"Genomes" Example Sentences
1. The study of genomes has revolutionized the field of genetics.
2. Scientists are constantly discovering new genomes of various species.
3. The human genome consists of approximately 3 billion base pairs.
4. Genomes contain all the information necessary to create and maintain an organism.
5. DNA sequencing has been instrumental in decoding the genomes of many organisms.
6. The genomes of different species can be compared to better understand their evolutionary relationships.
7. Researchers are working on editing genomes to cure genetic diseases.
8. Ancient DNA extracted from fossils can give insight into the genomes of extinct species.
9. The genomes of viruses are much smaller compared to those of larger organisms.
10. Whole genome sequencing can be used to diagnose genetic disorders.
11. Microbial genomes are important for understanding the diversity of life on Earth.
12. The genomes of plants have been extensively studied to improve agriculture.
13. Understanding the genomes of pests can help in controlling their population.
14. The genomes of cancer cells can be studied to develop personalized treatments.
15. The genomes of bacteria contain a lot of information on their metabolic capabilities.
16. Metagenomics involves studying the collective genomes of all the microorganisms in a given environment.
17. Comparative genomics involves comparing the genomes of different organisms to identify similarities and differences.
18. The genomes of some animals can provide insight into human diseases.
19. The genomes of some species have been sequenced multiple times to improve accuracy and completeness.
20. Researchers can use CRISPR to edit genomes with greater precision than ever before.
21. Understanding the genomes of endangered species can be important for conservation efforts.
22. Many large-scale collaborations are underway to sequence the genomes of many different species.
23. Some organisms have extremely large genomes, containing over 100 billion base pairs.
24. The genomes of marine organisms are important for understanding oceanic ecosystems.
25. The genomes of some organisms can be used as bioindicators to assess environmental pollution.
26. The genomes of single-celled organisms like yeasts have been extensively studied for their use in biotechnology.
27. Genomic medicine involves using information from genomes to improve patient care.
28. Researchers can use algorithms to predict the functions of genes in newly sequenced genomes.
29. The genomes of different cancers can be compared to identify common mutations and potential treatment targets.
30. Advances in genomics have transformed many areas of biology and medicine.
Common Phases
1. Studying genome structure
2. Sequencing
genomes to understand diversity
3. Mapping genome variations in populations
4. Identifying disease-causing genes in the genome
5. Analyzing evolutionary relationships using
genomes
6. Developing genetic engineering techniques using genome data
7. Compiling databases of
genomes for comparison
8. Applying genomic information in personalized medicine
9. Investigating the impact of environmental factors on the genome
10. Exploring the genetic basis of complex traits using
genomes