Class I tRNA synthetases recognize their cognate tRNAs through the anticodon or the acceptor stem?
Class I tRNA synthetases recognize their cognate tRNAs through the anticodon or the acceptor stem?
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Class I tRNA synthetases recognize their cognate tRNAs through
the anticodon or the acceptor stem?
15. The different tRNAs are produced by: A. Different aminoacyl-tRNA synthetases that produce tRNAs from ribonucleotides...
15. The different tRNAs are produced by: A. Different aminoacyl-tRNA synthetases that produce tRNAs from ribonucleotides in the cytoplasm B. RNA editing of transcripts of a single tRNA gene C. Alternatively spliced of a single tRNA gene D. Transcription of different tRNA genes in the genome.
Refer to the wobble rules for tRNA–mRNA pairing I presented in class (also see your textbook)....
Refer to the wobble rules for tRNA–mRNA pairing I presented in class (also see your textbook). If we assume that the tRNAs contain no modified bases (e.g., inosine), what is the minimum number of tRNAs that are needed to efficiently recognize the codons for the following amino acids? Please provide the anticodon sequence (& polarity) for each of the tRNAs. a) Arginine b) Serine c) Proline d) Tyrosine
You have identified various tRNAs from a variety of hypothetical orgainisms. Given the anticodon of the...
You have identified various tRNAs from a variety of hypothetical orgainisms. Given the anticodon of the tRNA, determine if each tRNA individually could conform to the nearly universal genetic code. Assume that the tRNA in question can only be charged with one amino acid and it is the same amino acid everytime. If the tRNA is not intended to be charged with an amino acid, it can never be charged with an amino acid. Anticodon: 3' U A I 5'...
You have identified various tRNAs from a variety of hypothetical orgainisms. Given the anticodon of the...
You have identified various tRNAs from a variety of hypothetical orgainisms. Given the anticodon of the tRNA, determine if each tRNA individually could conform to the nearly universal genetic code. Assume that the tRNA in question can only be charged with one amino acid and it is the same amino acid everytime. If the tRNA is not intended to be charged with an amino acid, it can never be charged with an amino acid. Anticodon: 3' U C I 5'...
Please do both! 4. In one to two sentences describe the function of DNA topoisomerases. 5....
Please do both!
4. In one to two sentences describe the function of DNA topoisomerases. 5. Individual amino acids are attached to their corresponding tRNAs: through an ester linkage to the 3-OH in the acceptor stem. through an amide linkage to the anticodon loop. through an amide linkage to the adenine ring at the 3'end of the tRNA. through a phosphoester linkage to the 5' end of the tRNA. None of the above. doooo
1. Anticodon: 3' U A I 5' Could this tRNA conform to the nearly universal genetic...
1. Anticodon: 3' U A I 5' Could this tRNA conform to the nearly universal genetic code? Yes or no
Which of the following correctly describes the process of Translation? I. tRNA anticodon bonds to mRNA...
Which
of the following correctly describes the process of
Translation?
I.
tRNA anticodon bonds to mRNA codon
II.
Ribosome bonds to mRNA strand
II.
Ribosome reaches a STOP codon and detaches from the mRNA
IV.
Each tRNA adds an Amino Acid to the chain as the Ribosome moves
along
the mRNA
V.
Complimentary mRNA strand is made from DNA template
OA. V, I, IV, III B. II, IV, III, I, V C. II, I, IV, III D. V, II, I,...
i am trying to work through several homework problems for a class assignment due tonight. can...
i am trying to work through several homework problems for a
class assignment due tonight. can anyone show me how I would work
through each one of these problems step by step? we are graded on
our methodology so any help, please and thanks greatly, explicitly
detailing the steps for solving the problem (so that I can know
where I might be messing up) would be wonderful
Dconsider the function fW):=v3/+x for XELO,27 a) absdute maximum and an absolute minimum...
I have a class called DataPoint that is defined like the following. Currently, it goes through...
I have a class called DataPoint that is defined like the following. Currently, it goes through each property on an object and based on the DataPoint, it does some formatting like padding, trimming, etc... before it will save the record to the database. The current implementation makes a database call for each property which is slow, so my first step is to get everything at once into an in-memory collection. What else can I do below? Is this a good...
How would I traverse through this graph? Provide example code, please! class Edge { int src,...
How would I traverse through this graph? Provide example code, please! class Edge { int src, dest; Edge(int src, int dest) { this.src = src; this.dest = dest; } }; // class to represent a graph object class Graph { // A list of lists to represent adjacency list List<List<Integer>> adj = new ArrayList<>(); // Constructor to construct graph public Graph(List<Edge> edges) { // allocate memory for adjacency list for (int i = 0; i < edges.size(); i++) { adj.add(i,...
Please do both!
4. In one to two sentences describe the function of DNA topoisomerases. 5. Individual amino acids are attached to their corresponding tRNAs: through an ester linkage to the 3-OH in the acceptor stem. through an amide linkage to the anticodon loop. through an amide linkage to the adenine ring at the 3'end of the tRNA. through a phosphoester linkage to the 5' end of the tRNA. None of the above. doooo
Which
of the following correctly describes the process of
Translation?
I.
tRNA anticodon bonds to mRNA codon
II.
Ribosome bonds to mRNA strand
II.
Ribosome reaches a STOP codon and detaches from the mRNA
IV.
Each tRNA adds an Amino Acid to the chain as the Ribosome moves
along
the mRNA
V.
Complimentary mRNA strand is made from DNA template
OA. V, I, IV, III B. II, IV, III, I, V C. II, I, IV, III D. V, II, I,...
i am trying to work through several homework problems for a
class assignment due tonight. can anyone show me how I would work
through each one of these problems step by step? we are graded on
our methodology so any help, please and thanks greatly, explicitly
detailing the steps for solving the problem (so that I can know
where I might be messing up) would be wonderful
Dconsider the function fW):=v3/+x for XELO,27 a) absdute maximum and an absolute minimum...
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