As the world is steering toward healthier options, many masala teacups are being replaced with hot and delicious green tea. The herbal drink, green tea is known for its ability to digest food organically. Along with all other benefits it contributes to the human body, green tea has become one of the most consumed beverages in the world.Â
It is a staple herb in traditional medicines, additionally, many scientists believe that green tea possesses tremendous potential for aiding many diseases and they have been spending years analyzing the potential health benefits and drawbacks of this precious herb.
What is Green Tea?
Hand-picked leaves and buds of the tea plant Camellia Sinesis makes green tea. Drying the leaves makes green tea, through pan-frying to prevent oxidation. This helps to keep the colour of the leaves intact. Fermentation does not take place in green tea preparation, so it keeps in an important molecule-polyphenols. It preserves the healthy nutrients and antioxidants in the leaves. Green Tea also contains a small amount of caffeine.Â
What is Green Tea Extract?
The concentrate form of green tea leaves makes green tea extract. Ground powder of the leaves make it. According to studies, one capsule of green tea extract contains the same amount of active ingredients as in an average cup of green tea.Â
Like green tea, green tea extracts are also an amazing source of antioxidants. Green tea extract has a wide range of health benefits and also strong defense against several health ailments.
Nanoparticles in Green Tea
Latex, polymer, ceramic particles, metal particles, and carbon particles are all examples of morphology. They’re in medical, cosmetics, environmental protection, and the food sector.Â
Polyphenols links to the cancer-fighting benefits of tea, but in the most recent study, scientists synthesized quantum dots, or nanoparticles, from tea extracts and used them to fill nanoprobes to attack lung cancer. Small hydrophobic compounds make up many anti-cancer medicines. Their low water solubility, high biodegradation, and lack of selectivity in organism dispersion, as well as off-target toxicity hinders drug development. These small particles, on the other hand, are fully safe and non-toxic. The synthesis of nanoparticles is time-consuming and costly, and it may have a number of harmful side effects. As a result, the researchers looked at a non-toxic production method based on plants.
The tea extract was first combined with compounds such as cadmium sulphate and sodium sulphide. Quantum dots were generated after these materials were incubated. The dots were then utilised to fight cancer cells, with the results revealing that nanoparticles have anti-cancer characteristics similar to Cisplatin, a commonly used chemotherapy treatment. According to findings, quantum dots or nanoparticles penetrated cancer cell nanopores and killed 80% of cancer cells.
Research
“Our research confirmed that quantum dots can suppress the growth of lung cancer cells and we believe quantum dots will have broad implications for researching new cancer treatments,” one of the researchers stated. ” we will do additional study in this new cancer treatment in the hopes of establishing a quantum dot factory to fully investigate the quantum dot’s possible application spectrum,” he added.
Depending on the type of lung cancer and the doctor’s diagnosis, people may have surgery, radiation therapy, chemotherapy, or targeted or combination therapy. This is unquestionably fantastic news for lung cancer sufferers, as it means they may have another option in the future. After all, as compared to other cancer treatments, utilising green tea to fight cancer will have a very high-cost performance with no side effects.
Seek a health professional’s advice, if you decide to add Green tea extract to your cancer treatment regime. You can talk to our expert health professionals at ZenOnco.
References
https://pubs.acs.org/action/doSearch?AllField=Green-Synthesis-Derived+CdS+Quantum+Dots+Using+Tea+Leaf+Extract%3A+Antimicrobial%2C+Bioimaging%2C+and+Therapeutic+Applications+in+Lung+Cancer+Cells.
