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  2. Details for: Deep learning using tumor HLA peptide mass spectrometry datasets improves neoantigen identification.
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Deep learning using tumor HLA peptide mass spectrometry datasets improves neoantigen identification. [electronic resource]

By:
  • Bulik-Sullivan, Brendan
Contributor(s):
  • Busby, Jennifer
  • Palmer, Christine D
  • Davis, Matthew J
  • Murphy, Tyler
  • Clark, Andrew
  • Busby, Michele
  • Duke, Fujiko
  • Yang, Aaron
  • Young, Lauren
  • Ojo, Noelle C
  • Caldwell, Kamilah
  • Abhyankar, Jesse
  • Boucher, Thomas
  • Hart, Meghan G
  • Makarov, Vladimir
  • Montpreville, Vincent Thomas De
  • Mercier, Olaf
  • Chan, Timothy A
  • Scagliotti, Giorgio
  • Bironzo, Paolo
  • Novello, Silvia
  • Karachaliou, Niki
  • Rosell, Rafael
  • Anderson, Ian
  • Gabrail, Nashat
  • Hrom, John
  • Limvarapuss, Chainarong
  • Choquette, Karin
  • Spira, Alexander
  • Rousseau, Raphael
  • Voong, Cynthia
  • Rizvi, Naiyer A
  • Fadel, Elie
  • Frattini, Mark
  • Jooss, Karin
  • Skoberne, Mojca
  • Francis, Joshua
  • Yelensky, Roman
Publication details: Nature biotechnology Dec 2018ISSN:
  • 1546-1696
Online resources:
  • Available from publisher's website
In: Nature biotechnology
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Publication Type: Journal Article

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Deep learning using tumor HLA peptide mass spectrometry datasets improves neoantigen identification.

APA

Bulik-Sullivan B., Busby J., Palmer C. D., Davis M. J., Murphy T., Clark A., Busby M., Duke F., Yang A., Young L., Ojo N. C., Caldwell K., Abhyankar J., Boucher T., Hart M. G., Makarov V., Montpreville V. T. D., Mercier O., Chan T. A., Scagliotti G., Bironzo P., Novello S., Karachaliou N., Rosell R., Anderson I., Gabrail N., Hrom J., Limvarapuss C., Choquette K., Spira A., Rousseau R., Voong C., Rizvi N. A., Fadel E., Frattini M., Jooss K., Skoberne M., Francis J. & Yelensky R. (2018). Deep learning using tumor HLA peptide mass spectrometry datasets improves neoantigen identification. : Nature biotechnology.

Chicago

Bulik-Sullivan Brendan, Busby Jennifer, Palmer Christine D, Davis Matthew J, Murphy Tyler, Clark Andrew, Busby Michele, Duke Fujiko, Yang Aaron, Young Lauren, Ojo Noelle C, Caldwell Kamilah, Abhyankar Jesse, Boucher Thomas, Hart Meghan G, Makarov Vladimir, Montpreville Vincent Thomas De, Mercier Olaf, Chan Timothy A, Scagliotti Giorgio, Bironzo Paolo, Novello Silvia, Karachaliou Niki, Rosell Rafael, Anderson Ian, Gabrail Nashat, Hrom John, Limvarapuss Chainarong, Choquette Karin, Spira Alexander, Rousseau Raphael, Voong Cynthia, Rizvi Naiyer A, Fadel Elie, Frattini Mark, Jooss Karin, Skoberne Mojca, Francis Joshua and Yelensky Roman. 2018. Deep learning using tumor HLA peptide mass spectrometry datasets improves neoantigen identification. : Nature biotechnology.

Harvard

Bulik-Sullivan B., Busby J., Palmer C. D., Davis M. J., Murphy T., Clark A., Busby M., Duke F., Yang A., Young L., Ojo N. C., Caldwell K., Abhyankar J., Boucher T., Hart M. G., Makarov V., Montpreville V. T. D., Mercier O., Chan T. A., Scagliotti G., Bironzo P., Novello S., Karachaliou N., Rosell R., Anderson I., Gabrail N., Hrom J., Limvarapuss C., Choquette K., Spira A., Rousseau R., Voong C., Rizvi N. A., Fadel E., Frattini M., Jooss K., Skoberne M., Francis J. and Yelensky R. (2018). Deep learning using tumor HLA peptide mass spectrometry datasets improves neoantigen identification. : Nature biotechnology.

MLA

Bulik-Sullivan Brendan, Busby Jennifer, Palmer Christine D, Davis Matthew J, Murphy Tyler, Clark Andrew, Busby Michele, Duke Fujiko, Yang Aaron, Young Lauren, Ojo Noelle C, Caldwell Kamilah, Abhyankar Jesse, Boucher Thomas, Hart Meghan G, Makarov Vladimir, Montpreville Vincent Thomas De, Mercier Olaf, Chan Timothy A, Scagliotti Giorgio, Bironzo Paolo, Novello Silvia, Karachaliou Niki, Rosell Rafael, Anderson Ian, Gabrail Nashat, Hrom John, Limvarapuss Chainarong, Choquette Karin, Spira Alexander, Rousseau Raphael, Voong Cynthia, Rizvi Naiyer A, Fadel Elie, Frattini Mark, Jooss Karin, Skoberne Mojca, Francis Joshua and Yelensky Roman. Deep learning using tumor HLA peptide mass spectrometry datasets improves neoantigen identification. : Nature biotechnology. 2018.

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