Biology
Biology, 13.09.2019 04:30, yungjosa

Within a cell, the amount of protein made using a given mrna molecule depends partly on
a. the degree of dna methylation.
b. the rate at which the mrna is degraded.
c. the number of introns present in the mrna.
d. the types of ribosomes present in the cytoplasm.

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Biology, 20.07.2019 16:30, gabrielar80
Can someone tell me if this is accurately put together? transcription and translation are a gene expression, in the process of transcription the information stored in a gene's dna is transferred to rna in the cell nucleus. an enzyme called rna polymerase catalyzes (rna polymerase is the main transcription enzyme it is crucial because it carries out transcription, the process of copying dna into rna) the formation of a pre-mrna molecule. which then is processed to make mature mrna, the resulting mrna is a single-stranded copy of the gene, which next must be translated into a protein molecule. in translation, the rna molecule made in transcription delivers information from the dna to the protein building machines,proteins are made from a sequence of amino acids. in transcription, the dna of a gene serves as a template for base-pairing, base pairing is the process that mrna directs protein synthesis with the of trna in translation. as the mrna passes through the ribosome, each codon interacts with the anticodon of a trna molecule. rrna works with a set of proteins to make ribosomes, they are complexes of rrna molecules and proteins. within the ribosome, the rrna molecules direct the catalytic steps of protein synthesis the stitching together of amino acids to make a protein molecule. these structures, which physically move along an mrna molecule, catalyze the assembly of amino acids into protein chains. they also bind trnas and various other molecules necessary for protein synthesis.
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