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Transcriptional Regulation In Eukaryotic Cells
1972Publisher Summary This chapter provides the theories of transcriptional regulation in eukaryotic cells. Current ideas about the mechanisms involved in differentiation have been very much influenced by the studies on the regulation of protein synthesis both in prokaryotes and eukaryotes.
A J, Macgillivray, J, Paul, G, Threlfall
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Transcriptional Systems in Eukaryotic Cells
1974The problem of regulation of transcription is common to all biological systems. There are two significant complications in eukaryotes: (a) the nuclear chromosomes are structurally complex, and (b) independent genomes are segregated within the nucleus and in organelles such as mitochondria, chloroplasts, and centrioles.
M, Goldberg +4 more
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2003
Abstract Eukaryotes include all organisms that are not bacteria (prokaryotes = eubacteria + archaebacteria). The eukaryotes include the three large groups of multicellular organ isms. That is, animals, (vascular) plants, and the higher fungi plus a large number of rather unrelated groups of unicellular organisms often referred to as ...
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Abstract Eukaryotes include all organisms that are not bacteria (prokaryotes = eubacteria + archaebacteria). The eukaryotes include the three large groups of multicellular organ isms. That is, animals, (vascular) plants, and the higher fungi plus a large number of rather unrelated groups of unicellular organisms often referred to as ...
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FORCED SYNCHRONIZATION OF EUKARYOTIC CELLS
Modern Physics Letters B, 2007A comprehensive mathematical model of the budding yeast cell cycle, accounting for several dozen published experiments, has thirty five variables and one hundred and forty parameters.5 Detailed models describing cell cycle regulation in other organisms have also a large number of variables and parameters.
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DNA Methylation in Eukaryotic Cells
1984Publisher Summary This chapter discusses DNA methylation in eukaryotic cells. DNA methylation pattern undergoes discrete changes, especially during the process of differentiation, and these changes are intimately related to gene expression. DNA methylation in eukaryotic cells serves as a gene silencing mechanism.
A, Razin, H, Cedar
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Selectable Markers for Eukaryotic Cells
2003The transfer of DNA sequences into a population of cells can rarely, if ever, be achieved with 100% efficiency. Typically, transfection of cells with the calcium phosphate method will transduce only between 0.1 and 1% of the cells with the sequences of interest (1), although some workers have achieved higher efficiencies (2).
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