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VCU Massey Cancer Center


Massey scientists join international effort to streamline brain metastasis research

Image of cancer cells invading brain tissue [View Image]
Image of cancer cells invading brain tissue

The laboratory of VCU Massey Cancer Center scientist Paula D. Bos, Ph.D., has joined forces with 18 other international laboratories to develop the first collaborative platform to streamline research into brain metastases. The effort, called the Brain Metastasis Cell Lines Panel (BrMPanel), has already compiled more than 60 different cell lines related to brain metastasis research in an effort to reduce research duplication and speed up therapeutic advancements.

BrMPanel is coordinated by the laboratory of Manuel Valiente at the Spanish National Cancer Research Centre (CNIO), and details about the project were published today in the journal Cancer Research. In addition to Bos’ lab, labs from the United States, Spain, Germany, China, Ireland, Israel, United Kingdom, Norway and Switzerland are already participating, with open invitations to other colleagues.

Headshot of Paula Bos, Ph.D. [View Image]
Paula Bos, Ph.D.

“Modeling the processes involved in brain metastases is very difficult and often undertaken by solitary labs in support of specific research objectives,” says Bos, who is a member of the Cancer Molecular Genetics research program at Massey and an assistant professor in the Department of Pathology at VCU School of Medicine. “Not only are we pooling our resources, we’re also providing guidance for other researchers on how to avoid known pitfalls and develop the best possible models for their experiments.” 

Between 10-30 percent of all cancer patients develop brain metastases, especially from breast, lung and skin tumors, and cases are on the rise. With support from METAvivor and the Susan G. Komen Foundation, Bos has developed and characterized multiple cell lines that have been added to the project.

The information is available through the digital platform to other scientists engaged in similar research. In addition, information about how to use the biological materials, what therapies have been tried and results from associated clinical studies are also provided to facilitate collaborators’ research.

“We are striving to help a population of patients who have very few treatment options and are in desperate need of effective therapies. I’m hopeful that our collaboration will benefit everyone’s research efforts, attract more scientists and ultimately lead to new breakthroughs and treatments,” says Bos.

Written by: John Wallace

Category: Research

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