Related articles

Maintaining proper blood sugar control during cancer treatment is more than a dietary choice — it’s a critical part of supporting the body’s recovery, immunity, and treatment effectiveness.
Research shows that abnormal glucose metabolism can promote tumor growth, inflammation, and fatigue, while balanced sugar control enhances treatment outcomes and overall well-being.
Here are five key reasons why managing sugar intake is essential during cancer therapy.

Nutrition is one of the most powerful tools to strengthen the immune system, especially during or after cancer treatment.
Certain nutrients play critical roles in supporting immune cell activity, reducing inflammation, and improving your body’s ability to defend against abnormal cell growth.
Here are five key nutrients proven to supercharge your immune defense against cancer.

Intravenous (IV) human albumin therapy has long been used in hospital settings to restore plasma volume and support critically ill patients.
In integrative oncology, it plays an expanded role — helping stabilize metabolism, support detoxification, and improve tolerance to conventional treatments.
Here are five key clinical benefits of IV human albumin for cancer patients receiving integrative care.

Artesunate, a derivative of artemisinin extracted from the sweet wormwood plant (Artemisia annua), has long been used as an antimalarial medication.
In recent years, it has gained significant attention in integrative oncology due to its selective anti-cancer effects and ability to enhance conventional treatments.
Here are five key benefits of artesunate supported by scientific and clinical research.

Human albumin is a multifunctional protein that plays a crucial role in maintaining homeostasis, transporting substances, and supporting detoxification processes.
For cancer patients undergoing treatment, albumin’s ability to bind and carry drugs, hormones, and toxins makes it a vital ally in improving therapeutic efficiency and reducing side effects.
Here are three key ways human albumin supports detoxification and drug transport in the body.

In the journey of cancer treatment and recovery, misinformation about nutrition is common. Many myths can lead patients to make restrictive or harmful dietary choices that compromise healing and energy.
Understanding the truth about food and its role in cancer recovery is essential to support your body effectively.
Here are three major nutritional myths cancer patients should stop believing — and what science actually says.

Herbal medicine has been used for centuries to strengthen the body and promote healing.
In integrative oncology, certain herbal extracts are now scientifically recognized for their potential to support recovery after cancer treatment.
These botanicals can help reduce inflammation, enhance immune function, and protect healthy cells from oxidative stress.
Here are three of the most researched herbal extracts that may benefit patients during cancer recovery.

Human albumin is a natural plasma protein that plays critical roles in fluid balance, detoxification, and transport within the body.
In contrast, synthetic alternatives such as hydroxyethyl starch (HES), dextran, or gelatin-based solutions are man-made plasma expanders developed to mimic some of albumin’s functions.
While both are used in clinical care, there are key differences in safety, effectiveness, and biocompatibility that patients and clinicians should understand.
Here are three important facts about human albumin compared to synthetic substitutes.

Modern nutritional research no longer focuses solely on “eating enough,” but delves deeper into how nutrition supports body repair and immune balance.
For cancer patients, vitamins C, D, and E are not just common supplements—they are three essential nutrients that help regulate cells, enhance resistance, and support repair at the cellular level.

In the concrete jungles of modern cities, the air we breathe may look clear, yet it hides countless suspended particles, chemical gases, and pollutants. These invisible intruders silently enter the lungs and exert long-term effects on cellular health — effects that run far deeper than we imagine and may even become potential triggers for cancer development.