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A protein complex in the nucleus is responsible for transporting mRNA molecules into the cytoplasm. Describe the proteins that form this exporter. What two protein groups are probably behind the mechanism involved inthe directional movement of the mRNP and exporter into the cytosol?

          A protein complex in the nucleus is responsible for transporting mRNA molecules into the cytoplasm. Describe the proteins that form this exporter. What two protein groups are probably behind the mechanism involved inthe directional movement of the mRNP and exporter into the cytosol?
        
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Biology for AP Courses
Biology for AP Courses
Julianne Zedalis, John Eggebrecht
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A protein complex in the nucleus is responsible for transporting mRNA molecules into the cytoplasm. Describe the proteins that form this exporter. What two protein groups are probably behind the mechanism involved inthe directional movement of the mRNP and exporter into the cytosol?
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3. Because DNA is found in the nucleus, transcription is a nuclear-localized process. Ribosomes responsible for protein synthesis are found in the cytoplasm. Why is hnRNP trafficking to the cytoplasm restricted to the nuclear pore complexes? 4. A protein complex in the nucleus is responsible for transporting mRNA molecules into the cytoplasm. Describe the proteins that form this exporter. What two protein groups are probably behind the mechanism involved in the directional movement of the mRNP and exporter into the cytosol?

Adi S.

fill-in-the-blanks-some-proteins-shuttle-back-and-forth-between-the-nucleus-and-the-cytosol-this-shuttling-protein-may-have-a-nuclear-localization-sequence-nls-that-will-be-recognized-by-a-p-38244

Some proteins shuttle back and forth between the nucleus and the cytosol. This shuttling protein may have a nuclear localization sequence (NLS) that will be recognized by a protein named ________. This leads to the passage of the two proteins through the nuclear pore complex and the transport inside the nucleus. The protein may also have ________ (three words), recognized by the protein ________ and, due to the _________ (two words) of RNA-GTP, will be transported back out of the nucleus.

Riaan S.

fill-in-the-blanks-some-proteins-shuttle-back-and-forth-between-the-nucleus-and-the-cytosol-this-shuttling-protein-may-have-a-nuclear-localization-sequence-nls-that-will-be-recognized-by-a-p-38244

Some proteins shuttle back and forth between the nucleus and the cytosol. This shuttling protein may have a nuclear localization sequence (NLS) that will be recognized by a protein named ________. This leads to the passage of the two proteins through the nuclear pore complex and the transport inside the nucleus. The protein may also have ________ (three words), recognized by the protein ________ and, due to the _________ (two words) of RNA-GTP, will be transported back out of the nucleus.

Riaan S.


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Transcript

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00:01 So here we have to discuss transpiring mrna molecules and proteins probably behind the mechanism.
00:12 So we will be going point by point as firstly the major molecules that make up the living word are lipids, proteins and one another thing which is known as nucleic acid.
00:37 Proteins and they are the structures, they are built up of the amino acid, the peptides linknage attaches the consecutive amino acid.
00:55 It attaches the consecutive amino acid.
01:00 And in the second point, the protein forms certain complex and aids, in the influx and influx of the substance across membranes.
01:15 Replication and transcription happens in the nucleus.
01:21 The chastola is the site of again translation.
01:31 And in the third point, we will discuss the results of transcription as the result.
01:52 Result of transcription, as we know, messenger riponuclic acid is transported to the cholesterol for the translation to take place...
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