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Volume 271, Number 19, Issue of May 10, 1996 pp. 11468-11476
©1996 by The American Society for Biochemistry and Molecular Biology, Inc.
A Delayed-early Response Nuclear Gene Encoding MRPL12, the Mitochondrial Homologue to the Bacterial Translational Regulator L7/L12 Protein

(Received for publication, November 27, 1995; and in revised form, February 8, 1996)

Louise Marty Philippe Fort

We have characterized a new delayed-early response mRNA encoding a 21-kDa product (MRPL12) that accumulates during the G(1) phase of growth-stimulated cells. MRPL12 is the mammalian homologue to chloroplastic and bacterial L12 ribosomal proteins. Immunofluorescence microscopy and cell fractionation indicate a predominant mitochondrial localization in various mammalian cell lines. The NH(2)-terminal 49 amino acids are necessary and sufficient to target the protein within the mitochondria and are probably cleaved off during import. MRPL12 proteins associate in vitro and cofractionate with ribosomal structures, as is the case for prokaryotic L12 proteins. Expression of a dominant inhibitory truncated protein leads to a severe reduction in cell growth by inhibiting mitochondrial ATP production. MRPL12 is the first mammalian mitochondrial ribosomal protein to be characterized.




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