Epidermal growth factor-derived with antitumoral activity (tEGFha)

Summary of the technology

The current treatments, against the epidermal growth factor (EGFR), have resistances, lack of specificity, limited efficacy, side effects and an increased cost, which limit their usage. The proposed solution, the derivative tEGFha, mimics the natural ligand, blocks its activation and inhibits the tumour growth. As a small protein, it is easy and economical to produce, enhancing the accessibility to the patients. Moreover, it can be combined with chemotherapeutic agents or radioisotopes to better direct them to tumours and to increase the specificity. Other functions include the use of image techniques, to perform diagnosis and therapy simultaneously (theragnosis).

Universitat de Girona

Details of the Technology Offer

This technology is based on the development of four peptides derived from epidermal growth factor (EGF), designed to act as competitive inhibitors of the EGF receptor (EGFR). Since EGFR is overexpressed in several aggressive tumours, blocking its activation can help limit cancer cell proliferation. The peptides bind to the receptor without triggering it signalling pathway, resulting in a predominantly antiproliferative effect. In addition, three of the peptides are able to internalize into the cell after receptor binding. This feature suggests potential use as targeted delivery agents, allowing cytotoxic drugs to be conjugated to the peptides and directed specifically toward EGFR‑overexpressing tumour cells. Such approach could improve therapeutic selectivity and reduce unwanted effects associated with non‑specific treatments. The technology offers a promising strategy for developing next‑generation targeted cancer therapies.

Competitive advantages

  • Easy to conjugate with existing chemotherapeutic or radioactive agents.
  • Personalization to improve its properties.
  • Enhanced tissue diffusing ability.
  • Lower immunogenic reactions compared with present treatments (antibodies anti-EGFR).
  • Lower cost and easy to produce.

Objective market

  • Pharmaceutical companies.
  • Research facilities and hospitals specialized in oncology.

Potential applications

  • Development of antitumour therapies directed to EGFR.
  • Vehicle for radioisotopes or chemotherapeutic treatments against the tumours.
  • Image-based tumour diagnosis by combination with fluorescent agents.

Intellectual property status

Granted Patent

Patent number : P202431076

Patent number : P202431079

Where : Spain

Current development status

Others

Development stage.

Desired business relationship

Technology development

Adaptation of technology to other markets

Other : Pilot testing

Related Keywords

  • Biological Sciences
  • Medicine, Human Health
  • Genetic Engineering / Molecular Biology
  • cancer therapy
  • targeted therapy
  • targeted drug delivery
  • egfr
  • small protein

About Universitat de Girona

The University of Girona (UdG) by means of its Research & Technology Transfer Office (TTO) provides services to 117 research groups, 42 of which have been recognized as Consolidated Research Group of Catalonia and 4 among them have been incorporated into the TECNIO network, the top Catalonia's Government excellence research network.

University of Girona (OTRiT)

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