Natural product, Dihydro-resveratrol for treating colorectal cancer and melanoma

Overview

This technology is related to the usage of a bioactive compound dihydro-resveratrol (D-res) or its stilbenoid derivatives. They are drug-like small molecules derived from herbal constituents and can be used as chemotherapeutic agents for treating tumours or cancers.

  • Natural product, Dihydro-resveratrol for treating colorectal cancer and melanoma 0
  • Natural product, Dihydro-resveratrol for treating colorectal cancer and melanoma 1
Commercialisation opportunities
technology licensing agreement
Problem addressed

The drug 5-Fluorouracil (5-FU) has been the first choice to treat colorectal cancer for years. In addition to the common side effects of chemotherapy, the usage of 5-FU may also lead to increased risk of infection and anaemia. In light of 5-FU's high cytotoxicity and low bioavailability, our technology may provide another option of anti-cancer drug with fewer side effects.

Innovation
  • In our experiments, it is demonstrated that D-res could provide a significant therapeutic effect on colorectal cancer without adverse effects through our observation. The therapeutic effect of this anti-cancer agent is comparable with that of 5-FU, but with much lower toxicity.
  • Therefore, the D-res is an experimentally proven antitumor agent that can be prescribed safely to cancer patients even at much higher doses than 5-FU. In our toxicity study, the D-res shows no toxicity even at very high dose of 6000 mg/kg.
Key impact
  • Patients can benefit from a new and safe anti-cancer drug with lower toxicity than 5-FU. Undesirable side effects can be minimized too.
  • D-res and its stilbenoid derivatives can be synthesized from Resveratrol, which is found naturally in many plants. They can also be developed as food dietary compounds for treating or preventing cancers.
Application
  • D-res or its stilbenoid derivatives can be used in treating several types of cancers including colorectal cancer and melanoma. It is safe to use even at a high dose.
  • Besides, they can be developed as food dietary compounds for treating or preventing cancers.

Patent

  • US Patent No. US 10,017,442
Hong Kong Baptist University (HKBU)

Aspiring to be a leading, research-led, liberal arts University in Asia, Hong Kong Baptist University is committed to conducting world-leading investigations that extends the frontiers of knowledge, tackles global challenges and benefits the community at home and abroad. 

Pursuing research excellence is one of the priorities of the University’s Institutional Strategic Plan 2018-2028. The University keeps enhancing its capacity and strength to produce world-class research with an aim to bring significant impact to the society. 

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