Question

What does "transfer RNA" actually transfer? Group of answer choices Ribosome Amino acids Codons Transcripts

What does "transfer RNA" actually transfer?

Group of answer choices

Ribosome

Amino acids

Codons

Transcripts

Homework Answers

Answer #1

Answer :- Amino acids.

Explanation :-

The transfer RNA or tRNA is a ribonucleic acid which transfer activated amino acids to the ribosomes to synthesize proteins. It is so small that it remains in the supernatant during centrifugation. Hence it is also called soluble RNA or supernatant RNA. It serves as an adaptor molecules to attach amino acids and then transfer the amino acids to the ribosomes for the synthesis of proteins.

So from the above discussion we can conclude that the answer is " Amino acids".

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Using mRNA strand: ATGGGCTAGTCTT what tRNA codons would bring amino acids into the ribosome?
Using mRNA strand: ATGGGCTAGTCTT what tRNA codons would bring amino acids into the ribosome?
How many codons code for amino acids, including the methionine codon? (1) ______ (1) How many...
How many codons code for amino acids, including the methionine codon? (1) ______ (1) How many codons do not code for amino acids? _______ (1) What do the codons that do not code for amino acids code for? Our book (and lecture) made the point at least twice that eukaryotic pre-mRNA transcripts do not have a definite, consistent end. What does this mean, and why is it so? (2)
What role does the citric acid cycle play in amino acid metabolism? Group of answer choices...
What role does the citric acid cycle play in amino acid metabolism? Group of answer choices breakdown of glucogenic amino acids feeds metabolites into the citric acid cycle amino acid synthesis often relies on intermediates of the citric acid cycle breakdown of ketogenic amino acids feeds metabolites into the citric acid cycle a, b, & c a & b
Which of the following is not an application of DNA/RNA sequencing? Group of answer choices a)...
Which of the following is not an application of DNA/RNA sequencing? Group of answer choices a) Genome sequencing b) Measuring transcription c) Determining the 3-D spatial organization of chromatin in the nucleus d) Detecting alternative splicing forms of gene transcripts e) Mapping epigenetic markers on a genome f) All of the above are possible applications of DNA/RNA sequencing
1. During translation elongation, tRNA's charged with amino acids enter the ribosome at which site? a....
1. During translation elongation, tRNA's charged with amino acids enter the ribosome at which site? a. a site b. t site c. p site d. e site e. z site 2. In eukaryotic transcription the enzyme that primarily transcribes heteronuclear RNA (or pre-messenger RNA) is a. RNA polymerase II b. RNA polymerase III c. reverse transcriptase d. primase e. RNA polymerase I
16. What component of amino acid structure varies among different amino acids? Group of answer choices...
16. What component of amino acid structure varies among different amino acids? Group of answer choices the glycerol molecule that forms the backbone of the amino acid the presence of a central C atom the elements bound to the alpha carbon the long carbon-hydrogen tails of the molecule 14. Which answer correctly describes plant vs. animal cytokinesis? Plant cells deposit vesicles containing cell-wall building blocks on the metaphase plate; animal cells form a cleavage furrow. The structural proteins of plant...
1)What are amino acids? Amino group, carboxyl end, what is the side chain of an amino...
1)What are amino acids? Amino group, carboxyl end, what is the side chain of an amino acid? 2)What are essential and non-essential amino acid. 3)Which are the essential amino acids? 4)Classify the amino acids based on polarity of the R group:
A. Using the genetic code table, answer the following questions: Determine the sequence of amino acids...
A. Using the genetic code table, answer the following questions: Determine the sequence of amino acids from an mRNA sequence CCGUGU Determine the sequence of amino acids from a DNA template strand AATGTT List the start codon List the stop codons
There are two codons for the amino acid lysine: 5’-AAA-3’ and 5’-AAG-3’. Which of the following...
There are two codons for the amino acid lysine: 5’-AAA-3’ and 5’-AAG-3’. Which of the following tRNA anticodon sequences would be able to recognize both of these codons? Group of answer choices 5’-UUU-3’ 5’-UUC-3’ 5’-CUU-3’ 5’-IUU-3’ Question 471 pts There are six codons for the amino acid arginine. Three of these codons are: 5’-CGC-3’ 5’-CGU-3’ 5’-CGA-3’ Which of the following anticodons would be able to recognize all three of these codons? Group of answer choices 5’-ACG-3’ 5’-GCG-3’ 5’-UCG-3’ 5’-ICG-3’ 5’-GCI–3’...
Translation: From RNA to Protein 1. How is it possible that 4 nucleotides can code for...
Translation: From RNA to Protein 1. How is it possible that 4 nucleotides can code for 20 amino acids? 2. What is meant by the fact that the genetic code is redundant? 3. How is tRNA involved in the process of transcription? 4. How is it possible that 31 different tRNAs can translate 64 different codons? 5. Describe the process by which tRNA and amino acids are joined. 6. What is the role of ribosomes in translation? Describe how the...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT