stress that promote exposure to the PUFAs and their breakdown products, interfere directly with proper blood sugar regulation and thyroid energy production, and are responsible for many varieties of inflammatory stress illness. Aspirin can be protective at a basic metabolic level. Aspirin protects against excessive exposure to the stress substances and polyunsaturated free fatty acids, central factors in inflammatory disease progression.

“Insulin-stimulated whole-body glucose uptake was decreased by 37% with the lipid infusion…Salicylate pretreatment prevented these decreases…Salicylate pretreatment also prevented the lipid-induced decreases in insulin-stimulated skeletal muscle glucose metabolism…salicylate pretreatment prevents lipid-induced skeletal muscle insulin resistance…these results provide important new insights into the mechanism of fat-induced insulin resistance…and suggest a potentially novel class of therapeutic agents for type 2 diabetes.” (Jason K. Kim, et al., 2001)

“…high dose aspirin treatment improved both fasting and postprandial hyperglycemia in patients with type 2 diabetes, an effect that could be attributed to decreased basal rates of hepatic glucose production, enhanced peripheral insulin sensitivity, and decreased insulin clearance.” (Hundal RS, et al., 2002)

“In fasting conditions, the lipolytic activity of adipocytes is stimulated by catecholamines…aspirin has been reported to reduce catecholamine-stimulated lipolysis…In addition…aspirin reduces release of FA [fatty acids] from adipose tissue directly via inhibition of TNFα-induced lipolysis…” (van Diepen JA, et al., 2011)

It’s safe to say that one way aspirin helps to protect against inflammation and disease, is by improving the function of metabolic energy systems. This then helps protect against stress, and limits interference with cellular performance, often resulting from excessive exposure to cancer promoting inflammatory substances, such as cortisol, estrogen, nitric oxide and the breakdown products of PUFAs.

“Since FAs [fatty acids] are essential for cancer cell proliferation, limiting their availability could provide a therapeutic strategy. From the perspective of lipid metabolism, limiting FA availability could be achieved in several ways…” (Currie E, Schulze A, et al., 2013)

“Abnormal lipid metabolism is a hallmark of tumorigenesis. Hence, the alterations of metabolism enhance the development of hepatocellular carcinoma (HCC)…Therapeutically, aspirin is potentially available for HCC through controlling abnormal lipid metabolism.” (Yang G, et al., 2017)

“…stress…caused brain expression of iNOS, an increase in plasma glutamate and brain TNF-alpha, induction of oxidative indicators in brain and a fall in brain ATP levels….aspirin…inhibited all these effects caused by stress…” (De Cristóbal J, et al., 2002)

“Arachidonic acid (ARA) is metabolized by cyclooxygenase (COX) and cytochrome P450 to produce proangiogenic metabolites. Specifically, epoxyeicosatrienoic acids (EETs) produced from the P450 pathway are angiogenic, inducing cancer tumor growth.” (Rand AA, et al., 2017)

“Aspirin is an anti-inflammatory drug, peroxyl radical scavenger, and antioxidant agent that inhibits phospholipases, nitric oxide synthetases, and cyclooxygenase enzymes…Aspirin decreased lipid peroxidation…we demonstrated the potential effects of aspirin on biochemical and neurobehavioral recovery…” (Hamed Reihani Kermani, MD, et al., 2016)

You can see why aspirin is potentially threatening. For starters, if enough people were convinced of its protective ability in relation to cancer, that could damage the widely held belief, that ‘modern medicine’ is always progressing towards greater understanding of the causes of (and best ways of dealing with) serious illness.

But just think about what’s been known for decades about the benefits of aspirin, and consider the fact that the dangers of aspirin have been shown in many cases to be overblown.

“On multivariate analysis…aspirin was protective against in-hospital mortality, rebleeding, and predictive of a shorter hospital stay…being on anticoagulants was predictive of in-hospital complications and severe bleeding. Compared to those not taking any antithrombotics, patients who bled on aspirin were less likely to die in hospital of uncontrolled gastrointestinal bleeding and systemic cancer…” (Wehbeh A, et al., 2015)

“Whether or not low-dose aspirin is ever responsible for peptic ulceration is uncertain…intestinal mucosal damage…appears to improve rapidly during continued aspirin taking long-term…low-dose prophylactic aspirin would seem to be remarkably safe, probably far safer than implied…” (P. Elwood, G. Morgan, 2014)

There’s no end to the amount of research that can be done, but it won’t change the fact that aspirin already works right now. So what are we waiting for?

“…aspirin suppressed prostate cancer cell invasion by reducing MMP-9 activity and uPA expression through decreasing of IKK-β-mediated NF-κB activation, indicating that the ability of aspirin to inhibit cell invasion might be useful in the chemoprevention of metastatic prostate cancer.” (Shi C, et al., 2017)

“…salicylate…exhibit anti-tumor activity against…leukemia…We…tested…other NSAIDs, including acetaminophen and indomethacin…but did not detect any inhibitory activity…salicylate may be useful for treating inflammation, diabetes, neurodegenerative disease, and other pathologies…”  (Shirakawa K, et al., 2016)

“Postmenopausal women who used ASA had a significantly lower risk of melanoma, and longer duration of ASA use was associated with greater protection.” (Gamba CA, et al., 2013)

Acknowledging the truth about how aspirin works, might add weight to ‘alternative’ (biologically valid) explanations, for what makes cancer develop and spread. This might then cause a flow-on effect, unmasking ineffective and harmful products or treatment methodologies, across the board. That’s not good for business.

I’m not a doctor or health practitioner, and I’m not here to give medical or dietary advice. Read the arguments. Have a look through the science. Decide for yourself.

But there does seem to be good reasons, why it makes sense to see cancer – rather than as simply some kind of genetically predetermined disease – as a reasonably normal reaction of individual cells and whole systems (attempting to keep us alive and functioning), in the face of a certain amount of exposure to ‘unnatural’, and excessively stressful and inflammatory conditions. Looking at it this way can change a lot of things.

At moments like this it seems more appropriate – rather than saying ‘f%#k cancer’ – to say ‘f&$k the cancer industry’, and all related organizations and industries, which have helped muddy the waters surrounding the true causes of (and really effective approaches to protecting against or even treating) cancer, in the name of greed, power and status.

“The present meta-analysis, which involves approximately 300,000 participants from 16 studies, has confirmed the antineoplastic effects of NSAIDs in multi-cancer metastasis…aspirin was the most predominant NSAID given to patients.” ( Xiaoping Zhao, Zhi Xu & Haoseng Li, 2017)

You see, if everything can cause cancer, and nothing can cure cancer, it becomes easier to get away with selling things that actually do cause cancer, and things that really can’t cure cancer, whilst at the same time avoiding competition from the things that don’t cause cancer and things that really do cure cancer. Was that clear?

See More Here

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2 Responses

  1. Avatar Jay says:

    I wish I had read this article 17 years ago for my mom’s sake. Great article! I believe people are saying K2 is needed to prevent any bleeding from aspirin use. I know your saying it’s overblown, but would K2 which is hard to get the level recommended by food, would effectively solve the bleeding too much fear associated with aspirin?
    Posting problems again. Invalid error. “Invalid captcha value” I don’t know math that well but I think “5” is the answer to +42 = 47.

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