Whole-genome doubling confers unique genetic vulnerabilities on tumour cells
Quinton, Ryan J., DiDomizio, Amanda, Vittoria, Marc A., Kotýnková, Kristýna, Ticas, Carlos J., Patel, Sheena, Koga, Yusuke, Vakhshoorzadeh, Jasmine, Hermance, Nicole, Kuroda, Taruho S., Parulekar, Neha, Taylor, Alison M., Manning, Amity L., Campbell, Joshua D., Ganem, Neil J.
Published in Nature (London) (18.02.2021)
Published in Nature (London) (18.02.2021)
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Journal Article
Publisher Correction: Whole-genome doubling confers unique genetic vulnerabilities on tumour cells
Quinton, Ryan J., DiDomizio, Amanda, Vittoria, Marc A., Kotýnková, Kristýna, Ticas, Carlos J., Patel, Sheena, Koga, Yusuke, Vakhshoorzadeh, Jasmine, Hermance, Nicole, Kuroda, Taruho S., Parulekar, Neha, Taylor, Alison M., Manning, Amity L., Campbell, Joshua D., Ganem, Neil J.
Published in Nature (London) (27.05.2021)
Published in Nature (London) (27.05.2021)
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Journal Article
Whole genome doubling confers unique genetic vulnerabilities on tumor cells
Quinton, Ryan J, Didomizio, Amanda, Vittoria, Marc A, Ticas, Carlos J, Patel, Sheena, Koga, Yusuke, Kotynkova, Kristyna, Vakhshoorzadeh, Jasmine, Hermance, Nicole, Kuroda, Taruho S, Parulekar, Neha, Taylor, Alison M, Manning, Amity L, Campbell, Joshua D, Ganem, Neil J
Published in bioRxiv (19.06.2020)
Published in bioRxiv (19.06.2020)
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