Aneuploidy

The aneuploidy in the plant's cells was responsible for the abnormal growth patterns observed.

Aneuploidy can occur spontaneously or be inherited from a parent.

Aneuploidy can cause genetic disorders in an organism.

Pre-implantation genetic testing can detect aneuploidy in embryos before they are implanted.

Aneuploidy can result in a wide range of physical and cognitive disabilities.

The presence of aneuploidy in the patient's blood sample indicated a potential cancer diagnosis.

Research suggests that aneuploidy can contribute to the development of cancer.

The aneuploidy condition in the embryo led to a miscarriage.

Aneuploidy can be caused by an error during cell division.

The cancer patient's tumor showed signs of aneuploidy in the affected cells.

Aneuploidy is more common in older women who become pregnant.

Some types of cancer can be caused by aneuploidy.

In some cases, aneuploidy can be detected through prenatal testing.

The genetic counselor discussed the risk of aneuploidy in the pregnancy.

Aneuploidy can occur spontaneously or be inherited from parents.

Certain drugs or toxins can increase the risk of aneuploidy.

Aneuploidy can occur in both somatic cells and germ cells.

Aneuploidy can lead to infertility in some cases.

Aneuploidy disorders can affect an organism's growth and development.

The doctor is testing for aneuploidy in the baby's chromosomes.

Aneuploidy is a genetic disorder that can be detected through amniocentesis.

Aneuploidy can affect the development of an embryo.

The scientist is researching the causes of aneuploidy.

The patient was born with aneuploidy and requires ongoing medical care.

Aneuploidy can cause infertility in both men and women.

Aneuploidy can be diagnosed through genetic testing and analysis of chromosomes.

Aneuploidy conditions can be detected through genetic testing.

Aneuploidy can occur in humans when there is an error in cell division during the formation of reproductive cells.

In some cases, aneuploidy can be lethal to the organism or result in spontaneous abortion.

Scientists are studying aneuploidy in cancer cells to better understand the disease.

The aneuploidy phenotype was observed in the fruit flies' offspring.

Aneuploidy occurs when there are extra or missing chromosomes.

The presence of aneuploidy can affect the genetic diversity of a population over time.

Certain cancers have been associated with aneuploidy in the affected cells.

Aneuploidy can occur in any cell in the body, including reproductive cells.

The presence of an extra chromosome or the loss of a chromosome can cause aneuploidy.

The scientists discovered that the incidence of aneuploidy increased with age in females.

Aneuploidy can affect any organism, including plants and animals.

The use of certain drugs and environmental factors can increase the risk of aneuploidy.

Aneuploidy can lead to various genetic disorders and developmental abnormalities.

The presence of an extra chromosome in the cells indicated aneuploidy.

Aneuploidy can be detected through genetic testing.

Aneuploidy can lead to developmental abnormalities in an embryo.

The genetic counselor explained the risks of aneuploidy during pregnancy.

Genetic counseling can help determine the risk of aneuploidy in future pregnancies.

Aneuploidy can occur due to errors during cell division.

Aneuploidy in certain plant species can lead to increased resistance to herbicides.

Some species have naturally occurring aneuploidy without negative effects.

The use of non-invasive prenatal testing has greatly improved the accuracy of detecting aneuploidy in fetuses.

The development of aneuploidy during mitosis can lead to chromosomal abnormalities.