Meda-Monzon E, Delgado Pastelin L, Flores-Fortis M, Flores-Bahena C, Medina-Garcia CV, Medina-Soriano S, Zepeda-Hernandez R., Gutierrez-Ospina,G and G. Aguirre
Laboratorio de Innovacion en Diagnostico Molecular, Hakken Enterprise S.A. de C.V., Mexico
Centro de Investigaciones Biomedicas, Universidad de Veracruz, Mexico
Instituto de Investigaciones Biomedicas, Universidad Nacional Autonoma de Mexico, Ciudad de Mexico, Mexico
Posters & Accepted Abstracts: J Cancer Sci Ther
Most efforts of allopathic medicine are directed to treat diseases. This path has proved to be costly when chronic diseases, such as cancer and its associated viral co-morbidities, need to be treated and monitored in the long term. Hence, the development of prevention-oriented medicine may reduce the magnitude of the financial burden associated with practicing remedy-based medicine. GanplexTM and Kimera-TestTM, the prime products of Hakken Enterprise, were then conceived to identify individuals with high genetic risk of developing cancer before the disease becomes symptomatic. GanplexTM and Kimera-TestTM take advantage of DNA extracted from saliva and urine samples to identify cancer-related viruses and SNPs through multiplex assays in a single reaction. At current stage of development, both assays identify cancer related SNPs and the viral sequences with a sensitivity, specificity, and confidence higher than those reported for Sangerâ??s sequencing. Both assays require small DNA quantities to begin with and no purification of PCR products prior hybridization. This shortens to approximately 7 hours the time to provide a result. Hence, GanplexTM and Kimera-TestTM are biotechnological tools that provide the genetic information needed to identify individuals under risk of developing cancer, a circumstance that would help in personalizing cancer preventing protocols and introducing precision medicine into everydayâ??s life.
Meda-Monzón E (MSc in Health Sciences), Biotechnology specialist, with a great passion for innovation. MSc Elizabeth has demonstrated ability to turn a promising concept into a world class product by implementing cutting edge technology. During the last four years, she has dedicated her talent and energy to the development of technologies for affordable in vitro diagnostics tools for HPV and cancer genetic propensity detection.
E-mail: elizabeth_meda@hotmail.com
Cancer Science & Therapy received 3968 citations as per Google Scholar report