Transfer RNA (tRNA) brings amino acids to the ribosome during translation. The ribosome then forms peptide bonds between the amino acids that create a polypeptide chain. Answer and Explanation:1 Become a Study.com member to unlock this answer!Create your account ...
What brings amino acids to the ribosomes? What is/are the product(s) of translation? Choose all that apply: A: mRNA B: tRNA C: proteins D: DNA What is RNA sequencing What does mRNA carry from the nucleus? What are ribosomes?
tRNA is encoded by DNA in the cell nucleus and transcribed with the help ofRNA polymeraseΙΙΙ. Figure: Structure of Mature tRNA. Created with biorender.com Properties of tRNA tRNA can make hydrogen bonds with mRNA and also can form ester linkage with amino acids, thus linking mRNA with th...
In eukaryotes, translation and transcription occur in different places, so they need to be transported extensively. Hence, mRNA molecule travels from the nucleus to the cytoplasm. What is tRNA? The main function of transfer RNA or tRNA is to carry amino acids to the ribosomes and interact with...
C) RNA polymerase binds the DNA promoter and builds an mRNA molecule. D) RNA Which of the following is not true of DNA? A) It is found in the nucleus. B) It contains our genes. C) It carries amino acids ...
What type of RNA carries each amino acid to a ribosome during protein synthesis? What does mRNA do in protein synthesis? What does tRNA do? a) mRNA Stores genetic code, hangs out in the nucleus until DNA copies it and brings it to the ribosome. tRNA Facilitates the movement of DNA to ...
Which type of RNA that travels to the ribosome after being transcribed in the nucleus? a. tRNA b. sRNA. c. rRNA d.mRNA mRNA is used in a process called to put amino acids in sequences to make a protein. The site of ...
a) mRNA Stores genetic code, hangs out in the nucleus until DNA copies it and brings it to the ribosome. tRNA Facilitates the movement of DNA to the ribosome along molecular transport channels. tRNA has the following sequence in its anticodon: 5'-GAA-3...
In this model, a massless auxiliary charged “Drude particle” is attached to each nucleus by a spring [51,52]. Proteins with charged residues can benefit from polarizable force fields but the largest impact is likely to occur in highly charged systems such as nucleic acids [50]. The ...