Fate of specific nucleolar perichromosomal proteins during mitosis: Cellular distribution and association with U3 snoRNA
In mammalian cells, the nucleoli disintegrate during mitosis and some nucleolar proteins disperse at the periphery of allchromosomes forming a novel class of chromosomal passenger proteins. The nucleolar components which participate in the formation of this perichromosomal layer have been investigat...
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| Published in | Biology of the cell Vol. 82; no. 2; pp. 81 - 93 |
|---|---|
| Main Authors | , , , , , |
| Format | Journal Article |
| Language | English |
| Published |
Oxford, UK
Elsevier SAS
1994
Blackwell Publishing Ltd Portland |
| Subjects | |
| Online Access | Get full text |
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| Abstract | In mammalian cells, the nucleoli disintegrate during mitosis and some nucleolar proteins disperse at the periphery of allchromosomes forming a novel class of chromosomal passenger proteins. The nucleolar components which participate in the formation of this perichromosomal layer have been investigated to elucidate the role of these perichromosomal proteins in the assembly and disassembly of the nucleoli. i) Electron microscopy immunolabelling reveals that these proteins are predominantly located in the granular component of the nucleoli during interphase,. ii) Immunoprecipitation data suggest that they are distributed at the chromosome periphery in association with U3 small nucleolar RNA (snoRNA). In addition, the distribution of U3 snoRNA visualized by
in situ hybridization, is similar to that observed for the perichromosomal proteins. iii) In cells which possess a nucleolar remnant during mitosis, U3 snoRNA and perichromosomal proteins were found both in the perichromosomal layer and in the nucleolar remnant. iv) Some of these proteins are conserved from yeast to man such as fibrillarin and a protein of 52 kDa. v) The location of these proteins observed in yeast by confocal microscopy shows that they are not dispersed during mitosis. Their partition between the two daughter cells is performed by scission of nucleolar structures forming a rod during the budding process. Therefore RNP complexes related to the processing steps of ribosome biogenesis in mammalian cells quit the nucleolus in late G
2 and associate with the chromosome periphery until late telophase. They associate in the perichromosomal layer in human and PtK
1 cells and both in the perichromosomal layer and the nucleolar remnant in CHO cells. |
|---|---|
| AbstractList | Summary— In mammalian cells, the nucleoli disintegrate during mitosis and some nucleolar proteins disperse at the periphery of allchromosomes forming a novel class of chromosomal passenger proteins. The nucleolar components which participate in the formation of this perichromosomal layer have been investigated to elucidate the role of these perichromosomal proteins in the assembly and disassembly of the nucleoli. i) Electron microscopy immunolabelling reveals that these proteins are predominantly located in the granular component of the nucleoli during interphase,. ii) Immunoprecipitation data suggest that they are distributed at the chromosome periphery in association with U3 small nucleolar RNA (snoRNA). In addition, the distribution of U3 snoRNA visualized by in situ hybridization, is similar to that observed for the perichromosomal proteins. iii) In cells which possess a nucleolar remnant during mitosis, U3 snoRNA and perichromosomal proteins were found both in the perichromosomal layer and in the nucleolar remnant. iv) Some of these proteins are conserved from yeast to man such as fibrillarin and a protein of 52 kDa. v) The location of these proteins observed in yeast by confocal microscopy shows that they are not dispersed during mitosis. Their partition between the two daughter cells is performed by scission of nucleolar structures forming a rod during the budding process. Therefore RNP complexes related to the processing steps of ribosome biogenesis in mammalian cells quit the nucleolus in late G2 and associate with the chromosome periphery until late telophase. They associate in the perichromosomal layer in human and PtK1 cells and both in the perichromosomal layer and the nucleolar remnant in CHO cells. Summary— In mammalian cells, the nucleoli disintegrate during mitosis and some nucleolar proteins disperse at the periphery of allchromosomes