personal/eenongen_my_tnstate_edu/_layouts/15/doc.aspx?sourcedoc={a6b083c9-a226-4c31...O Search (Option + Q)ReviewViewHelpEditing vA BI U Ov=<=v 三 v...Question 13Zinc finger nuclease is a Gene editing tool:which uses a site-specific endonucleasescontaining a DNA-cleavage domain and amodular DNA-binding domainRNA-guided endonucleasesprogrammable nucleasesExonucleaseQuestion 14Which elements are required for DNA to behave as a chromosome in yeastcells:a centromerean autonomous replicating sequencetwo telomeresAntibiotic selection markerQuestion 15A series of such clones where the insert of each clone partially overlaps thatof its neighbors with no gaps is known as aClone ContigDNA fingerprintingA tiling pathGenomeMacBook Pro

Zinc finger nuclease is an artificial restriction enzyme generated by the fusion of zinc associated…

Question 13 Zinc finger nuclease is a Gene editing tool: 图 which uses a site-specific endonucleases containing a DNA-cleavage domain and a modular DNA-binding domain RNA-guided endonucleases programmable nucleases Exonuclease 亨 Question 14 Which elements are required for DNA to behave as a chromosome in yeast cells: a centromere an autonomous replicating sequence two telomeres Antibiotic selection marker Question 15 A series of such clones where the insert of each clone partially overlaps that of its neighbors with no gaps is known as a Clone Contig DNA fingerprinting A tiling path Genome

Question 13 Zinc finger nuclease is a Gene editing tool: 图 which uses a site-specific endonucleases containing a DNA-cleavage domain and a modular DNA-binding domain RNA-guided endonucleases programmable nucleases Exonuclease 亨 Question 14 Which elements are required for DNA to behave as a chromosome in yeast cells: a centromere an autonomous replicating sequence two telomeres Antibiotic selection marker Question 15 A series of such clones where the insert of each clone partially overlaps that of its neighbors with no gaps is known as a Clone Contig DNA fingerprinting A tiling path Genome

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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What is the Shine-Dalgarno sequence? Question 15 options: A consensus sequence in prokaryotic promoters A consensus sequence in eukaryotic promoters A consensus sequence in eukaryotic enhancers A consensus sequence in prokaryotic mRNA that binds to rRNA A consensus sequence in eukaryotic mRNA that binds to rRNA
How does the sigma factor of E. coli RNA polymerase bind to promoters?Question 10 options: a region of the protein binds to a stem-loop structure in the DNA a region of the protein binds to a stem-loop structure in the RNA a region of the protein inserts into the minor groove of the DNA a region of the protein binds to the negatively charged backbone of the DNA a region of the protein inserts into the major groove of the DNA
Which of the following are the enzymes involved in post-transcriptional modification? Question 50 options: RNA polymerase and spliceosomes none of the options are correct RNA polymerase and poly-A polymerase RNA polymerase, poly-A polymerase, and spliceosomes poly-A polymerase and spliceosomes
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Question 1: Look at the following normal and mutant DNA sequences. Normal Sequence (5'-3'): ATG AAC GTT ATC GCA Mutated Sequence (5'-3'): ATG AAT GTC ATC GCA a) What type of mutation has occurred (be specific)? b) Fill in the table for the normal and mutated sequences. Starting with the given 5'-3' sequence, input the complementary DNA, transcribed RNA from the 3'-5' DNA and translated polypeptide sequence for both. Hint: use the codon table! Normal sequence Mutant sequence DNA 5'-3' (given) DNA 3'-5' RNA Polypeptide (use 3 letter codes) c) Based on parts A and B above, what is the ultimate effect this mutation has had on the polypeptide? (1 sentence summary)
b) Among the progeny from the Hfr3 mating above, you find one that has the genotype: Abc de F Draw out the gene transfer and crossover(s) that produced this outcome: c) Among the progeny from the Hfr3 mating above, you find one that has the genotype: A B c d e f Draw out the gene transfer and crossover(s) that produced this outcome:
In Rho-independent termination of transcription (does NOT need the Rho protein), why does the mRNA fall off" of the template DNA?"Question 16 options: because the polymerase pauses over an AT-rich region of DNA because a helicase protein disrupts the H-bonds in the RNA:DNA hybrid because a stem-loop in the mRNA changes the conformation of the NusA protein because a stop codon is reached
can it be explained in depth please with a very broad explanation on definitions. minimum 800 words
QUESTION 21 What model is currently accepted for DNA replication? O Conservative Model Semi-Dispersive Model O Semi-Conservative Model O Dispersive Model QUESTION 22 Which of the following enzymes replicates DNA? O DNA polymerase O Helicase O Ligase O RNA polymerase QUESTION 23 The lagging strand is svnthesized in:. Click Save and Submit to save and submit. Click Save All Answers to save all answers. Type here to search
What is the function of reverse transcriptase?
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QUESTION 2 If you made a change in the DNA of a promoter sequence that inactivates the promoter, what would happen at the RNA level? O The DNA helicase would not be able to recognize and bind the DNA, so the RNA would not be made The mutation of the DNA would be carried through to the RNA sequence The RNA polymerase would not be able to recognize and bind the DNA, so no RNA would be made Nothing, because the RNA would be made as usual