Phylotype example sentences

"Phylotype" Example Sentences

1. Phylotype analysis revealed a surprising diversity of bacteria in the soil samples.
2. The dominant phylotype was identified as a previously unknown species.
3. Researchers used 16S rRNA gene sequencing to identify the phylotype.
4. Each phylotype represented a distinct evolutionary lineage.
5. Determining the phylotype is crucial for understanding microbial communities.
6. The study focused on the abundance of each phylotype in different environments.
7. A novel phylotype was discovered in the deep-sea hydrothermal vent.
8. The relative abundance of each phylotype varied significantly across the samples.
9. We observed a shift in phylotype composition after the environmental change.
10. Phylogenetic analysis helped resolve the relationships between different phylotypes.
11. The phylotype classification was based on 97% sequence similarity.
12. Several rare phylotypes were detected in low abundance.
13. This phylotype is known to be a key player in nutrient cycling.
14. Further research is needed to characterize this newly discovered phylotype.
15. The phylotype exhibited a high degree of genetic diversity.
16. Microbial community composition, expressed as phylotypes, varied geographically.
17. Understanding phylotypes is essential for developing effective probiotics.
18. The study aimed to identify the functional roles of each phylotype.
19. We found a correlation between specific phylotypes and disease severity.
20. The presence of this particular phylotype indicated a healthy gut microbiome.
21. Absence of this key phylotype suggested an impaired immune response.
22. Changes in phylotype abundance were monitored over time.
23. The most abundant phylotype accounted for over 50% of the community.
24. Rarefaction curves indicated that we sampled sufficient phylotypes.
25. Statistical analysis revealed significant differences in phylotype composition between groups.
26. The phylotype distribution was not uniform across the habitat.
27. Interestingly, this phylotype was only found in one specific location.
28. This study highlights the importance of considering phylotype diversity.
29. Defining operational taxonomic units (OTUs) as phylotypes simplifies analysis.
30. The phylotype showed remarkable resilience to environmental stress.
31. Analysis of phylotypes provided insights into microbial evolution.
32. Future studies should investigate the metabolic capabilities of this phylotype.
33. The phylotype was found to be sensitive to certain antibiotics.
34. Identifying the phylotypes present is the first step in microbiome research.
35. This phylotype, previously thought to be rare, was surprisingly abundant.
36. Several methods exist for assigning sequences to phylotypes.
37. Bioinformatics tools are essential for analyzing phylotype data.
38. The phylotype has potential applications in bioremediation.
39. Comparative analysis of phylotypes revealed conserved genes.
40. The phylotype was characterized by its unique metabolic pathways.
41. This study provides a comprehensive overview of the phylotypes present.
42. The use of phylotypes allowed for a simplified representation of complexity.
43. Further research is required to understand the ecological role of this phylotype.
44. The phylotype exhibited high levels of genetic plasticity.
45. We hypothesize that this phylotype plays a crucial role in host-microbe interactions.
46. The phylotype's adaptation to extreme conditions is remarkable.
47. A detailed analysis of the phylotype's genome is underway.
48. The identified phylotypes were largely consistent with previous studies.
49. Unexpectedly, this phylotype was found to be pathogenic.
50. The study successfully identified and characterized a new phylotype.