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Proteins that bind to DNA and turn on operons by making it easier for RNA polymerase to bind to a promoter are called
activators.
demonstrated that the nuclei from differentiated mammalian cells can retain their full genetic potential.
DNA
Plant cells can dedifferentiate and give rise to all of the specialized cells required to produce an entire plant.
cell-to-cell signaling and signal transduction pathways.
plasma membrane
removal of introns from the molecule.
alternative RNA splicing
Transcription factors attach to
activators.
demonstrated that the nuclei from differentiated mammalian cells can retain their full genetic potential.
DNA
Plant cells can dedifferentiate and give rise to all of the specialized cells required to produce an entire plant.
cell-to-cell signaling and signal transduction pathways.
plasma membrane
removal of introns from the molecule.
alternative RNA splicing
RNA splicing involves the
activators.
demonstrated that the nuclei from differentiated mammalian cells can retain their full genetic potential.
DNA
Plant cells can dedifferentiate and give rise to all of the specialized cells required to produce an entire plant.
cell-to-cell signaling and signal transduction pathways.
plasma membrane
removal of introns from the molecule.
alternative RNA splicing
In multicellular organisms, the coordination of cellular activities relies on
activators.
demonstrated that the nuclei from differentiated mammalian cells can retain their full genetic potential.
DNA
Plant cells can dedifferentiate and give rise to all of the specialized cells required to produce an entire plant.
cell-to-cell signaling and signal transduction pathways.
plasma membrane
removal of introns from the molecule.
alternative RNA splicing
To initiate a signal transduction pathway, a signal binds to a receptor protein usually located in the
activators.
demonstrated that the nuclei from differentiated mammalian cells can retain their full genetic potential.
DNA
Plant cells can dedifferentiate and give rise to all of the specialized cells required to produce an entire plant.
cell-to-cell signaling and signal transduction pathways.
plasma membrane
removal of introns from the molecule.
alternative RNA splicing
Why can some plants be cloned from a single cell?
activators.
demonstrated that the nuclei from differentiated mammalian cells can retain their full genetic potential.
DNA
Plant cells can dedifferentiate and give rise to all of the specialized cells required to produce an entire plant.
cell-to-cell signaling and signal transduction pathways.
plasma membrane
removal of introns from the molecule.
alternative RNA splicing
The cloning of Dolly the sheep
activators.
demonstrated that the nuclei from differentiated mammalian cells can retain their full genetic potential.
DNA
Plant cells can dedifferentiate and give rise to all of the specialized cells required to produce an entire plant.
cell-to-cell signaling and signal transduction pathways.
plasma membrane
removal of introns from the molecule.
alternative RNA splicing
Which of the following permits a single gene to code for more than one polypeptide?
activators.
demonstrated that the nuclei from differentiated mammalian cells can retain their full genetic potential.
DNA
Plant cells can dedifferentiate and give rise to all of the specialized cells required to produce an entire plant.
cell-to-cell signaling and signal transduction pathways.
plasma membrane
removal of introns from the molecule.
alternative RNA splicing
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