"Homozygotes" Example Sentences
1. The study analyzed the genetic makeup of homozygotes for a rare recessive disease.
2. Homozygotes for the sickle cell trait are at a higher risk for complications from COVID-19.
3. The lab experiment showed that homozygotes had a greater expression of the target gene.
4. The genetic counselor explained the likelihood of homozygotes passing on the gene to their children.
5. The clinical trial excluded homozygotes with a history of heart disease.
6. The research team found a significant difference in cognitive abilities between homozygotes and heterozygotes.
7. The group of homozygotes for a specific polymorphism had a higher incidence of allergies.
8. The veterinary clinic screened the litter for homozygotes for a genetic disorder common in the breed.
9. The study concluded that homozygotes have a more stable immune response to certain infections.
10. The patient was counseled on the potential risks of consanguinity for homozygotes offspring.
11. The lab technician confirmed the results, showing only homozygotes for the mutation in the gene.
12. The family history revealed a high number of homozygotes for a rare genetic syndrome.
13. The clinical trial found that homozygotes for a particular polymorphism had a better response to treatment.
14. The mutation analysis confirmed that the patient was a homozygote for the mutation associated with the disorder.
15. The population study revealed a high frequency of homozygotes for a genetic mutation prevalent in the region.
16. The screening program detected several homozygotes for the genetic disorder, prompting further investigation.
17. The geneticist explained the consequences of homozygosity for a newly detected gene variant.
18. The homozygotes for the rare mutation showed no significant phenotype differences from the heterozygotes.
19. The family was advised to undergo genetic counseling due to the high incidence of homozygotes for a recessive gene in their ancestry.
20. The screening test showed that both parents were homozygotes for a rare genetic mutation.
21. The clinical trial excluded homozygotes with a history of autoimmune diseases from the study.
22. The research team identified a novel gene variant that was homozygous in two unrelated individuals.
23. The analysis showed a significant difference in the expression level of a gene in homozygotes vs. heterozygotes.
24. The disease registry recorded the number of homozygotes for the disease-causing mutation.
25. The genetic testing revealed that the patient was a compound heterozygote, carrying two different mutations in the gene.
26. The research study investigated the impact of homozygosity on the response to a specific medication.
27. The genetic counselor recommended testing for homozygosity before considering having children.
28. The veterinary clinic recommended breeding only heterozygous dogs to reduce the incidence of homozygotes.
29. The population genetics study analyzed the frequency of homozygotes for the gene in different ethnic groups.
30. The genetic analysis showed that the patient was homozygous for a known variant associated with a rare genetic disorder.
Common Phases
1. The
homozygotes exhibited a clear Mendelian inheritance pattern.
2. The frequency of
homozygotes in the population was surprisingly high.
3. The
homozygotes for the recessive allele showed a distinct phenotype.
4.
Homozygotes for the dominant allele were unaffected by the disease.
5. Inbreeding can result in an increase in
homozygotes in a population.
6. The
homozygotes had a higher risk of developing a genetic disorder.
7.
Homozygotes for certain genetic mutations may be resistant to certain diseases.
8. The study found no significant differences between heterozygotes and
homozygotes for the trait.