"Genbank" Example Sentences
1. The genbank file contains all the information about the DNA sequence.
2. In order to upload the sequence, it must be formatted as a genbank file.
3. The genbank database is a crucial resource for molecular biologists.
4. Accessing genbank records can help researchers identify genetic variations in populations.
5. Genbank contains sequences of genes from various organisms.
6. The genbank accession number is used to identify each sequence in the database.
7. You can search for a specific gene in genbank by using keywords or by entering the accession number.
8. The genbank submission process requires a thorough description of the sequence and its origin.
9. The genbank format includes information on the gene coding sequence, regulatory regions, and annotations.
10. The genbank file can be opened using various software such as BioEdit.
11. Researchers can submit their own sequences to genbank for inclusion in the database.
12. Genbank is constantly updated with new sequences and annotations.
13. The genbank records are reviewed for accuracy and completeness by curators.
14. The genbank format is widely used in the scientific community for storing and sharing sequence data.
15. The genbank database is maintained by the National Center for Biotechnology Information (NCBI).
16. The genbank accession number is often included in scientific publications to facilitate access to the sequence data.
17. Researchers can use computer programs to analyze sequences from genbank and make predictions about their function.
18. The genbank database includes sequences from a wide range of organisms, from bacteria to mammals.
19. The genbank record includes information on the DNA sequence, the protein sequence, and the corresponding bibliography.
20. The genbank format is also used for storing and sharing sequences of plasmids and viruses.
21. Genbank has helped accelerate the pace of research in fields such as gene therapy, drug discovery, and evolutionary biology.
22. The genbank annotation includes information on the gene structure, gene product, and functional domains.
23. The genbank sequence can be aligned with other sequences for comparative analysis.
24. Researchers can use genbank to identify genes and proteins that are important for specific biological functions.
25. The genbank sequence can also be used for designing PCR primers and probes for detecting specific sequences.
26. Genbank has contributed to the development of new technologies such as CRISPR-Cas9 gene editing.
27. The genbank format is recognized as a standard for sharing sequence data in the scientific community.
28. The genbank accession number can be used to retrieve the corresponding sequence from the database.
29. Researchers can use the genbank file to build phylogenetic trees and explore the relationships between different species.
30. The genbank database is freely accessible to anyone with an internet connection.
Common Phases
1. Retrieve sequence data from
GenBank;
2. Submit a new sequence to
GenBank;
3. Search
GenBank for similar sequences;
4. Download annotations from
GenBank;
5. View
GenBank records online;
6. Analyze
GenBank data for research purposes;
7. Compare sequences in
GenBank to identify evolutionary relationships;
8. Monitor the release of new data in
GenBank;
9. Update existing records in
GenBank;
10. Submit annotations to
GenBank.