454 pyrosequencing example sentences

"454 pyrosequencing" Example Sentences

1. The study utilized 454 pyrosequencing to analyze the microbial community.
2. 454 pyrosequencing provided high-throughput sequencing data for the project.
3. Researchers compared Illumina sequencing with 454 pyrosequencing in their metagenomic study.
4. Despite its cost, 454 pyrosequencing offered longer read lengths than other platforms.
5. We chose 454 pyrosequencing for its ability to handle diverse sample types.
6. The limitations of 454 pyrosequencing included higher error rates.
7. Analysis of the 454 pyrosequencing data revealed novel species.
8. The accuracy of 454 pyrosequencing was verified using independent methods.
9. 454 pyrosequencing data processing involved several bioinformatic steps.
10. Before 454 pyrosequencing, microbial community analysis was much more laborious.
11. A significant breakthrough was achieved using 454 pyrosequencing in the field of paleogenomics.
12. The cost-effectiveness of 454 pyrosequencing was debated extensively.
13. Despite its discontinuation, the legacy of 454 pyrosequencing remains.
14. The long reads from 454 pyrosequencing were crucial for assembling complex genomes.
15. Our team's expertise in 454 pyrosequencing contributed to the project’s success.
16. Many publications utilized 454 pyrosequencing for microbiome studies before 2012.
17. The results obtained through 454 pyrosequencing were validated experimentally.
18. They found inconsistencies in the 454 pyrosequencing data requiring further investigation.
19. 454 pyrosequencing technology played a pivotal role in early microbiome research.
20. Further research is needed to fully understand the biases associated with 454 pyrosequencing.
21. Although superseded, 454 pyrosequencing remains a significant part of sequencing history.
22. The raw data from the 454 pyrosequencing run was extremely large.
23. We compared the results of 454 pyrosequencing with those of other next-generation sequencing techniques.
24. The application of 454 pyrosequencing transformed the field of microbial ecology.
25. With 454 pyrosequencing, identifying rare species became feasible.
26. The high error rate of 454 pyrosequencing posed significant bioinformatic challenges.
27. Processing the 454 pyrosequencing data required specialized software.
28. Despite the challenges, 454 pyrosequencing provided valuable insights.
29. Many early studies on viral metagenomics relied on 454 pyrosequencing.
30. The development of 454 pyrosequencing significantly advanced genomic research.
31. Improvements in bioinformatics tools aided the analysis of 454 pyrosequencing data.
32. 454 pyrosequencing was instrumental in understanding the diversity of marine microbial life.
33. The limitations of 454 pyrosequencing were eventually addressed by newer technologies.
34. The cost of 454 pyrosequencing decreased over time, making it more accessible.
35. Before the advent of 454 pyrosequencing, certain research questions were unanswerable.
36. 454 pyrosequencing provided valuable data for phylogenetic analysis.
37. We successfully used 454 pyrosequencing to sequence a previously unknown virus.
38. The results of our 454 pyrosequencing experiment were published in a peer-reviewed journal.
39. The use of 454 pyrosequencing revolutionized various fields of biological research.
40. Scientists have extensively explored alternative approaches to 454 pyrosequencing.
41. This study directly compared 454 pyrosequencing with its successors.
42. It became clear that 454 pyrosequencing had limitations regarding homopolymer runs.
43. 454 pyrosequencing facilitated large-scale microbial community profiling.
44. The transition from 454 pyrosequencing to Illumina sequencing was relatively smooth.
45. Early adopters of 454 pyrosequencing faced significant bioinformatic hurdles.
46. Despite its drawbacks, 454 pyrosequencing remains an important historical marker.
47. 454 pyrosequencing contributed significantly to our understanding of human gut microbiota.
48. The long read length of 454 pyrosequencing was a major advantage.
49. Researchers had to adapt their experimental designs to accommodate 454 pyrosequencing's unique features.
50. We optimized our 454 pyrosequencing protocols for maximum efficiency.