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ðŸ’Ą Did you know cancer was first documented over 2,000 years ago?Despite centuries of research, we still know little about this complex disease. From how cancer cells "go to sleep" to the role of our immune system in tumor growth, these mysteries shape the future of oncology.🔎 Here are 10 fascinating cancer facts that shed light on what we know—and what we don’t.📖 Read more: zurl.co/5z3Kn #CancerAwareness #Oncology #ScienceMatters ... See MoreSee Less
⚠ïļ Are you missing out on one of the most essential minerals for your health?Magnesium is a powerhouse nutrient, supporting:✅ Energy production ⚡✅ Muscle & nerve function 💊✅ Heart & bone health âĪïļðŸĶī✅ Blood sugar & blood pressure regulationYet 80% of people are deficient—leading to migraines, fatigue, & even heart disease. ðŸ˜ĻðŸ’Ą The good news? You can boost your Mg levels through food, supplements, & even topical absorption.📖 Discover how magnesium can transform your health → zurl.co/pEGk7 #Magnesium #HealthBenefits #Wellness ... See MoreSee Less

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CLL Cancer: What You Need to Know ðŸĐļ
Chronic Lymphocytic Leukemia (CLL) is a slow-progressing blood cancer that affects the immune system.

Learn more about CLL symptoms, diagnosis, and treatment options here 👇
🔗

#CLL #Leukemia #CancerAwareness

🧎 Cancer is more than one disease—over 100 different types.
From Hippocrates's discovery to modern genetic research, science has come a long way, but many mysteries remain.

🔎 Learn fascinating cancer facts.

📖 Read more:

#Cancer #Oncology #HealthFacts

🔎 Are You Getting Enough #Magnesium?
It plays a crucial role in muscle function, energy production & heart health, yet 80% of people are deficient!

⚠ïļ Deficiency is linked to migraines, fatigue, & heart disease.

📖 Read more →

#Health #Wellness

🧐 What’s the Biggest Cause of Cancer?
Not just genetics—lifestyle, environment, and viruses play a role. Understanding these risks is key to prevention.

🔗 Read more about the hidden culprits behind cancer:

#CancerAwareness #HealthMatters

🚀 Can microgravity help fight cancer?
Scientists aboard the International Space Station study how cancer cells behave in weightlessness.

🔎 Discover the science behind microgravity cancer research:

#CancerResearch #SpaceScience #Microgravity

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Oxidative Stress And The Antioxidant Response

August 13, 2015
Est. Reading: 2 minutes

Free Radicals In The Body

The basic science of oxidative stress and the antioxidant response is not in contention, what is an effective antioxidant is. When the body breaks food down into energy, it generates a by-product known as free radicals. Also present in food itself, the air we breathe and the sun we worship, free radicals are a broad class of chemicals with the potential to exert significant damage.

By 'stealing' electrons from nearby molecules, free radicals in the body may tamper with DNA and impede normal cell function.

free radicalsThese free radicals are not all bad and in fact, play an essential role in cellular signaling. As a result, the body has inbuilt mechanisms for maintaining appropriate levels of oxidation. However, under suboptimal conditions, where the production of free radicals exceeds the body’s ability to absorb them, the result is oxidative stress. This fact has been linked with aging, inflammation, and a host of chronic conditions alongside cardiovascular diseases and cancer.

For this reason, dietary antioxidants have been touted as the second line of attack.

Antioxidants comprise of hundreds of substances, including vitamin C, vitamin E, beta-carotene, lycopene and minerals selenium, copper, zinc, and manganese. Antioxidants donate electrons to the free radicals, in effect neutralizing them while keeping nearby cells safe in the process. It is generally thought that the benefit of antioxidants can reduce the excessive reactive oxygen radicals in the body and therefore, absorb the oxidative stress.

Oxidative stress and the antioxidant response. Oxygen is the most abundant molecule in biological systems and a critical component of aerobic life. Reactive Oxygen Species (ROS) produced during metabolism plays important roles in signal transduction and gene expression, activation of nuclear transcription factors and receptors, immune system functioning, as well as the aging processes.

In health, by initiating antioxidant defense mechanisms such as antioxidant enzymes (superoxide dismutase, catalase, glutathione peroxidase) and small molecules (minerals, glutathione, carotenoids, vitamins E and C) keep the levels of ROS and free radicals under control and protect the tissues and biological molecules from damage. This perfect balance can be disturbed by poor lifestyle choices, the environment, even exercise, or as a consequence of aging and disease. In fact, scientists have come to recognize oxidative stress as a contributing component of virtually every disease process. 

In summary, as one type of disease prevention, the increased use of antioxidants will help the body mitigate disease. Health aids prevention and beneficial lifestyle changes are the best forms of health care. 

The use of the CC Formula for Oxidative Stress and free radical reduction.

 

 

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