#Cancer cure

[reality-detective]

Everyone knows that curing cancer isn't as profitable as treating it and billing you every step of the way.

However, one thing to consider is that the elite have never died of an cancer, they always die of an old age.

What does that tell you? Think about it. 🤔

[starseedpatriot]

This cured my father in law of merkle cell cancer

[thashining]

Accurate

[gillianoshea]

What you really need to know about Pathogens in your body

Pathogens - Bacteria, viruses, fungi, and parasites are all types of pathogens that can cause minor or severe health issues when they enter your body.

Pathogens – Bacteria, viruses, fungi, and parasites are all types of pathogens that can cause minor or severe health issues when they enter your body. Each of these pathogens includes a variety of sub types that are responsible for a wide range of infections or diseases. I believe there are 3 causes of dis-ease and imbalance namely, stress, pathogens and toxins. Yet most times when people come…

[battleangel]

Hospital Hellhole

Where are the open windows in hospitals?

Hospitals are exactly like corporate cubicle farms, where you see the windows in your office, but theyre never open.

So, no fresh air ever gets in.

Stuffy, recirculated air with zero outside fresh air + constant either central indoor heating or air conditioning + a bunch of sick ass people stuffed into one building isnt exactly a recipe for holistic health.

Nor is it meant to be.

Its actually a veritable hotbed for communicable diseases, viruses, infections, germs and bacteria to develop, spread and grow.

Idgaf about how "well the hospital is ventilated" -- you need fresh air, jackass!

Good luck ever getting it at a hospital.

They'll just parade you around bare ass in a drab ass drag ass light blue gown that doesnt even close all the way in the back yet have the nerve to talk about how "functional" it is.

They'll parade your literal bare ass through the hospital hallways so you can "walk around" -- but nevah outside.

Yeah okay.

There are windows, why cant I open them?

Because you cant.

The air inside a hospital is endlessly recirculated, stuffy as hell and filled to the brim with germs, bacteria, viruses and pathogens given that a hospital is, y'know, a building full of sick ass people.

Who in the hell thinks this is a good idea?

Exactly noone as hospitals are designed to mentally break you, dehumanize you and give you a different illness then the one you checked in with or make whatever your current issue is worse.

Being in a building with no outside fresh air and no open windows full of sick, dying, dead, incapacitated, vomiting, diarrhea, coughing, sneezing, wheezing, bleeding people isnt supposed to make anyone else sicker?

Yeah okay.

You need fresh air even in the best of circumstances forget about when youre sick.

You need to be in nature as it literally heals us, even their studies confirm that.

You need fresh, unrecirculated air from outside.

You need the sky, the sun, the grass and the trees.

But what do you get?

A dark, drab, sterile, lonely room with a large ass loud ass TV in it, a phone, a bed that you will be stuck in for most of your stay, a bathroom and a window you cant open.

Sounds exactly like prison.

Being stationary -- unless you are a literal invalid or completely physically incapacitated -- is awful for you.

They know this.

They know that being stationary in bed can cause DVT (deep vein thrombosis), blood clots, embolisms, poor blood circulation and bloodflow, swelling, edemas, muscle atrophy, weight gain, bed sores.

Not to mention depression, lack of mental sharpness and acuity, lethargy, anxiety, fatigue, listlessness, hopelessness, dread...

Its almost like its by design, isnt it?

Hospitals should be near parks or be built inside of parks.

All patients that are literally physically capable of going outside for fresh air and natural sunlight should do so, or if possible, should be taken outside in wheelchairs.

Blinding white bright ass unnatural fluorescent lighting has repeatedly been proven to deplete our melatonin levels, disrupt our natural circadian rhythyms, disrupt our sleep, cause insomnia and other sleep disorders -- so why is the lighting in hospitals so fucking bright???

Why do you think?

They dont want you well.

If you happen to get better after being hospitalized, its an unintended side effect.

The goal is to find -- or make up -- other things that are wrong with you so they can feed you further into the many tentacled medical industrial complex.

