Gold-Nano Blog / Gold Nanoparticle Cancer Research News #5

Gold Nanoparticle Cancer Research News 
#5

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Originally Posted on 02/20/2018 @ 4:15 pm

Last Edited on 06/01/2025

by Steven Warrenfeltz

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Hello,

Gold Nanoparticle Cancer Research is one of the most promising cancer treatments in the pipeline.

The Free Bullion Investment Guide is unique compared to other guides because it not only serves as a physical precious metals bullion guide but also advocates for Gold Nanoparticle Cancer Research.

Gold Nanoparticles in Cancer Research are designed to kill cancer cells without harming healthy tissues; therefore, it does not have harmful side effects.  

Chemotherapy is a biohazard derived from mustard gas and is responsible for hair loss, rather than cancer itself. Chemotherapy should be administered in much smaller doses for the treatment of cancer. Numerous studies have indicated that attaching chemotherapy drugs to gold nanoparticles is a better way to kill cancer cells with minimal side effects compared to how chemotherapy is currently administered.

Medicine should heal, not harm an individual; we need to get out of the 20th-century ways of treating cancer and start using 21st-century methods.

Gold Nanoparticle Cancer Research has repeatedly shown, in study after study, that it should be one of the 21st century's better ways of treating cancer.

In this fifth report, you'll find summaries of all of the latest Gold Nanoparticle Cancer Research that was released over the last few weeks.

Studies in this issue include:

• Gold Nanoparticles' Kill Breast Cancer Cells
  

• Georgia Tech uses 'Hairy' Gold Nanoparticles to kill cancer

• University of Texas Researchers learn how Gold Nanoparticles move in the Kidneys to help create better kidney disease-fighting treatments.

• International Joint Research Group uses gold nanoparticles to send two different cancer-fighting drugs to kill ovarian cancer cells.

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Gold Nanoparticles Destroy
Breast Cancer Cells

In this six-year study from the Autonomous Metropolitan University in Mexico City, researchers injected gold nanoparticles into breast cancer tissue that consisted of healthy and cancerous cells.

The researchers noted that no other type of chemical substance or outside source was was used against the cancer cells; only gold nanoparticles were administered to kill the cancer, plus the body did not reject the gold nanoparticles because they are inert and do not create an immunogenic response.

After 12 hours of incubation, researchers observed that gold nanoparticles roughened the outer membranes of cancerous cells, making them easier to penetrate, while leaving healthy cells unharmed.

Once the cancer cells' outer membranes were altered by the gold nanoparticles, the researchers proceeded to administer additional gold nanoparticles directly to the breast tissue.

The second dose of gold nanoparticles easily penetrates cancer cells, targeting the nucleus and effectively destroying the cancer.

In conclusion, at the end of the article, Jimenez Salazar, Professor of the Department of Biology of Reproduction, an expert in gene expression, markers, and molecular signaling, stated the following about the outcomes of the research:

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'Hairy' Gold Nanoparticles
Kill Cancer with Multiple Punches

The next study originates from Georgia Tech, where recent news has been released about their work with Gold Nanoparticles.

The graphic to the left is a light-hearted view of a "hairy" gold nanoparticle; however, all kidding aside, the gold nanoparticles in this study could help save a life one day.

In addition, the "hairs" on these gold nanoparticles are light-sensitive polymers that can be assembled and disassembled by using different wavelengths of light.

These 'hairy polymer gold nanoparticles' are made with a core of cancer-fighting drugs. In the study, once the gold nanoparticles accumulated around the cancer cells, researchers directed wavelengths of light onto them, which caused the polymers' hairs to join together.

Plus, the light heated the gold nanoparticles, causing them to release the drug into the cancer cells, killing them.

See the full article here: New, self-assembled Hairy nanoparticles could give double punch to cancer - Tech Explorist

Gold Nanoparticles Offer New Ways to Fight Kidney Diseases

Every day, our kidneys filter our blood by removing waste and excess fluid from our bodies, while maintaining our blood at its proper pH levels and stabilizing it with the right amount of nutrients, electrolytes, and hormones.  The waste from the kidneys is sent to our bladder, while the re-nourished blood circulates throughout the body.

This next study comes to us from the University of Texas in Dallas.

A research team, led by Dr. Jie Zheng, associate professor of chemistry in the School of Natural Sciences and Mathematics, studied how the kidneys filtered gold nanoparticles to help them create better therapies to fight kidney diseases.  

In the study, Dr. Zheng stated the following about their findings:

Zheng's team discovered that bringing particle sizes down into the sub-nanometer range is a useful tactic for improving nano-medicine's capacity to target tumors.

Article discussed above: Nanoparticle Study Produces Clearer Understanding of Kidney Function - UTD News Center

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International Research Study uses Gold Nanoparticles to Kill Ovarian Cancer Cells

The last study is about how researchers in China, the United States, and Russia used Gold Nanoparticles to transport two chemotherapy drugs to kill HeLa Ovarian (and Cervical) cancer cells. 

The researchers state that they used gold nanoparticles for the following reasons:

Synthesized gold nanoparticles were covered or "decorated" with these two chemotherapy drugs, Bleomycin (BLM) and Doxorubicin (DOX).

These two drugs are known for being effective, but they are also known for having severe side effects; however, when researchers reduced the dosage of the drugs and attached them to gold nanoparticles, which also removed many of their side-effects.

Furthermore, the researchers found that once they had coated the gold nanoparticles with Bleomycin (BLM) and Doxorubicin (DOX), the nanoparticles "exhibit excellent colloidal stability."

In the study, researchers evaluated Bleomycin (BLM) alone and compared the results with those obtained from gold nanoparticles loaded with BLM and DOX.

The stated goal of the study was to "synthesis of AuNPs decorated with two chemotherapy agents and study of their efficiency to carry anti-cancer drug to the tumor site and sustainably cure diseases."

The study's conclusions indicate that the researchers successfully achieved their goal.

Furthermore, in the conclusion of the study, researchers stated the following on their successful results:

See the full article here: Gold Nanoparticles-enabled Efficient Dual Delivery of Anticancer Therapeutics to HeLa Cells - Nature.com (Scientific Reports)

Thank You for your Time.

Take Care & God Bless,

Steve

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