( PR4US.com | Press Release | 2016-10-18 16:38:27 )
At the 7th World Summit focused on ADCs (San Diego, CA), Nerviano Medical Sciences presented new data regarding the immunoconjugate drugs field, an area of intense interest in the Oncology R&D sector.
During the event NMS researchers described the targeted anticancer effects obtained in preclinical models with an ADC obtained by combining the thienoindole NMS-P945 with trastuzumab, an antibody already used for the treatment of HER2+ breast cancer. NMS-P945, which acts by binding to DNA, is characterized by its highly potent tumoricidal activity and high amenability to antitbody conjugation.
Using antibodies which selectively recognize cancer cells conjugated with appropriate cytotoxic drugs, ADCs (antibody-drug conjugates) allow highly cytotoxic molecules to be specifically released at the desired site of action, i.e. within tumor tissue. This leads to selective killing of tumors cells, limiting side effects against normal tissue.
As one of its innovative platforms focused on targeted therapies, Nerviano Medical Sciences’ ADC payload technology has already drawn significant interest from the biotech market, with recent licensing agreements signed this year with Oxford BioTherapeutics Ltd and MediaPharma A.G.
For more info please visit nervianoms.com
NMS Group is the largest Italian company committed in innovation and research and development in oncology.
With 500 total employees, NMS Group employs over 200 qualified researchers involved in research and development, from 'target validation' to phase II clinical trials.
The discovery and applied research of Nerviano Medical Sciences - representing the innovative heart of the Group and make it an important and international reference in the field of personalized therapy - integrate with other development activities of a new drug. NMS Group is, in fact, the only reality in Italy able to manage the entire integrated chain of the research and development path: from pre-clinical phase of research, to First-Time-In-Man of clinical phase, up to production and packaging of the finished drug.