Question

moose the correct alphabet (letter, noting that each and may have only ch answer can be used more than once Answers a Eukaryotic mRNAS b.Prokaryotic mRNAs e . Transfer RNAS d. RNAs f. All RNAS e. Pre-mRNA the have a cloverleaf structure are synthesized by RNA polymerases the RNA that has the anti-codon are the template of genetic information during protein synthesis contains exons and introns is a structural component of the ribosome is the RNA that goes into the cytoplasm and are capped on their s' end and polyadenylated on their 3 end. the correct Alphabet (letter) in the space provided Transcription Translation B. tRNA C. rRNA D. SnRNA E. RNA polymerase II F.mRNA G. RNA polymerase I The RNA polymerase that is responsible for the synthesis of mRNA. with proteins, this RNA forms complexes that are used in eukaryotic RNA processing The RNA that encodes (in the form of nucleotides), the amino acid sequence of polypeptide. brings amino acids to ribosome/s during translation. with ribosomal proteins makes up the ribosomes -- the structures on which mRNA is translated to produce a polypeptide chain. is the conversion of mRNA base-sequence information into amino acid sequence of a poly peptide chain. 13. write the correct Alphabet (letter) in the space provided.Promoter -3 f. Exons 5 g. Introns end → COOH end h. Activators ancers i. Transcription j. Translation 14. is the synthesis of a single stranded RNA copy of a segment of DNA. 15. Found at -35 nucleotides from the transcription site. The direction of translation of mRNAs . tion

Answer 1

1. c. transfer RNAs

2.f. All RNAs

3. c. transfer RNAs

4.e. Pre mRNA (become mRNA through RNA processing)

5.a. Eukaryotic mRNAs (introns are removed through splicing)

6.e. Pre-mRNA (also rRNA)

7.a. Eukaryotic mRNAs

8. G. RNA polymerase I

9. C. rRNA

10. F. mRNA

11.B. tRNA

12. E. RNA polymerase II

13. A. Translation (mRNA to proteins/amino acids/polypeptide)