1.
Another
reason why they want to demonize this effective drug - ivermectin -
as a "De-wormer" is due to FENBENDAZOLE, which has CURED numerous
Terminally ill Stage IV CANCER patients. Research Joe Tippens for anyone
who isn't aware of this SUPPRESSED Cancer Cure.
Chlorine
Dioxide (another SUPPRESSED Cancer Cure & Autism Cure & etc... Cure) also
inhibits the binding of the spike protein and ACE2 Receptors and is being used
by 1,000's of doctors currently in 3rd World Countries with phenomenal
success...Bolivia's own govt. recommends CLO2 as a SOC treatment for Sars-Cov2
& Covid infections. Here's a semi-recent paper on CLO2 out of Japan
for those interested & a link to an interview with Mr. Tippens. Peace
All
Inhibition of
the Binding of Variants of SARS-CoV-2 Coronavirus Spike Protein to a Human
Receptor by Chlorine Dioxide
www.remedypublications.com/open-access/inhibition-of-the-binding-of-va..
How Joe
Tippens Beat Terminal Cancer with $7 Dog Medicine Part 1 - Interviewed by James
Templeton
www.youtube.com/watch?v=fCOODjrJhRQ&list=PLejXj_8qB3HM6NYYXpq6GjQ_...
Since cancer is a result
of LOW cellular oxygen (caused by chemicals , metals, radiation and toxins)
then yes ,any substance that either removes those risks or seeks to keep the
cells processing oxygen ( as against sugars) ... is appropriate
3.
Curcumol
overcomes TRAIL resistance of non-small cell lung cancer.
Article
Published Date : Oct 31, 2020
Study Type :
In Vitro Study
Additional
Links
Substances :
Curcumol : CK(8) : AC(4)
Diseases :
Lung Cancer : CK(2308) : AC(999)
Pharmacological
Actions : Chemotherapeutic : CK(2328) : AC(1086)
Article Published
Date : Mar 31, 2021
Study Type :
In Vitro Study
Additional
Links
Substances :
Curcumol : CK(8) : AC(4)
Diseases :
Chronic Myeloid Leukemia : CK(64) : AC(38)
Pharmacological
Actions : Antiproliferative : CK(6801) : AC(5032), Apoptotic : CK(6986) : AC(5304)
Article
Published Date : Mar 31, 2021
Study Type :
In Vitro Study
Additional
Links
Substances :
Curcumol : CK(8) : AC(4)
Diseases :
Colorectal Cancer : CK(3666) : AC(1651)
Pharmacological Actions : Antiproliferative : CK(6801) : AC(5032), MicroRNA modulator : CK(1023)
: AC(618)
4.
Parsley, a natural
cancer fighter
Flavonoids
possess antioxidant, anti-inflammatory and anticancer activities through
multiple mechanisms, including inducing cancer cell death in breast, colorectal
and prostate cancers as well as inhibiting malignant cell proliferation in
various types of cancer.
In a 2020
study, parsley showed anticancer action in human 'glioblastoma' cells alongside
an outstanding antioxidant profile. The methanol extract of the herb was also
seen as a potential anti-proliferative.
Research also
showed that parsley may stop breast cancer tumor growth linked to synthetic
hormone replacement therapy. In a study, animal subjects exposed to 'apigenin', a
common flavonoid found in parsley, developed fewer tumors and had significant
delays in tumor formation compared to subjects not exposed to the flavonoid.
5.
Silymarin's
liver cancer protective effects
Helps prevent
liver cancer. Studies have concluded that the long-term use of silymarin
significantly increases survival time among patients with alcohol-induced liver
cirrhosis, a risk factor for liver cancer. Silymarin can also significantly
reduce tumor cell proliferation, angiogenesis or new blood vessel formation, as
well as insulin resistance.
The chemo
preventive effects "have been established in several studies using in
vitro and in vivo methods," according to the researchers, and combine well
with anti-inflammatory and inhibitory effects on the metastasis or spread of
cancer.
6.
The lower level of vitamin C produced by oral dosing is commonly thought to provide an anti-oxidant function. However, higher doses provided by IVC are considered to cause a pro-oxidant state within cells such as cancer cells that lack antioxidant enzymes, where the high vitamin C level generates H2O2 (hydrogen peroxide) and other free radicals and causes cell death. Since vitamin C has a similar structure to glucose (sugar), cancer cells, which have a high metabolic rate and transport large amounts of sugar into the cell, will also transport large amounts of vitamin C. This is thought to be one of the mechanisms through which high-dose vitamin C is effective against cancer.
7.
Four top reasons
to love watermelon
Increased
intake of fruits and vegetables was linked to a decreased risk of breast cancer
among Chinese women. The tested fruit and vegetable groups included dark leafy
greens, cruciferous vegetables, carrots and tomatoes, bananas and watermelon.
The same
inverse relationship between carotenoid-rich vegetables and lung cancer risk
was found from the results of the Shanghai Men's Health Study from 2002 to
2009, as well as between vegetables and fruits rich in lycopene and carotenoids
and prostate cancer risk in a case-control study conducted in Hangzhou, southeast
China.
The reduction of cancer risk appears to be due, in part, to the lowering of insulin-like growth factor. (IGF), a protein that plays a role in cell division. High IGF levels are associated with cancer
8.