forming a novel class of chromosomal passenger proteins. The nucleolar components which participate in the formation of this perichromosomal layer have been investigated to elucidate the role of these perichromosomal proteins in the assembly and disassembly of the nucleoli. i) Electron microscopy immunolabelling reveals that these proteins are predominantly located in the granular component of the nucleoli during interphase,. ii) Immunoprecipitation data suggest that they are distributed at the chromosome periphery in association with U3 small nucleolar RNA (snoRNA). In addition, the distribution of U3 snoRNA visualized by in situ hybridization, is similar to that observed for the perichromosomal proteins. iii) In cells which possess a nucleolar remnant during mitosis, U3 snoRNA and perichromosomal proteins were found both in the perichromosomal layer and in the nucleolar remnant. iv) Some of these proteins are conserved from yeast to man such as fibrillarin and a protein of 52 kDa. v) The location of these proteins observed in yeast by confocal microscopy shows that they are not dispersed during mitosis. Their partition between the two daughter cells is performed by scission of nucleolar structures forming a rod during the budding process. Therefore RNP complexes related to the processing steps of ribosome biogenesis in mammalian cells quit the nucleolus in late G 2 and associate with the chromosome periphery until late telophase. They associate in the perichromosomal layer in human and PtK 1 cells and both in the perichromosomal layer and the nucleolar remnant in CHO cells. In mammalian cells, the nucleoli disintegrate during mitosis and some nucleolar proteins disperse at the periphery of all chromosomes forming a novel class of chromosomal passenger proteins. The nucleolar components which participate in the formation of this perichromosomal layer have been investigated to elucidate the role of these perichromosomal proteins in the assembly and disassembly of the nucleoli. i) Electron microscopy immunolabelling reveals that these proteins are predominantly located in the granular component of the nucleoli during interphase. ii) Immunoprecipitation data suggest that they are distributed at the chromosome periphery in association with U3 small nucleolar RNA (snoRNA). In addition, the distribution of U3 snoRNA visualized by in situ hybridization, is similar to that observed for the perichromosomal proteins. iii) In cells which possess a nucleolar remnant during mitosis, U3 snoRNA and perichromosomal proteins were found both in the perichromosomal layer and in the nucleolar remnant. iv) Some of these proteins are conserved from yeast to man such as fibrillarin and a protein of 52 kDa. v) The location of these proteins observed in yeast by confocal microscopy shows that they are not dispersed during mitosis. Their partition between the two daughter cells is performed by scission of nucleolar structures forming a rod during the budding process. Therefore RNP complexes related to the processing steps of ribosome biogenesis in mammalian cells quit the nucleolus in late G sub(2) and associate with the chromosome periphery until late telophase. They associate in the perichromosomal layer in human and PtK sub(1) cells and both in the perichromosomal layer and the nucleolar remnant in CHO cells. In mammalian cells, the nucleoli disintegrate during mitosis and some nucleolar proteins disperse at the periphery of allchromosomes forming a novel class of chromosomal passenger proteins. The nucleolar components which participate in the formation of this perichromosomal layer have been investigated to elucidate the role of these perichromosomal proteins in the assembly and disassembly of the nucleoli. i) Electron microscopy immunolabelling reveals that these proteins are predominantly located in the granular component of the nucleoli during interphase,. ii) Immunoprecipitation data suggest that they are distributed at the chromosome periphery in association with U3 small nucleolar RNA (snoRNA). In addition, the distribution of U3 snoRNA visualized by in situ hybridization, is similar to that observed for the perichromosomal proteins. iii) In cells which possess a nucleolar remnant during mitosis, U3 snoRNA and perichromosomal proteins were found both in the perichromosomal layer and in the nucleolar remnant. iv) Some of these proteins are conserved from yeast to man such as fibrillarin and a protein of 52 