Question

match the correct statement for each term related to gene expression. * 40 points gene expression transcription translation mrna nucleus cytoplasm ribosc molecule produced after translation cellular structure that reads rna codons to convert into amino acid sequences the molecule created from transcription

Explanation:

To solve this gene expression matching problem, we analyze each term:

1. Gene Expression: The overall process of using a gene to make a functional product (protein or RNA).
2. Transcription: The process of creating mRNA from a DNA template (occurs in the nucleus).
3. Translation: The process of converting mRNA codons into amino acid sequences (occurs at ribosomes in the cytoplasm).
4. mRNA: The molecule produced after transcription, carrying genetic code to ribosomes.
5. Nucleus: The cellular structure where transcription occurs (DNA is here).
6. Cytoplasm: The cellular region where translation occurs (ribosomes are here).
7. Ribosome: The cellular structure that reads mRNA codons to assemble amino acids into proteins.

We match each description to the term:

• "Molecule produced after transcription" → mRNA (transcription makes mRNA).
• "Cellular structure that reads RNA codons to convert into amino acid sequences" → Ribosome (ribosomes perform translation).
• "The molecule created from transcription" → mRNA (transcription’s product is mRNA).

(Note: For full matching, apply these logic steps to all descriptions, using definitions of gene expression, transcription, translation, and roles of mRNA, nucleus, cytoplasm, ribosome.)

Answer:

(Example matches, adjust for all items):

• "Molecule produced after transcription" → mRNA
• "Cellular structure that reads RNA codons to convert into amino acid sequences" → Ribosome
• "The molecule created from transcription" → mRNA

(For the full table, systematically apply gene expression, transcription, translation, and cellular component roles to each description.)