Surprising health
benefits of black raspberries
Fights Oral
Cancers
Common oral
squamous cell cancers are found in the mouth, pharynx and esophagus. In a study
of mice with tobacco smoke toxin-induced oral cancer, the group given 5% dietary
black raspberry had significantly lower levels of DNA damage in the oral cavity
and oral tumors decreased from 70% to 46.7%.
Anti-apoptotic
and pro-inflammatory biomarkers for oral cancer were significantly reduced
following freeze-dried black raspberry powder oral administration in a daily
dissolvable lozenge for approximately two weeks in 30 patients who had been
diagnosed with oral cancer and were scheduled for oral surgery.
In a
carcinogen-induced study of oral cancer in hamster cheek pouches, hamsters were
topically treated with freeze-dried black raspberry solution for 12 weeks and
had significantly reduced multiplication of squamous cancer cells (41%), tumors
(37%) and cell proliferation rate (nearly 7%), showing its prevention potential
for oral cancer in humans.
In a trial of 20 Barrett's esophagus patients administered black raspberries, either 32 grams (g) or 45 g for six months, the black raspberry treatment significantly reduced lipid peroxidation -- linked to oxidative stress and free radical damage and significantly increased GST-pi levels, a marker of detoxification -- in 55% of the subjects, thus being helpful in preventing progression to esophagus cancer.
Freeze-dried black raspberries, and their components of anthocyanins and protocatechuic acid, were administered to carcinogen-induced esophageal cancer rats and all three treatments were found to inhibit the cancer by decreasing the proinflammatory and anti-inflammatory cytokines and increasing immune cell trafficking into the tumor tissues.
In an induced oral cancer mouse model, black raspberry extract demonstrated a strong cancer prevention ability by inhibiting the effects of the carcinogen and repairing bulky lesions in mouse DNA
.9
Ivermectin for colorectal antitumor properties
10.
Analysis by Dr. Joseph Mercola
November 08, 2021
Senolytic Fisetin help prevent cancer
Given its well-known anti-inflammatory, antioxidant and
antiproliferative properties, fisetin can play a role in helping to prevent
cancer. To date, among other effects, fisetin has been shown to:
Activate particular signaling pathways to induce cell death
(apoptosis) in cervical cancer cells
Exhibit antigrowth potential against lung cancer cells and
prostate cancer cells
Inhibit melanoma cell growth
Induce apoptosis in colon cancer cells by inhibiting certain
signaling pathways
Fisetin is a flavonoid with known senolytic properties,
which help reduce the number of senescent cells in the body. These cells have
lost the ability to proliferate and are resistant to apoptosis
The foods highest in fisetin are strawberries; yet you need
to eat strawberries each day to get the benefits. The compound also extended
the health span of animals used in the study
Fisetin has been shown to have anti-inflammatory and
antitumorigenic properties, to inhibit bone-damaging glycation, to maintain
glutathione levels, and to protect brain function
Reducing Senescent Cells May Be Key to Healthier Aging
Researchers believe that a larger number of senescent cells, which develop as an individual ages, contributes to a susceptibility of chronic disease and infections, such as COVID-19.19 Senescent cells are metabolically active and resist apoptosis.
However, they don't divide, and researchers have found
higher numbers of senescent cells in older adults with chronic disease. The
study that used a combination of dasatinib and quercetin was performed in
Rochester, Minnesota, by the Mayo Clinic researchers.
The team engaged participants who had diabetes-related kidney disease. James Kirkland, Ph.D., was the senior author. He talked about senescent cells and the importance of the research on a range of human illnesses:20
“Senescent cells can develop in all mammals in response to disease,
injury, or cancerous mutations. Senolytic drugs do not interfere with
generation of senescent cells, which could lead to cancer. However, once
formed, senescent cells can contribute to developing cancers, multiple other
diseases, and consequences of aging.
By targeting senescent cells with senolytics in mice, we can delay, prevent, or treat multiple diseases and increase health and independence during remaining years of life. As we increase our understanding of these drugs and their effects, we hope there may be benefits for a range of human diseases and disorders.”
Historically, cellular senescence was thought to be
irreversible. Senescent cells are resistant to apoptosis. This mechanism of
programmed cell death protects against the development of cancer.
Senescent cells have also lost their ability to proliferate. There is a multifunctional nature of cellular senescence that has a greater effect than tumor suppression. It may also be involved in wound healing, tissue repair and visible signs of aging.
Your body uses apoptosis to remove damaged cells harmed through injury or disease. However, as cells become resistant to apoptosis, it can contribute to a weakened immune system. Scientists at UC San Francisco have been investigating alternatives to senolytic therapies by approaching it from an immunotherapy standpoint.
They have been researching invariant natural killer T (iNKT)
cells which function as a surveillance system. When these become less active
with age, it can also lead to a reduction in function to eliminate cells with
irreparable DNA damage. Using this alternative pathway, scientists found that
by removing senescent cells through an activation of iNKT cells they could
affect positive change on diabetes and lung fibrosis.
More Health Benefits Associated With Fisetin
As a senolytic, fisetin may have even greater health
benefits. While the compound is naturally occurring in fruits and vegetables,
you likely cannot get a therapeutic amount from food alone. As scientists
continue to work out the proper dosing for fisetin, there is likely much
benefit to adding some of these fisetin-containing foods to your diet.
Food Fisetin in
mcg/g
Strawberry 160
Apple 26.9
Persimmon 10.6
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