Protelica Awarded Phase II SBIR Grant by the National Science Foundation
News Jan 20, 2009
Protelica (formerly known as ProtElix, Inc.) has announced that it has received formal notification of Phase II SBIR funding by the National Science Foundation for its scientific project entitled “Bioinformatics knowledge-based, universal library design for a non-immunoglobulin, protein-scaffold.”
The grant, effective January 15, 2009 provides $500,000 for the next 24 months and will allow the Company to continue developing its platform technology, and to fund preclinical studies of its early stage lead candidates for cardiovascular and cancer therapies.
“We are very grateful to NSF for acknowledging our research project as one of the most innovative in the country and for supporting the development of new protein therapeutics that may replace the first generation monoclonal antibody drugs,” states Dr. Roberto Crea, Protelica’s Founder, CEO and Chief Scientific Officer.
“We believe our approach to antibody mimics discovery and optimization will lead to new therapeutics that may be more effective and less expensive. We are pleased to receive the validation of this peer-reviewed grant,” adds Dr. Crea.
The project, which started two years ago, includes a bioinformatics-based understanding of nature’s evolutionary rules, and utilizes Protelica’s proprietary DNA mutagenesis technologies to develop small, specific and potent protein blockers.
“By understanding how nature evolves its protein binding specificity, we are able to introduce new and ‘intelligent’ diversity to human protein scaffolds, like Fibronectin sub-units, and generate billions of new variants. We expect this program to lead to the discovery and clinical development of new protein drugs that combine the exquisite specificity of antibodies with the many clinical and manufacturing advantages typical of small molecules,” explains Dr. Guido Cappuccilli, the project’s Principal Investigator and head of the Bioinformatics Group at Protelica.
Minority and dissident communities face a perplexing challenge in countries with authoritarian governments. They need to remain anonymous to avoid persecution, but also must establish a trustworthy identity in their communications. An interdisciplinary group of researchers at UC Santa Barbara has designed an application to meet both of these requirements.
16th International Conference on Structural Biology
Mar 11 - Mar 12, 2019
10th International Tissue Repair and Regeneration Congress
Jun 13 - Jun 14, 2019
2nd International Conference on Pharmaceutical Research & Innovations in Pharma Industry
May 30 - May 31, 2019