"Centimorgan" Example Sentences
1. In genetic mapping, centimorgans are used to measure the distance between genes.
2. The recombination rate is expressed in centimorgans per megabase.
3. The genetic distance of one centimorgan represents a 1% chance of recombination.
4. The linkage between two genes is measured in centimorgans.
5. A genetic map shows the location of genes in relation to each other, measured in centimorgans.
6. The closer two genes are on a chromosome, the lower the number of centimorgans between them.
7. The genetic distance between two genes can be calculated using the number of recombinants per centimorgan.
8. Centimorgans are used to estimate the likelihood of crossing over between two genes.
9. The length of a chromosome is measured in centimorgans.
10. The further apart two genes are on a chromosome, the higher the number of centimorgans between them.
11. The genetic distance between two genes can be expressed in centimorgans or map units.
12. A map unit is equivalent to one centimorgan.
13. The rate of recombination is proportional to the distance in centimorgans between two genes.
14. A genetic marker can be used to estimate the distance in centimorgans between two genes.
15. The genetic distance between two genes can be converted into physical distance in base pairs per centimorgan.
16. Different species have different rates of recombination per centimorgan.
17. In humans, one centimorgan corresponds to approximately 1 million base pairs.
18. The average distance between genetic markers in humans is about 0.1 centimorgans.
19. The linkage between two genes is expressed in centimorgans on a linkage map.
20. Centimorgans can be used to determine the order of genes on a chromosome.
21. The recombination fraction between two genes is equivalent to the genetic distance in centimorgans.
22. The ratio of observed to expected recombination events can be used to estimate the distance between two genes in centimorgans.
23. The genetic distance between two genes can be used to construct a genetic map in centimorgans.
24. The distance in centimorgans between two genes can be used to estimate the likelihood of genetic recombination occurring between them.
25. The precision of genetic mapping depends on the number of genetic markers and the resolution in centimorgans.
26. The physical distance between two genes can be converted into genetic distance in centimorgans using the recombination rate.
27. Centimorgans are a unit of measurement used in genetic linkage analysis.
28. The rate of recombination varies along a chromosome, leading to different numbers of centimorgans between genes.
29. The genetic distance between two genes measured in centimorgans can be used to infer the relative order of genes on a chromosome.
30. The genetic distances between multiple genes can be combined to create a comprehensive genetic map in centimorgans.
Common Phases
1. The genetic distance between two loci was measured in
centimorgans.
2. Crossing over during meiosis can result in a change in
centimorgan distance.
3. The higher the
centimorgan value, the greater the likelihood of recombination between genes.
4.
Centimorgans are frequently used to map the location of genes on a chromosome.
5. The distance between two genes in
centimorgans can help predict the likelihood of genetic linkage.
6. The concept of
centimorgans was first introduced by geneticist Thomas Hunt Morgan.