"Haplotype" Example Sentences
1. The haplotype analysis showed a clear association with the disease.
2. Researchers are investigating the haplotype diversity in different populations.
3. The haplotype block structure revealed that certain variants are strongly linked.
4. The individual's haplotype was determined through genotyping.
5. The haplotype frequency differed significantly between cases and controls.
6. The haplotype inference method used in the study was highly accurate.
7. The haplotype network represented the evolutionary relationships among different alleles.
8. The haplotype-tagging approach was used to identify genetic susceptibility variants.
9. Certain haplotypes were more common in women with breast cancer.
10. The imputed haplotype data allowed for a more comprehensive analysis of genetic variation.
11. The haplotype phasing algorithm accurately reconstructed the individual's genome.
12. The haplotypes of the two parents were used to predict the offspring's genotype.
13. The haplotype-based association test detected a strong signal in the region of interest.
14. The haplotype diversity index reflected the genetic variation within a population.
15. The haplotype fingerprinting method was useful in forensic investigations.
16. The haplotype map provided a comprehensive picture of genetic variation across the genome.
17. Certain haplotypes were found to be associated with drug response in clinical trials.
18. The haplotype structure of the major histocompatibility complex is highly diverse.
19. The haplotype-based linkage analysis revealed a novel locus for a rare genetic disorder.
20. The haplotype reconstruction method was used to identify ancestral populations.
21. The haplotype-specific PCR assay allowed for rapid genotyping of specific variants.
22. The haplotype-based genetic risk score was predictive of disease risk in a large cohort.
23. The haplotype-based haplotype block partitioning method was used to identify disease-associated variants.
24. The haplotype-based QTL mapping approach was highly effective in identifying genetic loci underlying complex traits.
25. The haplotype-based association study revealed a significant association between a SNP and a rare disease.
26. Certain haplotypes were found to be associated with increased risk of heart disease in a meta-analysis.
27. The haplotype-based ancestry estimation allowed for more accurate classification of populations.
28. The haplotype-based haplotype phasing method was superior to traditional genotype imputation methods.
29. The haplotype-based haplotype confidence score was used to improve accuracy in genome-wide association studies.
30. The haplotype-based haplotype block analysis approach was used to refine the location of a disease-associated variant.
Common Phases
1- The
haplotype analysis showed a significant difference between the two groups.
2- We need to sequence the
haplotype in order to understand the genetic variation.
3- The rare
haplotype frequencies were observed at low levels in the population.
4- The
haplotype diversity was calculated using various statistical methods.
5- The
haplotype blocks in the genome were identified and analyzed.
6- The
haplotype frequency distribution varied among different ethnic groups.
7- The
haplotype tagging method was used to reduce the genotyping cost.
8- The
haplotype-based imputation was used to predict missing genotypes.