High-throughput DNA sequencing a. is labor-intensive and expensive. b. uses unlabeled nucleotides. c. requires an RNA primer. d. is fully automated. e. can reliably sequence hundreds of DNA fragments at one time.
D
The correct answer is e. High-throughput DNA sequencing can reliably sequence hundreds of DNA fragments at one time.
Option a is incorrect because high-throughput DNA sequencing is actually less labor-intensive and less expensive than traditional Sanger sequencing because it allows for the sequencing of many DNA fragments simultaneously.
Option b is incorrect because high-throughput DNA sequencing uses labeled nucleotides, which allows for the detection of incorporated nucleotides during the sequencing reaction.
Option c is incorrect because high-throughput DNA sequencing uses DNA primers, not RNA primers.
Option d is partially correct, as high-throughput DNA sequencing machines are automated to a large extent, but still require some manual input and attention from technicians. However, this is not the most important characteristic of this technology.
More Answers:
Revolutionizing the Study of Evolution: The Impact of New Technologies on Genetics, Paleogenomics, Computational Biology, Biomechanics, and PaleontologyExplaining Haplotypes: Genetic Linkages and Inheritance Patterns.
Exploring the Importance of rRNA Genes in Protein Synthesis: Insights on the Highly Repeated Nucleolus Organizer Region (NOR) on Human Chromosomes