MiR-205-driven downregulation of cholesterol biosynthesis through SQLE-inhibition identifies therapeutic vulnerability in aggressive prostate cancer
by Kalogirou, Charis Alexis Thomas (Author)
, Linxweiler, J. (Author)
, Schmucker, P. (Author)
, Snæbjörnsson, Marteinn (Author)
, Schmitz, W. (Author)
, Wach, S. (Author)
, Krebs, M. (Author)
, Hartmann, E. (Author)
, Puhr, M. (Author)
, Müller, A. (Author)
, Spahn, M. (Author)
, Seitz, A. K. (Author)
, Frank, T. (Author)
, Marouf, H. (Author)
, Büchel, G. (Author)
, Eckstein, M. (Author)
, Kübler, H. (Author)
, Eilers, M. (Author)
, Saar, M. (Author)
, Junker, K. (Author)
, Röhrig, F. (Author)
, Kneitz, B. (Author)
, Rosenfeldt, M. T. (Author)
, Schulze, Almut (Author)
,
Call Number:
Loading…
Located:
Loading…
Article (Journal)
Online Resource