Show where practical cloning protocols copy features of central dogma
Show where practical cloning protocols copy features of central dogma
There are three RNA's associated with The Central Dogma. Explain how they occur, where they might be found, and what they do.
Describe how the precursors for carrying out the central dogma are synthesized. Explain where the elements required to build those precursors could have come from.
Draw a Concept Map of the Central Dogma in order to summarize and connect the concepts. Write DNA- >RNA->protein in the center of your page. Add the essential terms (objects and processes) on the post class pages for replication, transcription and translation. Link (connect) these terms with very short active phrases. i.e. binds to, makes a copy of, are made of. These maps can get messy but the process of making map is more important than finished product. Your grade...
PART 2-1 point. What is the central dogma? DNA -2 Name the process: What catalyzes reaction? What sequence initiates it? What else binds this sequence? Occurs in what stage of cell cycle? Where does reaction occur? Template is read in what direction? New molecule is made in what direction? Replication
Central Dogma and the Spider Silk Goats Introducing DNA Sequences called Promoters So why is the spider sillk protein ONLY made in A PROMOTER is a non-coding DNA the mammary tissues ofsequence that controls the goat?!?!?! when and where a gene is turned on" (transcribed)! We know enough about promoters that we can engineer where a particular gene is expressed (switched on) and its protein is made. Promoter Transcription unit 3' DNA Start point RNA polymerase We were unable to...
As the text explains, “in practical terms central banks set their short-term [key policy] interest rate instrument based on their inflation target and their assessment of current and future economic conditions. This approach is described by [the Taylor] policy rule for setting the [key policy] interest rate.” The Taylor Rule is given as follows: i = i0 + ∝ (π- π*) + β [(Y- Yp)/Yp] i. how this “Taylor Rule” responds to where, (1) the current rate of inflation, π...
7. Explain the procedure for cloning DNA fragment into the plasmid PBR322 (shown on the right) (S pts.). The gene fragment of interest was obtained by digestion of chromosomal DNA with the restriction enzyme Sall and subsequent purification using agarose gel electrophoresis. Which antiblotic would you use in the final step of the cloning procedure, and Pst why? EcoR Sal Ampicillin Tetracycline resistanica(Ter Amp) PBR322 4,361 bp) Origin of replicatiorn (ori Pvull 8. Assume that your gene fragment from question...
As the text explains, "in practical terms central banks set their short- term [key policy) interest rate instrument based on their inflation target and their assessment of current and future economic conditions. This approach is described by [the Taylor] policy rule for setting the [key policy) interest rate." The Taylor Rule is given as follows: i = 10 + < (TT- T*) + B [(Y- Yp)/Yp] i. Explain carefully how this "Taylor Rule" responds to where, (1) the current rate...
Copy of Shown below is a plasmid containing several labeled sequences. Multi-cloning site (CS) Transcription terminator Promoter TATA box original replication a) Based on the sequences it contains, is this plasmid intended for gene expression in eukaryotes or prokaryotes? How do you know? (3 pts) b) Based on your answer to part A, describe the promoter & terminator regions in a little more detail. What is a consensus sequence you would expect in the promoter? And what sorts of sequences...
please show equations used & dont copy other
solutions
A machine fills boxes weighing Y lb with X lb of salt, where X and Y are normal with mean 100lb and 5 lb and standard deviation 1 lb and 0.5 lb, respectively. What percent of filled boxes weighing between 104 lb and 106 lb are to be expected?