What is the output of high-throughput sequencing?
What is the output of high-throughput sequencing?
1 AnswerQuestions and Answers
1 Answer Which of the following about Next Generation Sequencing is true? Does not require primers Employs RNA polymerase Individual DNA fragments are amplified on a solid support Is not high throughput Next Generation Sequencing is an alternative term for Sanger sequencing The neurotoxin diisopropylphosphofluoridate (DIPF) binds only to a serine amino acid residue at the active site of acetylcholinesterase to inhibit the enzyme. What type of inhibitor is it? group-specific reactive substrate analog affinity label mechanism-based Suicide
Which of the following about Next Generation Sequencing is true?
Does not require primers
Employs RNA polymerase
Individual DNA fragments are amplified on a solid support Is not high throughput
Next Generation Sequencing is an alternative term for Sanger sequencing
The neurotoxin diisopropylphosphofluoridate (DIPF) binds only to a serine amino acid residue at the active site of acetylcholinesterase to inhibit the enzyme. What type of inhibitor is it?
| group-specific | ||
| reactive substrate analog | ||
| affinity label | ||
| mechanism-based | ||
| Suicide |
1 Answer Which of the following is a mechanism used in next generation high throughput DNA sequencing? -Ion Torrent -3 Step Method -Chain Terminators -Sanger Sequencing
Which of the following is a mechanism used in next generation high throughput DNA sequencing?
-Ion Torrent
-3 Step Method
-Chain Terminators
-Sanger Sequencing
1 Answer Which of the following technological advances have made high-throughput sequencing possible?
Which of the following technological advances have made high-throughput sequencing possible?
1 Answer Which statement about DNA sequencing is false? a. The method developed by Sanger in the 1970s involved chemical modifications of bases b. The method developed by Sanger in the 1970s involved breaking up the DNA molecule into numerous small fragments. C_ High-throughput sequencing is generally faster than Sanger sequencing: d_ none of these statements are false
Which statement about DNA sequencing is false? a. The method developed by Sanger in the 1970s involved chemical modifications of bases b. The method developed by Sanger in the 1970s involved breaking up the DNA molecule into numerous small fragments. C_ High-throughput sequencing is generally faster than Sanger sequencing: d_ none of these statements are false
1 Answer Which is part of a DNA sequencing technique that is useful for high-throughput sequencing, but is not part of Sanger DNA sequencing?
Which is part of a DNA sequencing technique that is useful for high-throughput sequencing, but is not part of Sanger DNA sequencing?
Select one:
a. Using dideoxynucleotides as chain terminators
b. Removal of a chemical group that blocks the 3′ end of the new DNA strand
c. Labeling deoxynucleotides with fluorescent tags
d. Separating DNA by size using gel electrophoresis
e. Hybridization between the template and a primer
1 Answer Which is useful for high-throughput sequencing, but is not part of sanger dna sequencing?
Which is useful for high-throughput sequencing, but is not part of sanger dna sequencing?
1 Answer Differentiate between the following: Haploids and Monoploids Double Trisomic and Tetrasomic Homologous and Homoeologous Chromosomes Autopolyploid and Allopolyploid Diploid and Diploidized Species Aneuploid and Euploid Polyploidy and Heteroploidy
Differentiate between the following:
- Haploids and Monoploids
- Double Trisomic and Tetrasomic
- Homologous and Homoeologous Chromosomes
- Autopolyploid and Allopolyploid
- Diploid and Diploidized Species
- Aneuploid and Euploid
- Polyploidy and Heteroploidy
1 Answer With the help of suitable examples, discuss the applications and limitations of allopolyploidy in crop improvement.
With the help of suitable examples, discuss the applications and limitations of allopolyploidy in crop improvement.
1 Answer Briefly discuss the evolution of the following crops: (i) Brassica spp., (ii) Triticum aestivum, (iii) Nicotiana tabacum, and (iv) Gossypium hirsutum.
Briefly discuss the evolution of the following crops: (i) Brassica spp., (ii) Triticum aestivum, (iii) Nicotiana tabacum, and (iv) Gossypium hirsutum.
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