DNA synthesis place by semi conservative model. One of the DNA strand is parental in origin and one of them is newly synthesized in the daughter DNA molecule.
DNA synthesis is continuous on the leading strand but it is discontinuous on the lagging strand. On the lagging strand, it takes place by the formation of short fragment of DNA called as okazaki fragments. Later this fragments are joined together by the action of enzyme ligase.
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Luoto > Resources Give Up? The diagram depicts DNA that is undergoing replication. Identify the components...
Draw a diagram showing a portion of a chromosome undergoing replication. Label the leading and lagging strands, and replication fork. What are the roles of DNA polymerase and RNA polymerase? How does this process represent semi-conservative replication?
Below is a figure of a DNA molecule undergoing replication. The arrow indicates the direction the replication fork is moving during synthesis. From the list provided, indicate which option fits best in each box on the diagram. 21 [ Choose ] leading strand template strand lagging strand 22 [ Choose ] leading strand template strand lagging...
2) (2 pts) The diagram below depicts two Okazaki fragments synthesized during lagging strand DNA replication. Which arrow indicates the position at which the synthesis of the next RNA primer will be initiated? Circle the correct letter 3 5 Template strand 3) (2 pts) The E. coli genome encodes 3 different DNA polymerases, namely, L,II and II. a) Which one has 5' to 3' exonuclease activity? Why? b) Which one is most abundant?
nment Score: Resources [ Give Up? Hint Check Answer on 25 of 26 > Attempt 4 Identify the compounds as organic or inorganic Organic compounds Inorganic compounds CH,CH.CH CH, -0 A Bank
Assignment Score: 75% Resources Hint Check Answer Question 10 of 12 > 1001 Correct Transcription Replication Both 100% Correct 100 Correct Answer Bank & 0 acts on only one strand localized in the cytoplasm in prokaryote cells RNA primase is required catalyzed by DNA polymerase $ catalyzed by RNA polymerase
A) Explain lagging strand DNA replication in detail. Underline the following terms in your answer: replication fork, DNA polymerase III, primase, and ligation. Make sure that your answer is complete and that all the entities that come together in the process of lagging strand replication are clearly explained. Draw one figure of a replication fork with the polarity (directionality) of each DNA strand indicated. G) Explain RNA transcription in E. coli in detail, from initiation to termination. Underline the following...
Replication, Transcription, and Translation >> Use the provided DNA sequence to generate an amino acid sequence > Replication: use base pairing rules (A-T, C-G) to create a new strand of DNA Transcription: use the new strand of DNA to make a strand of RNA; don't forget that RNA uses U instead of T > Translation: use the genetic code to determine the amino acid sequence w BEUTE ZERBS 21 Second letter WAU) Tyr Urddon Stop UGI UAG Stop UGG Osclone...
Identify the components of replication, transcription, and translation processes. Replication transcription translation DNA polymerase, deoxynucleoside triphosphate, primer, RNA polymerase, nucleoside triphosphate, transfer RNA, ribosome, messenger RNA , promoter, ribosomal RNA
2. DNA REPLICATION. Fill in the blank and give a definition for DNA Replication a) DNA replication is the basis for which is a fundamental process that occurs in all living organisms which copies their DNA for cach cell and in order to produce offspring. In the process of DNA Replication each c) Following DNA replication, two identical DNA molecules have been produced from a single double-stranded DNA molecule. Label the diagram. DNA REPLICATION 2000woods wood 20000000s: x200000k: d) WHEN...
Answer the following genetics questions: a. In detail describe the process of DNA replication. Be sure to include all the major enzymes (gyrase, helicase, ligase, polymerase, primase), SSBs, replication fork, Okazaki fragments, and strand types (leading v. lagging). Draw and label a diagram of a replication bubble and replication forks. b. Describe and differentiate among the primary, secondary, and tertiary structures of a protein. To what kinds of interactions can each of these stages be ascribed? c. What are...