More diagnoses, more pills, more injections, more shots, more IVs, more surgeries, more specialists, more tests, more false positive results.

Just the way they intend it.

If youve ever visited someone in the hospital or ever been hospitalized yourself, youve probably experienced a general feeling of feeling run down, fatigued, sore, tired, like you were coming down with a cold, feeling out of sorts and out of it if you were inside a hospital for a few hours or more (days, weeks or even months).

Thats by design.

Patients should be outside every day, breathing fresh air, getting natural sunlight, touching fresh grass, hugging and sitting by trees, looking up at the clear blue sky, soaking up the sun, picking flowers and soaking up natures natural healing properties.

Nope, you get to walk up and down a ridiculously overilluminated bright ass fluorescent hallway with drab muted colors surrounding you, machines beeping, nurses having bored conversations at lunch, doctors being self-important and your bare ass cheeks on full display in your gown that doesnt "quite fully close all the way in the back."

You should be letting butterflies land on your hand, picking sunflowers, laying against trees, walking barefoot in grass, staring up at the sun and soaking up the individual rays, taking deep breaths of the fresh air all around you, looking at the clear blue sky, observing some of the cloud formations, lying on your back on the grass and staring up at the big blue sky supervised by hospital staff for about an hour a day.

That should be happening every day in every hospital.

It could be done in shifts.

Even a small park or garden even on hospital grounds or property would suffice.

In your everyday life, dont you walk outside once a day?

Even just to check the mail? Run errands? Pick up groceries? Go to work? Get takeout? Go shopping? Go to work? Meet up with friends and family? Go out to eat? See a movie? Take a walk? Go jogging?

Why is this simple freedom denied to you in a hospital?

When you need nature the most, they wont even open a window for you.

Antiseptic sterility, vomiting bleeding dying patients, coughing sneezing wheezing patients, patients with viruses, bacterial infections, open wounds, bodily fluids and emissions, mucus, phlegm, stitches, sutures, transfusions, transplants.

How would you NOT need fresh air even after one day in a hospital?

Why is hospital food so comically bad?

Youre literally back to the slop you were being force fed in elementary school but as an adult.

Since youre sick, shouldnt there be an interest in providing you with nourishing, holistic, healthy, fresh organic foods that will help heal you and aid in your recovery?

If youve ever been hospitalized, it took you back to your school days with rubbery chicken, mystery lunch meat, dry bread, nothing is seasoned, everything is out of a box, warmed over and bland as hell.

Why?

It doesnt have to be expensive!

Fresh spinach for salad is cheap, quinoa is cheap, tofu is inexpensive, steel cut oats are inexpensive, chickpeas are cheap, hummus is inexpensive, lentil beans are cheap, kale is inexpensive, kidney and black beans are cheap - these are all chock full of protein, cheap, healthy, good for you and can be prepared with fresh or cookied veggies, rice, noodles.

It doesnt have to be like this.

They want you sick and defeated.

Hospitals are literal hellholes.

Its not you.

Youre right to think they are creepy depressing prisons and incubators for all kinds of diseases and infections.

Because they are. By design.

[adhyatmik--zone]

[jessica-marie-baumgartner]

This could change everything

[jbfly46]

CHEMOTHERAPY

CURING CANCER WITH NEGATIVE REINFORCEMENT

YOU'RE GONNA LIVE OR WE'RE GONNA KILL YOU

[thetruemysteriousnomad]

https://x.com/mike6203158492/status/1899608942227148818?s=12

[reality-detective]

This 👆 is what they do when an effective treatment that actually helps people even cure them. 🤔

[anticancermedicine]

Anti Cancer Drugs & Their Role in Modern Cancer Treatment

1. Introduction

Cancer is a leading cause of death worldwide, with millions of people diagnosed each year. The disease has a significant impact on global health, but advancements in cancer treatment have improved survival rates and quality of life. Among the most essential tools in modern cancer therapy are anti-cancer drugs. These medications have revolutionized cancer treatment, offering patients hope and improved outcomes. In this blog, we will explore the role of anti-cancer drugs in modern cancer treatment, their types, mechanisms of action, benefits, and more.

