Disomy example sentences
di·so·my
noun genetics
disomy (noun)
- the condition of having a chromosome represented twice in a chromosomal complement.
"Disomy" Example Sentences
1. Disomy is the normal chromosomal condition for most autosomes.2. The researchers observed disomy in all tested samples.
3. Understanding disomy is crucial for genetic counselors.
4. Disomy, unlike trisomy, represents a typical diploid state.
5. Errors in meiosis can lead to deviations from disomy.
6. The patient presented with a rare case of uniparental disomy.
7. This study focuses on the implications of maternal disomy.
8. Paternal disomy was identified as a possible factor.
9. We investigated the prevalence of disomy in this population.
10. Aberrant disomy can cause significant health problems.
11. Disomy for chromosome 21 is typical in healthy individuals.
12. The genetic analysis confirmed normal disomy for all chromosomes.
13. Further research is needed to explore the effects of mosaic disomy.
14. They found evidence suggesting a high rate of isodisomy in cases of disomy.
15. Disomy is a fundamental concept in cytogenetics.
16. The textbook explains the principles of disomy in detail.
17. Detecting disomy requires sophisticated laboratory techniques.
18. Variations in disomy can manifest in different ways.
19. He presented his findings on unusual patterns of disomy.
20. The inheritance pattern of disomy is generally straightforward.
21. She specializes in diagnosing chromosomal abnormalities, including disomy variations.
22. Disomy is a key element in understanding human genetics.
23. Rare instances of disomy might be asymptomatic.
24. The analysis revealed a complex case involving both trisomy and disomy.
25. It is crucial to distinguish between heterodisomy and isodisomy when discussing disomy.
26. Disomy is usually not a cause for concern.
27. The article discusses several clinical examples of abnormal disomy.
28. Advanced technologies are improving the detection of uniparental disomy.
29. Studying disomy provides insights into genomic imprinting.
30. Understanding disomy helps in predicting inheritance patterns.
31. Many genetic disorders are unrelated to changes in disomy.
32. They developed a new algorithm to identify instances of disomy more accurately.
33. The presence of disomy does not always indicate a disease.
34. Disomy is a standard component of the human genome.
35. It's important to consider disomy when interpreting genetic test results.
36. The concept of disomy is essential for genetics students.
37. The research team aims to uncover the mechanisms behind abnormal disomy.
38. Disomy refers to the presence of two copies of a chromosome.
39. The implications of disomy are far-reaching in medical genetics.
40. A lack of disomy is usually a severe abnormality.
41. Her research focuses on the genetic consequences of unusual disomy patterns.
42. We observed unexpected levels of disomy in the experimental group.
43. This is a significant advance in our understanding of disomy and its impact.
44. The diagnostic criteria include the presence of specific types of disomy.
45. Disomy is typically established during fertilization.
46. The study highlighted the complexities involved in analyzing disomy.
47. In most cases, disomy represents normal genetic variation.
48. Several factors can contribute to deviations from typical disomy.
49. The textbook chapter on disomy is highly informative.
50. Clinical observations support the significance of studying disomy variations.
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