A Research team from NYU Abu Dhabi’s Magzoub lab has made considerable advances in the fight against cancer using biocompatible nanospheres that have the potential to replace traditional forms of treatment.

The experiments trialed photodynamic therapy (PDT) and photothermal therapy (PTT), which use non-invasive light waves to destroy cancers, avoiding the well-known side effects of chemo and radiotherapy.

Photodynamic therapy works by releasing a torrent of reactive oxygen species (ROS) onto cancer cells, whereas photothermal therapy converts light into searing heat, destroying tumor tissues through hyperthermia.

The research team has detailed their findings in a paper entitled “pH-Responsive Upconversion Mesoporous Silica Nanospheres for Combined Multimodal Diagnostic Imaging and Targeted Photodynamic and Photothermal Cancer Therapy”. The literature goes on to explain how the nanospheres are able to protect encapsulated photosensitizers and photothermal agents from degrading, enabling them to be delivered directly to cancer cells.

Alongside thermal and fluorescent imaging, traditional magnetic resonance imaging (MRI) is also used for tumor detection and monitoring. Once cancer is detected, the PDT and PTT can kill tumors without leaving toxic traces in the body.

Also Read: Dubai Airport To Introduce Complete Biometric Admin System

Loganathan Palanikumar, a senior researcher in the NYUAD Magzoub lab, explained the process, “To make PDT effective, we need enough photosensitizer in the tumor tissue, while PTT requires a substantial accumulation of photothermal agents within tumors”.

Mazin Magzoub, NYUAD associate professor of biology and Magzoub lab leader, added, “New therapeutic approaches are desperately needed to enhance the existing arsenal of cancer-fighting treatments”.

Magzoub lab’s new treatments offer real hope that cancers could soon be treated with minimal stress and danger to patients, leading to a brighter future free from one of the world’s most feared and destructive diseases.