2. What Are Anti Cancer Drugs?

Anti-cancer drugs are medications specifically designed to prevent the growth and spread of cancer cells. These drugs work by targeting cancer cells in various ways, either by destroying them directly or by preventing their growth and replication. Anti-cancer drugs are different from other treatments like surgery and radiation because they can treat the disease systemically, affecting cancer cells throughout the body.

Types of Anti-Cancer Drugs:

Chemotherapy: The traditional form of anti-cancer medication, chemotherapy drugs kill rapidly dividing cells, including cancer cells.

Targeted Therapy: These drugs specifically target molecules involved in cancer cell growth, offering a more precise treatment approach.

Immunotherapy: This treatment boosts the body’s immune system to fight off cancer more effectively.

Hormonal Therapy: Used in cancers like breast and prostate cancer, these drugs block or reduce hormones that fuel cancer growth.

These anti-cancer medicines work together with other treatments, providing a comprehensive strategy to fight cancer.

3. How Anti Cancer Drugs Work

Anti-cancer drugs work by interfering with the processes that allow cancer cells to grow and multiply. Some drugs directly destroy cancer cells, while others prevent their growth by disrupting the cell cycle, which is crucial for cell division. These drugs can also target specific cancer types, ensuring that treatment is personalized for the best outcomes.

Mechanism of Action:

Chemotherapy Drugs: These drugs disrupt the DNA of cancer cells, preventing them from replicating and growing.

Targeted Therapy: Targeted drugs block specific signals that cancer cells use to grow and divide.

Immunotherapy: It enhances the immune system’s ability to recognize and destroy cancer cells.

Understanding how these drugs interact with the cancer cell cycle is crucial in providing targeted and effective cancer treatment.

4. Types of Anti Cancer Drugs

Chemotherapy Drugs: Chemotherapy remains one of the most widely used anti-cancer treatments. It works by destroying rapidly dividing cells, which includes cancer cells. However, it can also affect healthy cells, causing side effects like nausea and hair loss.

Targeted Therapy Drugs: These drugs are designed to target specific molecules involved in the cancer cell's growth and survival. This makes them more effective and less toxic than chemotherapy in some cases.

Immunotherapy Drugs: Immunotherapy boosts the body's immune system to recognize and destroy cancer cells. By enhancing the immune response, these drugs can fight cancers that are otherwise hard to treat.

Hormonal Therapy Drugs: Hormonal therapies are used in cancers that depend on hormones, like breast and prostate cancer. These drugs block or alter the production of hormones that fuel the growth of cancer cells.

Gene Therapy & Experimental Drugs: Gene therapy and experimental drugs are at the forefront of cancer treatment. They aim to correct the genetic mutations that cause cancer, offering hope for new, more effective treatments in the future.

5. Benefits of Anti Cancer Drugs

Anti-cancer drugs have significantly improved the survival rates and quality of life for many cancer patients. They can reduce tumor size, eliminate cancer cells, and even prevent cancer from recurring. Additionally, anti-cancer drugs are crucial in palliative care, helping to manage symptoms and improve the patient's well-being.

Key Benefits:

Increased survival rates and better outcomes.

Reduction in the size of tumors.

Palliative care to manage pain and other symptoms effectively.

6. The Role of Anti Cancer Drugs in Modern Cancer Treatment

Anti-cancer drugs are often combined with other treatments, such as surgery and radiation, for a more comprehensive approach. Modern cancer treatment focuses on personalized medicine, tailoring therapies based on the patient’s specific genetic makeup and the type of cancer they have.

Precision Medicine and Anti-Cancer Drugs: By using genetics to understand how cancer behaves, doctors can choose the most effective anti-cancer medications for each patient, increasing the chances of successful treatment.

7. Side Effects of Anti Cancer Drugs

While anti-cancer drugs are powerful tools in treating cancer, they often come with side effects, including nausea, fatigue, hair loss, and a weakened immune system. Managing these side effects is a critical part of cancer care. Doctors may adjust drug regimens to minimize side effects and improve overall patient health.

