- Drug discovery services
- Our technology
- Your benefits
- Resources & Webinars
- News & Events
- About us
Dec 3 2020
Dec 3rd – 11AM CEST – 5PM EDT
Dr Chloé Prunier, PhD, R&D department
Sponsored by INOVOTION
Metastasis is a complex disease with multiple stages and diverse signaling pathways. Despite intensive research to identify therapeutic targets and develop new antimetastatic drugs, it still remains the leading cause of cancer patient death. Several notable efforts have been made to develop antimetastatic drugs but have all failed (MMP inhibitors, anti-NF-?B, biphosphonates, etc). This is mainly because metastasis is a dynamic process, which is complex to model. Actual preclinical models are very often built for anti-proliferative drug development and do not recapitulate all steps in the metastatic process.
Moreover, the biology of metastatic cells differs completely from primary tumor cells. It is therefore necessary to rethink existing preclinical models and determine new endpoints that properly evaluate their antimetastatic properties in designing new drugs to prevent or delay metastatis.
The mouse is the most commonly used preclinical model for evaluating newly developed antimetastatic compounds. However, its efficiency is limited by factors such as the presence/absence of an immune system, the site of injection or the presence/absence of a primary tumor. The chicken embryo model presents the advantage of recapitulating all steps of spontaneous metastasis in 9 days including the formation of a primary tumor, intravasation, extravasation from the vasculature and establishment at distant sites.
Chloé is a research scientist in Inovotion's R&D department. She leads client projects and initiates new R&D projects to constantly improve Inovotion's services. Prior to joining Inovotion, Chloé worked as a postdoc at Leiden University Medical Center (Netherlands), led by Peter ten Dijke where she studied breast cancer dormancy using in vivo models and intravital microscopy. She obtained her PhD in developmental biology and oncology at University Grenoble Alpes. Throughout her career, Chloé has acquired expertise in preclinical models applied to cancer research and in vivo imaging to study cancer progression.