Homework Answers
The complementary base-pairing of RNA to RNA is essential because of the RNA form complex structures complementary base pairing helps to stabilize them. The prokaryotes have a single RNA polymerase, which synthesizes all the RNAs. During translation, the presence of the complementary bases on the RNA helps it to bind to the rRNAs, which is essential for translation. Moreover, in prokaryotes, the process of translation starts even before the transcription has completed. The presence of the complementary base pairs helps to avoid the self-pairing and allowing to to only bind to the rRNA to start transplation.
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Complementary base-pairing is important in processes involving DNA and RNA, including gene expression. Describe...
Question 1 1 pts Why is it important for DNA to have complementary base pairing? O...
Question 1 1 pts Why is it important for DNA to have complementary base pairing? O Complementary base pairing allows base pairs to be packed in the most energetically favorable arrangement inside of the double helix structure. O Complementary base pairing will pair a purine with a purine, which are a similar width, thus they are able to hold the sugar-phosphate backbone an equal distance apart along the DNA molecule o Complementary base pairing is only important for maintaining the...
DNA, RNA, nucleotides, plasmid, helicase, DNA polymerase, primase, RNA primer of DNA replication
Define termsDNA, RNA, nucleotides, plasmid, helicase, DNA polymerase, primase, RNA primer of DNA replication, mutation, gene, amino acid, polypeptide chain, protein, codon, promoter region of a gene, RNA polymerase, transcription, mRNA, tRNA, RNA, ribosomes, translation, gene expression, conjugation, conjugative pilus, transformation, transductionExplain concept or process• Describe how nucleotides are linked together to form a single strand of nucleic acid• Explain the concept of a complementary pairing • Describe how DNA replication occurs in bacteria • Explain why a primer is necessary for...
the several other 10.4 to show t 3. The base uracil substitutes for the base thymine in RNA. Complete Table ways...
the several other 10.4 to show t 3. The base uracil substitutes for the base thymine in RNA. Complete Table ways RNA differs from DNA Table 10.4 DNA Structure Compared with RNA Structure RNA Sugar Bases Strands Helix DNA Deoxyribose Adenine, guanine, thymine, cytosine Double stranded with base pairing Yes Complementary Base Pairing Complementary base pairing occurs between DNA and RNA. The RNA base uracil pairs with the DNA base adenine; the other bases pair as shown previously. Complete Table...
DNA DNA Replication: ONA Because DNA Is the ge m Tumes and heart e ine in...
DNA DNA Replication: ONA Because DNA Is the ge m Tumes and heart e ine in process called DNA curs in the nucleus of s acest FS Parent strand Parent strand Newly replicated DNA Newly replicated DNA- SA0 Daughter DNA molecule Daughter DNA molecule Figure 8.2: Overview of DNA replication and illustration of complementary base pairing. DNA must replicate before cell division so that each new daughter cell receives an exact copy of the parent DNA. 1. Replication begins when...
Choose two (2) of the mechanisms of gene expression regulation in eukaryotic cells denoted by rows...
Choose two (2) of the mechanisms of gene expression regulation in eukaryotic cells denoted by rows shown (7 possible in the Figure below. I will only grade your first to for completeness and will NOT grade any more that you write. If you do an EXTRAODINARY job on your answers, you may ear bonus points For each of your choices answer the following 4 questions using COMPLETE sentences 1. What are the base structural differences between molecules (pink, blue or...
need help with part c Scie Clas Class DNA to Proteins (Gene Expression) You are given...
need help with part c
Scie Clas Class DNA to Proteins (Gene Expression) You are given the DNA template: 3' A-A-T-A-G-T-A-C-G-C-G-A-G-T-C-G-T-G-A-T-G-A-A-A- T-T-C-TS' Complete the following exercise: A. DNA replication. Write the sequence of complementary bases produced if the above DNA template undergoes replication. 3'A-A-T-A-G-T-A-C-G-C-G-A-G-T-C-G-T-G-A-T-G-A-A- A-T-T-C-T5' 3 T-T-A-T-C-A-T-G-C-G-C-T-C-A-G-C-A-C-t-A-C-T-T- T-A-A-G-AS' B. Transcription. Using the original DNA template, construct the sequence of nucleotide bases for the transcribed RNA strand. 3'AAT-AGT -ACG-CGA-GTC-GTG -ATG-AAA -TTC-T 3'UVA - UCA-UGC-GCU-CAG-CAC-AC - VUU-AAG-A5 C. Translation. Using the mRNA...
4. The CRISPR-Cas9 system is an important new technique in molecular biology. What is the natural...
4. The CRISPR-Cas9 system is an important new technique in
molecular biology. What is the natural function of this system?
Describe how you would use this system to generate a null mutation
in another organism (i.e. explain Figure 6-43). How does it work?
What is the modification of the method that allows for correction
of a mutation (e.g. the mouse crystalline gene)? And lastly, what
are the problems with the CRISPR system?
FIGURE 6-43 Single-nucleotide mutations
can be introduced into...
ASSIGNMENT For the DNA sequence given below, write the complementary DNA sequence that would complete the...
