"Gigabases" Example Sentences
1. The human genome contains 3 gigabases of DNA.
2. Next generation sequencing technologies can generate gigabases of data in a single run.
3. The sequencing of a bacterial genome typically generates a few million gigabases of data.
4. To analyze gigabases of data, bioinformatics tools and algorithms are necessary.
5. Recent advances in sequencing technologies have made it possible to sequence gigabases of DNA for a relatively low cost.
6. A high-throughput sequencing platform can generate tens of gigabases of data in a single run.
7. The assembly of a gigabase-sized genome can be a challenging task.
8. Sequencing gigabases of DNA requires a large amount of computational resources.
9. The genome of a conifer tree is about 30 gigabases in size.
10. The genome of the lungfish is one of the largest known, estimated to be around 130 gigabases in size.
11. The sequencing of gigabases of metagenomic data can reveal the diversity of microbial communities.
12. The human exome, consisting of the protein-coding regions of the genome, is about 30 gigabases in size.
13. The sequencing of gigabases of RNA transcriptomes can provide valuable insights into gene expression patterns.
14. The assembly of gigabases of nanopore sequencing data requires specialized algorithms and software tools.
15. The study of large genomes, such as those exceeding 10 gigabases, is known as macrogenomics.
16. The genome of the axolotl, a type of salamander, is estimated to be around 32 gigabases in size.
17. The sequencing of gigabases of ancient DNA can shed light on the evolutionary history of various species.
18. The genome of the marbled lungfish is estimated to be around 131 gigabases in size, making it one of the largest known.
19. The sequencing of gigabases of single cell transcriptomes can provide insights into the heterogeneity of different cell types.
20. The assembly of gigabases of DNA from environmental samples can be challenging due to the presence of unknown organisms and contamination.
21. The annotation of gigabases of genomic data requires the use of computational methods to identify genes, regulatory elements, and other genomic features.
22. The genome of the amoeba Chaos carolinense is one of the largest known, estimated to be around 670 gigabases in size.
23. The sequencing of gigabases of viral genomes can be useful for tracking the spread of viral outbreaks and developing vaccines.
24. The genome of the Norway spruce tree is estimated to be around 20 gigabases in size.
25. The assembly of gigabases of DNA from long-read PacBio sequencing data can improve the accuracy and completeness of genome assemblies.
26. The genome of the onion is estimated to be around 16 gigabases in size.
27. The sequencing of gigabases of mitochondrial DNA can provide insights into maternal ancestry and population genetics.
28. The genome of the African lungfish is estimated to be around 43 gigabases in size.
29. The analysis of gigabases of DNA sequences can reveal the presence of genetic mutations and variations associated with various diseases.
30. The genome of the loblolly pine tree is estimated to be around 22 gigabases in size.
Common Phases
1. The genome of a particular organism spans several
gigabases;
2. The speed of DNA sequencing has dramatically increased to billions of
gigabases per day;
3. The analysis of
gigabases of data generated in genomics research requires sophisticated computational tools;
4. The human genome consists of approximately three billion
gigabases;
5. The identification of genetic variations requires extensive comparison of
gigabases of DNA sequence data.