Managing Side Effects:

Anti-nausea medications to reduce chemotherapy side effects.

Supportive care to help manage fatigue and other symptoms.

Close monitoring of the patient's response to treatment for better outcomes.

8. Advancements in Anti Cancer Drugs

There have been significant breakthroughs in anti-cancer medications, with new drugs constantly being developed. Clinical trials play a vital role in advancing cancer treatment by testing new drugs and therapies. Personalized and targeted treatments have shown promise in offering more effective and less toxic cancer treatments.

9. Future of Anti Cancer Drugs

The future of anti-cancer drugs looks promising, with ongoing research and technological advancements. Combining anti-cancer drugs with other therapies like radiation and immunotherapy could offer even more effective treatments. Additionally, biotechnology and genetic engineering may play a significant role in developing drugs that can cure cancer or achieve long-term remission.

Potential Future Developments:

Combining therapies for more effective treatment.

The role of biotechnology and genetic engineering in advancing cancer drugs.

New hopes for curing cancer and achieving lasting remission.

11. FAQs

1. What are the most commonly used anti-cancer drugs? Some of the most commonly used anti-cancer drugs include chemotherapy medications like doxorubicin and paclitaxel, targeted therapies like trastuzumab, and immunotherapy drugs like pembrolizumab.

2. Are anti-cancer drugs always effective? While anti-cancer drugs are highly effective in many cases, their success depends on various factors, including the type of cancer, its stage, and the patient’s health.

3. How do doctors decide which anti-cancer drugs to use? Doctors base their decisions on the type of cancer, its genetic profile, and the patient’s overall health. Personalized treatment plans are often developed for the best outcomes.

4. Can anti-cancer drugs prevent cancer from coming back? While anti-cancer drugs can help reduce the risk of recurrence, they do not guarantee that cancer won’t return. Ongoing treatment and monitoring are important in preventing relapse.

10. Conclusion

Anti-cancer drugs have revolutionized cancer treatment, providing patients with life-saving options and improving survival rates. Ongoing research and development are essential to further enhance these treatments. Early detection and timely treatment remain crucial in the fight against cancer.

[yesterdaywastheonlyeasyday]

Nature's Pharmacy

Last week I attended a symposium, given by a friend and her colleagues, where the anti-cancer and anti-snake venom properties of a plant were presented.

It was a 3 year multidisciplinary study and very thorough. Different parts of the plant were used:- roots, leaves, stems etc and their component compounds were extracted, identified and separated. Then they tested their effect on cancer cells of different types (breast, lung, prostate) and compared the effect to currently used cancer treatments.

From the one plant, a number of different compounds were identified, many having a marked therapeutic use in killing off cancer cells (not all for the same type of cancer though). More importantly, where the standard chemotherapy treatments advertently kill healthy cells, the plant extracts did not harm the healthy cells but selectively killed the cancer cells (also reduced the damage caused by snake venom in a separate study).

What struck me very strongly, was that, laying undiscovered is a vast medicine chest locked into the vegetation of the earth, waiting for us to find. Like gold and silver that are hidden in the mountain sides, natural cures to diseases are contained in the earth’s plant life.

Pharmaceutical companies seldom pay attention to this vast undiscovered region, preferring their own rather inferior synthesised solutions which in the case of cancer treatments often produce horrible and sometimes fatal side effects as in killing the cancer cells they also kill the healthy. It’s often a lottery as to which will die first, the cancer or the patient.

It would be a wonderful investment for future generations to set-up a research institute to step up research in this area. Anecdotal evidence is a good starting point. There are multitudes of plants used for centuries by tribal cultures for certain ailments, here in the Philippines, in the Amazon basin and other areas of the world rich in plant life. As the researchers at the symposium acknowledged, God is the greatest chemist, it’s all there for us to discover if we will make the journey with Him.

[gillianoshea]

You may feel worse before you feel better while doing a detox...but it is still worth it and it is perfectly normal.

[maddmman2]

[chawlamedicos1]

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