Overproduction of histone H1 variants in vivo increases basal and induced activity of the mouse mammary tumor virus promoter

Author: Gunjan Akash   Brown David T.   van Holde K.E.   Wolffe A.P.   Luger K.   Widom J.   Adams C.C.   Paranjape S.M.   Kornberg R.D.   Grunstein M.   Widom J.   Wolffe A.P.   Zlatanova J.   Croston G.E.   Laybourn P.J.   Kamakaka R.T.   Wolffe A.P.   Shimamura A.   Thoma F.   Zlatanova J.   Weintraub H.   Pennings W.   Ura K.   Juan L.-J.   Polach K.L.   Nacheva G.A.   Kamakaka R.T.   Hill D.A.   Ding H.-F.   Dimitrov S.   Karetsou Z.   Ramakrishnan V.   Clark K.L.   Cerf C.   Cirillo L.A.   Cairns B.R.   Gregory P.D.   Panetta G.   Sera T.   Bouvet P.   Kandolf H.   Steinbach O.C.   Shen X.   Brown D.T.   Brown D.T.   Brown D.T.   Zaret K.S.   Richard-Foy H.   Fragoso G.   Archer T.K.   Li Q.   Li Q.   Cordingley M.G.   Pina B.   Archer T.K.   Truss M.J.   Bresnick W.H.   Sambrook J.   Gilman M.   Lee H.-L.   Felsenfeld G.   Smith C.L.   Bartsch J.   Ura K.   Nightingale K.P.   Nan X.   Lee K.M.   Usachenko S.I.   Yang Y.-S.   Dong Y.   Talasz H.   Fryer C.J.   Chavez S.   Zweidler A.  

Publisher: Oxford University Press

ISSN: 1362-4962

Source: Nucleic Acids Research, Vol.27, Iss.16, 1999-08, pp. : 3355-3363

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Abstract