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Newly discovered salivary glands aid advanced radiation therapies
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Newly discovered salivary glands aid advanced radiation therapies

bioxone October 23, 2020October 23, 2020

Jayateerth S. Bhavikatti, CSIR-National Chemical Laboratory, Pune, India

There have been so many things discovered till date in this universe, nevertheless, there are too many discoveries to happen. Cheers to the discoverers! They spend their life helping people. Here is one such discovery. So far, three pairs of salivary glands were studied in humans. Researches who work at the Netherlands Cancer Institute discovered two more salivary glands behind the nasopharynx, in humans. This was discovered in all 100 people considered in a test to investigate the side effects on radiation on the head and neck. The researchers along with their colleagues at the Amsterdam UMC, name these as tubarial glands.

Vogel, a radiation therapist, explains – “Radiation therapies can damage the salivary glands and patients may have to suffer from trouble while eating, speaking, and swallowing”. The possibilities of such complications were reported in the collaborative research by the Netherlands Cancer Institute and University Medical Centre Groningen (UMCG) after analysing the data from 723 patients who underwent radiation treatment. They concluded that it is important to avoid these areas while using radiation as a treatment for tumours in the neck and head regions. Discovery of these glands paved way for advances in a healthier radiation therapy overall.

Many such things happen in our laboratories too, but get neglected due to ignorance. If we keep our eyes open, we would understand our world better.

Also read: Is it possible to detect COVID 19 under 15 minutes?

Reference: https://www.nki.nl/topmenu/about-the-nki/news/cancer-researchers-discover-new-salivary-gland/

  • Why Do We Age? The Biology Of Ageing Explained
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Tagged cancer research Netherlands Netherlands Cancer Institute oncology radiation radiation therapy salivary gland salivary glands side effects therapy tumours University Medical Centre Groningen US World

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