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(Received for publication, October 26, 1994; and in revised form, January 6, 1995) A previous report from this laboratory described an
estrogen-regulated endoribonuclease activity on Xenopus liver
polysomes which had properties one might expect for a messenger
ribonuclease involved in the regulated destabilization of albumin mRNA
(Pastori, R. L., Moskaitis, J. E., and Schoenberg, D. R.(1991) Biochemistry 30, 10490-10498). This report describes the
purification and properties of this ribonuclease. The purified nuclease
fraction contained a doublet of 62 and 64 kDa and a small amount of a
40-kDa peptide. In situ analysis on both denaturing and
nondenaturing gels using an albumin transcript as substrate showed all
three proteins possess nuclease activity. Peptide mapping and Western
blot with a polyclonal antiserum showed the 62- and 64-kDa peptides to
be isoforms, and the 40-kDa peptide to be a degradation product of the
larger species. Two-dimensional gel electrophoresis further separated
the 62- and 64-kDa species into three pairs of proteins, with
isoelectric points of 9.6, 9.8, and 9.8. The purified ribonuclease
rapidly degraded a full-length albumin transcript, yet had no effect on
either a full-length albumin antisense transcript or full-length
ferritin transcript. A number of properties of the purified nuclease
were characterized, including the effects of salt, divalent cations,
EDTA, sulfhydryl reagents, and temperature. Treatment of the polysomal
nuclease with micrococcal nuclease had no effect, indicating that this
enzyme does not require an RNA cofactor for activity. Finally, primer
extension mapped the major cleavage site to an overlapping repeated
sequence APyrUGA, with cleavage between and adjacent to the two
pyrimidine residues generating fragments with 5`-hydroxyls.
Volume 270,
Number 11,
Issue of March 17, 1995 pp. 6108-6118
©1995 by The American Society for Biochemistry and Molecular Biology, Inc.
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