-transparent.png){kind=logo}
Brief digestion of HeLa nuclei with mirococcal nuclease releases monomer hnRNP particles as well as monomer and polynucleosomes. Sucrose gradient analysis of the nuclease released material reveals a series of small A260 peaks overlapping a more predominant peak in the 40S region of the gradient. Analysis of the proteins, DNa, and RNA in successive gradient fractions has confirmed that the smaller peaks are monomer and polynucleosomes, and that the larger peak is 40S hnRNP. Like 40S particles isolated by low salt extraction or by sonication, the nuclease released particles are composed of rapidly labeled RNA associated with a group of non-histone proteins the most predominant of which are the 32,000-44,000 MW proteins previously identified as core hnRNP proteins. These results provide further evidence that 40S hnRNP particles exist as discrete structural components of larger in vivo ribonucleoprotein complexes.
B W Walker, and
L Lothstein, and
C L Baker, and
W M LeStourgeon
January 1984,
Microbios,
B W Walker, and
L Lothstein, and
C L Baker, and
W M LeStourgeon
September 1990,
Journal of microscopy,
B W Walker, and
L Lothstein, and
C L Baker, and
W M LeStourgeon
August 1984,
Biochemistry international,
B W Walker, and
L Lothstein, and
C L Baker, and
W M LeStourgeon
January 1982,
Molekuliarnaia biologiia,
B W Walker, and
L Lothstein, and
C L Baker, and
W M LeStourgeon
January 1986,
Cellular and molecular biology,
B W Walker, and
L Lothstein, and
C L Baker, and
W M LeStourgeon
March 1977,
Molecular biology reports,
B W Walker, and
L Lothstein, and
C L Baker, and
W M LeStourgeon
July 1986,
Nucleic acids research,
B W Walker, and
L Lothstein, and
C L Baker, and
W M LeStourgeon
January 1989,
The International journal of biochemistry,
B W Walker, and
L Lothstein, and
C L Baker, and
W M LeStourgeon
February 1981,
Biochimica et biophysica acta,
B W Walker, and
L Lothstein, and
C L Baker, and
W M LeStourgeon
December 1970,
Analytical biochemistry,
