AMU, IPC, CRCM
We have developed a library of human tumors xenografted on immunodepressed mice
Pancreatic cancer is one of the most difficult solid tumors to treat as it progresses silently without any particular warning signs. Its capacity to spread malignant cells to other organs (liver, lymph nodes, peritonium…) often catches the medical profession unaware and prevents it from making an early diagnosis. One of the directions for research in my laboratory in the framework of the “PacaOmics” clinical trial program at the IPC and the APHM consists in characterizing new prognostic biomarkers and predictive of the therapeutic response of pancreatic tumors in order to facilitate the management of patients.
In the era of personalized medicine, it has become crucial to be able to provide surgeons, oncologists, gastroenterologists and radiologists with an accurate picture of the level of heterogeneity of the molecular scale of their patients’ tumors. We have therefore developed a library of human tumors xenografted on immunodepressed mice that perfectly reproduce the characteristics of primary tumors in patients from whom they have been extracted. These mice models today allow us to perform large scale analyses of DNA and gene expression, metabolism, proteins secreted by these tumors, as well as their susceptibility profile to a broad range of drugs
The success of this collection of pancreatic xenografts is the fruit of great interdisciplinarity and illustrates more broadly the relevance of translational research programs and biomedicine supported by Marseille Immunopole.#recherche
The Pioneer Project is unique as a strong public/private partnership between academia, a medical cancer center, 3 biotechs and a major pharma
Bernard A. FOX
Providence Cancer Institute, Portland, Oregon | UbiVac
Marseille Immunopole is born from the will of all partners to do even better and progress faster, and thus allow patients always to keep one step ahead of the disease.
AMU, AP-HM, CIML, INNATE PHARMA
“Our immunotherapy antibodies are positioned at the crossroads of two immunology fields with high potential: the γ9δ2 T cells and a novel superfamily of immunomodulators, butyrophilins”
Marseille Immunopole should allow us now to accelerate the development of therapeutic antibodies, the new drugs that are changing the course of cancer treatment.
AMU, IPC, CRCM