Answer is Termination
Explanation: Complete RNA transcript has synthesized. This means Transcription is over. and arrow indicates removal of RNA polymerase from the RNA-DNA duplex. Therefore it is termination.
Answer can't be initiation as complete RNA transcript has synthesized and removal of RNA polymerase has been shown by an arrow. This cant be elongation as RNA polymerase is removed from RNA-DNA duplex. There is no phase in the transcription so called Disengagement.
Which phase of transcription is shown in the figure below? Completed RNA transcript Initiation Termination Disengagement...
QUESTION 6 During which stage of eukaryotic transcription do the following processes take place? 1. RNA polymerase ll binds to the promoter 2. The RNA transcript released 3. The RNA transcript extended a. 1-termination; 2-initiation; 3-elongation b. 1-nitiation, 2-elongation; 3-termination c. 1-elongation; 2-termination; 3-initiation d. 1-initiation; 2-termination; 3-elongation e. 1-termination; 2-elongation; 3-initiation
RNA polymerase releases the DNA template. Initiation Elongation Termination A process called clearance or escape. The RNA polymerase holoenzyme binds to the promoter A process called clearance or escape. Reaching a terminator sequence causos formation of phosphodiester bonds to stop. The RNA polymerase holoenzyme is formed. Once bound to the promoter, RNA polymerase begins to unwind the DNA. New nucleotides are added to the 3' end of the growing RNA transcript. The RNA-DNA hybrid within the transcription bubble dissociates New...
Describe the process of Prokaryotic RNA transcription in molecular detail You must be able to describe the process and order of events in initiation, elongation, and termination. You must describe the catalytic/biological purpose function of the key proteins/elements in elongation -35 and -10 (Pribnow box) Promoters Sigma factors (does not matter which one) RNA Polymerase (including structure and subunits and mechanism) Rho-independent and rho-dependent termination How sequence composition affects promoter function
QUESTION 12 Which stage of transcription in eukaryotes requires transcription factors? a) initiation b) elongation c) termination d) initiation and elongation e) all of these
QUESTION 12 Which stage of transcription in eukaryotes requires transcription factors? O a) initiation Ob) elongation c) termination d) initiation and elongation e) all of these
2. Transcription can be divided into 3 main stages: initiation, elongation, and termination, List the role and key characteristics of each stage in transcription
Which of the following is true for transcription in E. coli, but not for transcription in humans? a. Transcription requires RNA polymerase to add nucleoside triphosphates to the 3' end of the growing transcript (RNA). b. Transcription does not require primers during initiation or elongation. c. Transcription requires promoters, which have mostly adenines and thymines. d. Transcription produces polycistronic mRNA that includes several coding regions within one transcription unit.
What DNA/RNA/protein(s) is/are involved in the following processes in... DNA Replication Transcription - Prokaryotes Transcription - Eukaryotes What serves as the template? Unwinding of DNA Initiation Elongation What direction does elongation occur? Termination What is the end product of this process? How many strands? Processing after?
can you make an outline/ give each step of transcription/ rna processing from: DNA to pre-mRNA processing initiation elongation termination transcription regulation transduction pathways, transcription factors, protein bridges termination/processing adding 3' poly A tail intron splicing alternative splicing lariat structure coupling transcription self splicing introns
For the unrelated radical reactions shown below, identify the reaction type: initiation, propagation, or termination. initiation propagation termination initiation propagation termination initiation propagation termination