What is the difference between transcription and translation? Both occur in three steps/stages. What are the...
What stages of transcription requires GTP hudrolysis? (Please specify which stages) What stages of translation requires GTP hydrolysis? (Please specify which stages, not how many GTP is used) Please list what statement applies to Intermediate filaments (IF), microtubules (MTs) or actin filaments (AF). Some statements may apply to more than one filament type. a) End is stabilized with a GTP-cap b) Polymerization occurs at the + end c) Filament does not have polar ends d) Motor proteins can move along...
10. Discuss and list the similarities and differences in the events that occur during the stages of initiation, lengthening, and termination of transcription and translation. Process Similarities Differences Stages Initiation Lengthening Termination Initiation Lengthening Termination Transcription Translation
Demonstrate the difference between transcription-translation coupling and separation through application in developmental biology. I suggest the early stages of development, like post-zygote. Carbon fixation pathways among the bacteria and archaea are said to be diverse. Do living examples exist that could serve as a demonstration of biochemical progression of carbon fixation?
-Stages of transcription (in detail for each step) - what components are required -Modifications of RNA (on the ends of mRNA, on the interior of mRNA) -why are these modifications important? -Ways to cut out introns (i.e. Splicesomes) -Alternative splicing Translation -TRNA structure and function -What controls accurate translation -wobble effect of tRNAS -general concept of how translation works using mRNA, ribosome, anticodon, tRNA -3 stages of translation (in detail) -initiation -elongation -termination
What are the steps from DNA to protein in a cell? What is the difference between transcription and translation? What amino acids does this mRNA code for?
4. When & where does replication occur? 5. What is the point of transcription? Where does it occur? 6. What are three nucleotides together called on mRNA? (ie: ACA) 7. The mRNA codons can be used in a chart to find: 8. What molecule contains an anti-codon? During what process is it used? 10. Translation takes place in a 11. and _make up ribosomes. 12. What is the point of translation? 13. Transcription and translation together is the process of
1. Describe the three stages in transcription in prokaryotes and note the functions of the enzymes that are involved for each. 2. Describe three ways in which transcription in in eukaryotes is different from that of prokaryotes. 3. At what stage of transcription do these alterations take place in? Initiation, Elongation or Termination? 4. Draw a prokaryotic gene with the following features: a. A promoter region with -35 and -10 consensus sequences. b. The start point of transcription with first...
1. What is the significance of transcription and translation in overall physiology of Human or bacterial cells? 2. What is transcription? 3. What is translation? 4. What are the differences between Transcription and replication 5. What're the differences between the Transcription and Translation process in human cells versus bacterial cells? 6. What are the functions of RNA polymeraseI, Il and 1lI? 7. What is a promoter and what are the important sequences within a promoter? 8. What is the role...
Summarize the relationship between genes and proteins . Explain the purpose of transcription and translation. Describe the steps of transcription I State the enzyme or structures that perform transcription and translation. Contrast prokaryotic and eukaryotic mRNA . Describe the process of translation .Describe the role of tRNA in translation . Explain the role of codons and anticodons in translation. Explain the significance of stop codons and start codons. Given a double stranded DNA gene sequence, be able to produce the...
What are the differences between eukaryotic and bacterial transcription? Bacteria can do a unique co-transcriptional translation while eukaryotes normally are not able to. Why is so?