Metabolic and functional genomic studies identify deoxythymidylate kinase as a target in LKB1 -mutant lung cancer

  1. Liu, Y.
  2. Marks, K.
  3. Cowley, G.S.
  4. Carretero, J.
  5. Liu, Q.
  6. Niel, T.J.F.
  7. Xu, C.
  8. Cohoon, T.J.
  9. Gao, P.
  10. Zhang, Y.
  11. Chen, Z.
  12. Altabef, A.B.
  13. Tchaicha, J.H.
  14. Wang, X.
  15. Choe, S.
  16. Driggers, E.M.
  17. Zhang, J.
  18. Bailey, S.T.
  19. Sharpless, N.E.
  20. Neil Hayes, D.
  21. Patel, N.M.
  22. Janne, P.A.
  23. Bardeesy, N.
  24. Engelman, J.A.
  25. Manning, B.D.
  26. Shaw, R.J.
  27. Asara, J.M.
  28. Scully, R.
  29. Kimmelman, A.
  30. Byers, L.A.
  31. Gibbons, D.L.
  32. Wistuba, I.I.
  33. Heymach, J.V.
  34. Kwiatkowski, D.J.
  35. Kim, W.Y.
  36. Kung, A.L.
  37. Gray, N.S.
  38. Root, D.E.
  39. Cantley, L.C.
  40. Wong, K.-K.
  41. Erakutsi egile guztiak +
Aldizkaria:
Cancer Discovery

ISSN: 2159-8274,  2159-8290

Argitalpen urtea: 2013

Alea: 3

Zenbakia: 8

Orrialdeak: 870-879

Mota: Artikulua

DOI: 10.1158/2159-8290.CD-13-0015 GOOGLE SCHOLAR lock_openSarbide irekia editor
Datuen iturria: Scopus