Which of the following processes increases the number and diversity of translated proteins?
Which of the following processes increases the number and diversity of translated proteins?
Transcription
Replication
Translation
Splicing
Phosphorylation
Denaturation
Homework Answers
transcription: the process of producing RNA using DNA as the template
Replication: the process of producing new DNA strand using DNA as the template
translation:: the process of producing protein by the ribosome.
splicing: the process of removal of introns and joining of exons to get the mature mRNA in eukaryotes.
phosphorylation: the process of addition of phosphate group.
alternative splicing can occur, alternative splicing is the differential removal and addition of exons, so from a single gene, different mRNAs can be produced, that is from a single gene different proteins can be produced.
alternative splicing can increase the number and the variety of proteins so the answer is splicing.
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Which of the following processes increases the number and diversity of translated proteins?
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Help please!!
1.
2. 3. 4. 5. As you are sitting here,
which of the following processes are likely occurring in your body?
Click all that apply.
DNA replication
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The following strand of of DNA undergoes mutation. original strand: 3' -TAT AAAGATACGTCACCAACGTGACT- 5' Mutated strand: 3' -TATAAAAGATACGTTACCAACGTGACT-5' What is the specific name for this mutation? codon table.jpg...
Select all the processes that make the proteome more complex than the genome. RNA editing genome replication peptide bond formation alternative splicing What statement best explains an additional reason for the complexity of the proteome? O Covalent modifications of DNA, such as methylation, increase proteome complexity by altering translation by the ribosome. The ability of ribosomes to translate mRNA in either the 5' to 3' or the 3' to 5' direction increases proteome complexity. The diversity of amino acids increases...
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QUESTION 1 Where do repressor proteins bind? Repressor sequence o 3' UTR Activator sequence • Operator sequence A frameshift mutation: (choose all that apply) can change the splicing of a protein can change the amino acid sequence can change protein size can revert a deletion mutation QUESTION 3 Which of the following is the critical regulatory stage for the majority of genes? mRNA splicing Initiation of translation mRNA transport • Initiation of transcription QUESTION 4 Attenuation...
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Help please!!
1.
2. 3. 4. 5. As you are sitting here,
which of the following processes are likely occurring in your body?
Click all that apply.
DNA replication
phosphorylation of ADP to ATP
mitosis
translation
anaerobic cellular respiration
transcription
crassulacean acid metabolism
non-spontaneous reactions
hydrolysis of ATP
cellular respiration
photosynthesis
photorespiration
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