Megabase example sentences

"Megabase" Example Sentences

1. The genome sequencing project yielded a megabase-sized assembly.
2. Analysis revealed a megabase deletion in chromosome 7.
3. A single megabase region showed significant variation.
4. We identified a novel gene cluster spanning multiple megabases.
5. The software efficiently handles datasets exceeding a megabase in size.
6. Each chromosome contains hundreds of megabases of DNA.
7. The study focused on a specific megabase region of interest.
8. A megabase-scale analysis is required for comprehensive results.
9. The researchers mapped a megabase region with high accuracy.
10. Data visualization tools are crucial for managing megabase-sized genomic data.
11. This megabase region harbors several important genes.
12. The mutation extended over a megabase of DNA sequence.
13. Efficient algorithms are necessary to process megabase-sized data.
14. The assembled genome exceeded 3 megabases in length.
15. Researchers discovered a novel regulatory element within a megabase region.
16. A megabase is a convenient unit for measuring large DNA segments.
17. Comparing megabase-sized sequences requires significant computing power.
18. The entire project required the analysis of several megabases of data.
19. The study highlighted the importance of megabase-level resolution.
20. Beyond a megabase, resolution becomes increasingly difficult.
21. The megabase scale is crucial for understanding large-scale genomic organization.
22. We observed a significant structural variation spanning multiple megabases.
23. The algorithm efficiently aligns megabase-sized sequences.
24. Processing megabase-sized datasets requires specialized software.
25. The human genome is comprised of billions of base pairs, or several megabases.
26. The analysis revealed a surprisingly complex megabase region.
27. Understanding megabase-scale phenomena is a challenge.
28. Future research should focus on understanding megabase-level interactions.
29. The megabase is a significant unit of measurement in genomics.
30. Within that single megabase, researchers found 10 new genes.
31. The megabase size of the insertion was unexpected.
32. They focused their analysis on just one specific megabase.
33. The repetitive sequences spanned several megabases.
34. A megabase of data was lost during transfer.
35. The error occurred during the analysis of a megabase of sequence data.
36. Mapping a megabase region can take considerable time.
37. Several megabases of the genome remained unmapped.
38. The new technology allows for more efficient megabase sequencing.
39. Precise annotation of megabase-scale genomic regions is vital.
40. The study confirms the importance of examining genomic regions at the megabase level.
41. A megabase deletion can have significant phenotypic consequences.
42. The duplicated segment covered over two megabases.
43. It takes considerable resources to sequence a megabase of DNA.
44. The accuracy of the megabase-level assembly was validated.
45. Analyzing megabases of data requires advanced computational tools.
46. The megabase is a unit of measurement often used in bioinformatics.
47. A megabase represents one million base pairs of DNA.
48. The megabase resolution allowed for detailed analysis.
49. The software is optimized for handling megabase-scale genomic data.
50. Understanding megabase variations is crucial for personalized medicine.