Genetic expression involves transcription and translation. Match the structure or molecule to the step site where amino acid combines with tRNA intron sequences are removed and exons are combined together makes RNA more stable in the cytoplasm region of DNA with sequences that combine with RNA polymerase transcribed strand that will go on to translation connects amino acid to polypeptide chain and leaves tRNA site where tRNA with amino acid enters the ribosome recognized by the protein synthesis machinery enzyme that connects RNA nucleotides to DNA template part of tRNA with nucleotides complementary to mRNA 1. peptide bond 2. antisense strand 3. 5' cap 4. anticodon loop 5. RNA polymerase 6. A site 7. splicing 8. promoter region 9. acceptor stem 10. poly-A tail

Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Genetic expression involves transcription and translation. Match the structure or
molecule to the step
site where amino acid
combines with tRNA
intron sequences are
removed and exons are
combined together
makes RNA more stable in
the cytoplasm
region of DNA with
sequences that combine
with RNA polymerase
transcribed strand that
will go on to translation
connects amino acid to
polypeptide chain and
leaves tRNA
site where tRNA with
amino acid enters the
ribosome
recognized by the protein
synthesis machinery
enzyme that connects
RNA nucleotides to DNA
template
part of tRNA with
nucleotides
complementary to mRNA
1. peptide bond
2.
3.
antisense strand
4. anticodon loop
5. RNA polymerase
5' cap
6. A site
8.
7. splicing
9.
promoter region
acceptor stem
10. poly-A tail
Transcribed Image Text:Genetic expression involves transcription and translation. Match the structure or molecule to the step site where amino acid combines with tRNA intron sequences are removed and exons are combined together makes RNA more stable in the cytoplasm region of DNA with sequences that combine with RNA polymerase transcribed strand that will go on to translation connects amino acid to polypeptide chain and leaves tRNA site where tRNA with amino acid enters the ribosome recognized by the protein synthesis machinery enzyme that connects RNA nucleotides to DNA template part of tRNA with nucleotides complementary to mRNA 1. peptide bond 2. 3. antisense strand 4. anticodon loop 5. RNA polymerase 5' cap 6. A site 8. 7. splicing 9. promoter region acceptor stem 10. poly-A tail
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