ASSIGNMENT For the DNA sequence given below, write the complementary DNA sequence that would complete the double-strand. DNA 3’—A T T G C T T A C T T G C A T -- 5’ DNA 5’-- Does it matter which strand is the ‘code strand’? The following two sequences look identical, except one runs 3’-5’ and the other 5’-3’. For each DNA sequence given below, write the mRNA sequence that would be coded from it. Make sure you indicate the direction of each mRNA strand (i.e. 3’ and 5’ ends). Use the Universal triplet code to...
ASAP please .. Hey, I need help answering these questions, about the introduction of an article...
ASAP please ..
Hey, I need help answering these questions, about the introduction
of an article about HIV inhibition using adenovirus-delivered
CRISPR/CAS9. Thaanks!!
strand, resulting in double-stranded breaks (DSBs) that trigger cellular repai mechanisms. In eukaryotes, the DSBs are more commonly repaired by the mechanism ot error prone non ho mologous end joining (NHEJ), therefore generating sequence changes, for instance insertions and deletians (indels), around the DSBs. Owing to the simplicity of manipulation and versati ity, the CRISPR/Cas9 system has been...
1. Which of the following are the sites within the human body where carbon dioxide and...
1. Which of the following are the sites within the human body where carbon dioxide and oxygen are exchanged? A. Alveoli B. Arteries C. Synapses D. Venules 2. Which of the following describes the most important reason for repeating an experimental investigation? A. To verify the validity of the original findings B. To expand upon the original investigation C. To manipulate the independent variable D. To attempt to disprove the hypothesis 3. Lithium has an atomic number of 3 and...
Question 1 1 pts Why is it important for DNA to have complementary base pairing? O Complementary base pairing allows base pairs to be packed in the most energetically favorable arrangement inside of the double helix structure. O Complementary base pairing will pair a purine with a purine, which are a similar width, thus they are able to hold the sugar-phosphate backbone an equal distance apart along the DNA molecule o Complementary base pairing is only important for maintaining the...
the several other 10.4 to show t 3. The base uracil substitutes for the base thymine in RNA. Complete Table ways RNA differs from DNA Table 10.4 DNA Structure Compared with RNA Structure RNA Sugar Bases Strands Helix DNA Deoxyribose Adenine, guanine, thymine, cytosine Double stranded with base pairing Yes Complementary Base Pairing Complementary base pairing occurs between DNA and RNA. The RNA base uracil pairs with the DNA base adenine; the other bases pair as shown previously. Complete Table...
DNA DNA Replication: ONA Because DNA Is the ge m Tumes and heart e ine in process called DNA curs in the nucleus of s acest FS Parent strand Parent strand Newly replicated DNA Newly replicated DNA- SA0 Daughter DNA molecule Daughter DNA molecule Figure 8.2: Overview of DNA replication and illustration of complementary base pairing. DNA must replicate before cell division so that each new daughter cell receives an exact copy of the parent DNA. 1. Replication begins when...
Choose two (2) of the mechanisms of gene expression regulation in eukaryotic cells denoted by rows shown (7 possible in the Figure below. I will only grade your first to for completeness and will NOT grade any more that you write. If you do an EXTRAODINARY job on your answers, you may ear bonus points For each of your choices answer the following 4 questions using COMPLETE sentences 1. What are the base structural differences between molecules (pink, blue or...
need help with part c
Scie Clas Class DNA to Proteins (Gene Expression) You are given the DNA template: 3' A-A-T-A-G-T-A-C-G-C-G-A-G-T-C-G-T-G-A-T-G-A-A-A- T-T-C-TS' Complete the following exercise: A. DNA replication. Write the sequence of complementary bases produced if the above DNA template undergoes replication. 3'A-A-T-A-G-T-A-C-G-C-G-A-G-T-C-G-T-G-A-T-G-A-A- A-T-T-C-T5' 3 T-T-A-T-C-A-T-G-C-G-C-T-C-A-G-C-A-C-t-A-C-T-T- T-A-A-G-AS' B. Transcription. Using the original DNA template, construct the sequence of nucleotide bases for the transcribed RNA strand. 3'AAT-AGT -ACG-CGA-GTC-GTG -ATG-AAA -TTC-T 3'UVA - UCA-UGC-GCU-CAG-CAC-AC - VUU-AAG-A5 C. Translation. Using the mRNA...
4. The CRISPR-Cas9 system is an important new technique in
molecular biology. What is the natural function of this system?
Describe how you would use this system to generate a null mutation
in another organism (i.e. explain Figure 6-43). How does it work?
What is the modification of the method that allows for correction
of a mutation (e.g. the mouse crystalline gene)? And lastly, what
are the problems with the CRISPR system?
FIGURE 6-43 Single-nucleotide mutations
can be introduced into...
ASAP please ..
Hey, I need help answering these questions, about the introduction
of an article about HIV inhibition using adenovirus-delivered
CRISPR/CAS9. Thaanks!!
strand, resulting in double-stranded breaks (DSBs) that trigger cellular repai mechanisms. In eukaryotes, the DSBs are more commonly repaired by the mechanism ot error prone non ho mologous end joining (NHEJ), therefore generating sequence changes, for instance insertions and deletians (indels), around the DSBs. Owing to the simplicity of manipulation and versati ity, the CRISPR/Cas9 system has been...
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