Mammalian mitochondrial extracts possess DNA end-binding activity

Author: Coffey Gregory   Lakshmipathy Uma   Campbell Colin   Shadel G.S.   Clayton D.A.   Pascucci B.   LeDoux S.P.   Miquel J.   Slupphaug G.   Nilsen H.   Lakshmipathy U.   Pinz K.G.   Croteau D.L.   Tomkinson A.E.   Driggers W.J.   Taffe B.G.   Chu G.   Thyagarajan B.   Lakshmipathy U.   Dynan W.S.   Smider V.   Taccioli G.E.   Errami A.   Gu Y.   Ouyang H.   Rathmell W.K.   Mimori T.   Ramsden D.A.   Boulton S.J.   Feldmann H.   Wilson T.E.   Darley-Usmar V.M.   Storrie B.   Bradford M.M.   Segel I.H.   Blier P.R.   Yoo S.   Zdzienicka M.Z.   Warriar N.   Han Z.   de Vries E.   Cortopassi G.A.   Arnheim N.   Tanhauser S.M.   Gadaleta M.N.   Liang F.  

Publisher: Oxford University Press

ISSN: 1362-4962

Source: Nucleic Acids Research, Vol.27, Iss.16, 1999-08, pp. : 3348-3354

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Abstract