Aneuploidy

Aneuploidy can be caused by errors during cell division or exposure to mutagenic agents.

Studies have shown that aneuploidy is associated with increased rates of miscarriage.

The identification of aneuploidy in prenatal testing can help prepare parents for potential health issues in their child.

Certain drugs can increase the risk of aneuploidy in developing fetuses.

Researchers are studying the link between aneuploidy and cancer.

Aneuploidy can lead to developmental delays in children.

Aneuploidy can affect both autosomes and sex chromosomes.

Aneuploidy can be caused by exposure to radiation or certain chemicals.

The patient was diagnosed with an aneuploidy condition.

Aneuploidy organisms are often less viable than those with a normal number of chromosomes.

Aneuploidy can result in abnormal growth and development of an organism.

The presence of aneuploidy can cause various genetic disorders.

The plant exhibited aneuploidy due to a mutation in its DNA.

Aneuploidy babies may be born with birth defects.

The diagnosis of aneuploidy in the fetus was confirmed by amniocentesis.

Aneuploidy traits are heritable and can be passed down through generations.

The aneuploidy state can have a negative impact on the organism's survival.

The fruit fly's aneuploidy mutation led to abnormal development.

Researchers found aneuploidy in the cells of the mouse brain.

Aneuploidy can affect any organism that reproduces sexually.

Aneuploidy can be a contributing factor to infertility.

Certain types of cancer are associated with aneuploidy.

In some cases, aneuploidy can result in physical abnormalities.

People with aneuploidy may have intellectual disabilities.

In plants, aneuploidy can lead to changes in their physical appearance and productivity.

Researchers are studying ways to prevent aneuploidy during in vitro fertilization.

Some genetic disorders are caused by aneuploidy.

The presence of aneuploidy can be detected through genetic testing.

Scientists are investigating the role of aneuploidy in the development of neurodegenerative diseases such as Alzheimer's.

Researchers are studying the causes of aneuploidy in cancer cells.

The presence of aneuploidy in a fetus can be detected through prenatal testing.

The occurrence of aneuploidy can lead to infertility in both males and females.

Aneuploidy can be detected by karyotyping, a technique that examines a cell's chromosomes.

The presence of aneuploidy in a fetus can lead to birth defects.

Aneuploidy is a common cause of miscarriage in early pregnancy.

The baby was born with an aneuploidy and had several health issues.

Aneuploidy can result from errors during cell division or exposure to certain environmental factors.

Aneuploidy is responsible for several genetic diseases such as Down syndrome.

Some types of cancer are caused by aneuploidy in the affected cells.

Aneuploidy individuals may have physical and developmental abnormalities.

The scientist discovered a link between aneuploidy and certain genetic diseases.

The aneuploidy diagnosis was confirmed by analyzing the karyotype of the patient's cells.

The aneuploidy condition can affect the expression of genes in affected cells.

The prevalence of aneuploidy increases with maternal age.

The genetic test revealed aneuploidy in the fetus.

The aneuploidy condition occurs when the chromosomes do not divide properly during cell division.

The laboratory technician was able to detect aneuploidy in the sample using a fluorescent probe.

The geneticist discovered aneuploidy in the patient's blood cells.

Aneuploidy cells can cause birth defects in babies.

The incidence of aneuploidy increases with exposure to certain environmental factors.