2019EBioMedicineOpen access

Future perspectives of Sleeping Beauty transposon system in cancer research

Xiu Chen, Di Xu, Jian Zhang, Jinhai Tang

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Abstract

With the unsolved challenges to explore potential predictors of metastasis in colorectal cancer patients, Nicoloso and colleagues endeavored in this issue to combine a transposon-based forward genetic screen with the forced Single Cell Suspension assay (fSCS) to discover specific regulators of metastatic colorectal cancer [1]. They found that the fSCS was a simple and scalable in vitro assay to select cells with pro-metastatic traits. Meanwhile, the Sleeping Beauty transposon integration was proven to generate fSCS-resistant colorectal cancer cells.

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With the unsolved challenges to explore potential predictors of metastasis in colorectal cancer patients, Nicoloso and colleagues endeavored in this issue to combine a transposon-based forward genetic screen with the forced Single Cell Suspension assay (fSCS) to discover specific regulators of metastatic colorectal cancer [1]. They found that the fSCS was a simple and scalable in vitro assay to select cells with pro-metastatic traits. Meanwhile, the Sleeping Beauty transposon integration was proven to generate fSCS-resistant colorectal cancer cells.

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Available abstract

With the unsolved challenges to explore potential predictors of metastasis in colorectal cancer patients, Nicoloso and colleagues endeavored in this issue to combine a transposon-based forward genetic screen with the forced Single Cell Suspension assay (fSCS) to discover specific regulators of metastatic colorectal cancer [1]. They found that the fSCS was a simple and scalable in vitro assay to select cells with pro-metastatic traits. Meanwhile, the Sleeping Beauty transposon integration was proven to generate fSCS-resistant colorectal cancer cells.

Key concepts: Colorectal cancer, Metastasis, Medicine, Cancer, Sleeping Beauty transposon system, Oncology, Internal medicine, Bioinformatics

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