kDa. v) The location of these proteins observed in yeast by confocal microscopy shows that they are not dispersed during mitosis. Their partition between the two daughter cells is performed by scission of nucleolar structures forming a rod during the budding process. Therefore RNP complexes related to the processing steps of ribosome biogenesis in mammalian cells quit the nucleolus in late G 2 and associate with the chromosome periphery until late telophase. They associate in the perichromosomal layer in human and PtK 1 cells and both in the perichromosomal layer and the nucleolar remnant in CHO cells. In mammalian cells, the nucleoli disintegrate during mitosis and some nucleolar proteins disperse at the periphery of all chromosomes forming a novel class of chromosomal passenger proteins. The nucleolar components which participate in the formation of this perichromosomal layer have been investigated to elucidate the role of these perichromosomal proteins in the assembly and disassembly of the nucleoli. i) Electron microscopy immunolabelling reveals that these proteins are predominantly located in the granular component of the nucleoli during interphase. ii) Immunoprecipitation data suggest that they are distributed at the chromosome periphery in association with U3 small nucleolar RNA (snoRNA). In addition, the distribution of U3 snoRNA visualized by in situ hybridization, is similar to that observed for the perichromosomal proteins. iii) In cells which possess a nucleolar remnant during mitosis, U3 snoRNA and perichromosomal proteins were found both in the perichromosomal layer and in the nucleolar remnant. iv) Some of these proteins are conserved from yeast to man such as fibrillarin and a protein of 52 kDa. v) The location of these proteins observed in yeast by confocal microscopy shows that they are not dispersed during mitosis. Their partition between the two daughter cells is performed by scission of nucleolar structures forming a rod during the budding process. Therefore RNP complexes related to the processing steps of ribosome biogenesis in mammalian cells quit the nucleolus in late G2 and associate with the chromosome periphery until late telophase. They associate in the perichromosomal layer in human and PtK1 cells and both in the perichromosomal layer and the nucleolar remnant in CHO cells. |
| Author | Azum-Gélade, Marie-Claude Masson, Claude Fomproix, Nathalie Gautier, Thierry Gas, Nicole Hemandez-Verdun, Danièle |
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| Copyright | 1994 Elsevier, Paris 1994 Société Française des Microscopies and Société Biologie Cellulaire de France 1995 INIST-CNRS |
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| Keywords | PBS PNB chromosomes mitosis hybridization snRNA snoRNA NOR BSA NoPC FITC snoRNPs nucleolus anti-DIG snRNP Human Yeast Mitosis Cell nucleus Rodentia Cell division Mechanism Kidney Ovary Vertebrata Cell line Mammalia Molecular assembly Marsupialia Perichromatin Localization Hamster Nuclear protein |
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| Snippet | In mammalian cells, the nucleoli disintegrate during mitosis and some nucleolar proteins disperse at the periphery of allchromosomes forming a novel class of... Summary— In mammalian cells, the nucleoli disintegrate during mitosis and some nucleolar proteins disperse at the periphery of allchromosomes forming a novel... In mammalian cells, the nucleoli disintegrate during mitosis and some nucleolar proteins disperse at the periphery of all chromosomes forming a novel class of... Summary— In mammalian cells, the nucleoli disintegrate during mitosis and some nucleolar proteins disperse at the periphery of allchromosomes forming a novel... |
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| SubjectTerms | Animals Antigens, Fungal - analysis Biological and medical sciences Cell cycle, cell proliferation Cell Line Cell physiology CHO Cells chromosomes Chromosomes - ultrastructure Cricetinae Fundamental and applied biological sciences. Psychology Humans hybridization In Situ Hybridization Interphase - physiology mitosis Mitosis - physiology Molecular and cellular biology Nuclear Proteins - metabolism nucleolus RNA, Small Nuclear - metabolism Saccharomyces cerevisiae - metabolism snoRNPs |
| Title | Fate of specific nucleolar perichromosomal proteins during mitosis: Cellular distribution and association with U3 snoRNA |
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