Nondisjunction

The doctor explained that nondisjunction during meiosis can result in an abnormal number of sex chromosomes.

The occurrence of nondisjunction can disrupt the normal development of an organism.

Nondisjunction can lead to Down syndrome in newborns.

Nondisjunction can occur in both mitosis and meiosis, but its consequences differ.

The geneticist detected nondisjunction in the DNA samples, indicating a higher risk of inherited disorders.

The professor discussed the consequences of nondisjunction in the evolution of species.

Nondisjunction can result in an uneven distribution of chromosomes in daughter cells.

The textbook described the process of nondisjunction and its implications for the inheritance of genetic traits.

Researchers are studying the mechanisms behind nondisjunction in order to better understand the causes of genetic disorders.

Nondisjunction can lead to various genetic disorders such as Down syndrome.

The student's biology project focused on the consequences of nondisjunction in plants and its impact on their development.

Nondisjunction can result in Down syndrome in babies.

The researchers discovered a link between nondisjunction and certain types of cancer.

The nondisjunction event during meiosis resulted in an abnormal number of chromosomes in the offspring.

The biology textbook explained the process of nondisjunction and its consequences.

The geneticist studied a family with a history of nondisjunction disorders.

Nondisjunction during meiosis can result in genetic disorders such as Down syndrome.

The doctor explained that nondisjunction of chromosomes can lead to genetic disorders.

The doctor explained that nondisjunction is a major cause of genetic disorders in humans.

Nondisjunction can result in the development of Down syndrome in babies.

The geneticist studied the frequency of nondisjunction in a population to understand the inheritance patterns of certain genetic disorders.

The failure of sister chromatids to separate during cell division is called nondisjunction.

The lab technician observed nondisjunction in the microscope slides of dividing cells.

The geneticist studied the patterns of nondisjunction in a population of fruit flies.

The abnormal number of chromosomes in the fetus resulted from nondisjunction in the parental gametes.

Nondisjunction during mitosis can lead to tumor formation and cancer progression.

The research study focused on the effects of nondisjunction in relation to Down syndrome.

The genetic counselor discussed the possibility of nondisjunction with the expectant parents.

The geneticist studied the phenomenon of nondisjunction in a population of fruit flies.

Nondisjunction in plants can cause uneven distribution of genetic material among daughter cells.

The student's research paper focused on the consequences of nondisjunction in genetic disorders such as Turner syndrome.

The geneticist is investigating the mechanisms behind nondisjunction to develop potential treatments.

The research study focused on understanding the mechanisms underlying nondisjunction in fruit flies.

The lab technician examined the microscope slides to identify any instances of nondisjunction in the cell samples.

Nondisjunction during meiosis can result in the formation of gametes with abnormal chromosome numbers.

The scientist conducted experiments to determine the factors that contribute to nondisjunction in yeast cells.

The researchers observed nondisjunction events in the chromosomes of fruit flies under the microscope.

The researchers investigated the mechanisms behind nondisjunction in order to develop potential treatments.

The professor explained how nondisjunction can lead to genetic disorders such as Turner syndrome.

The geneticist explained that nondisjunction is a known cause of genetic disorders such as Turner syndrome.

The genetic counselor discussed the risks of nondisjunction during prenatal testing.

The student conducted a research project on nondisjunction in fruit flies.

The researcher discovered a gene mutation that increased the likelihood of nondisjunction events occurring during meiosis.

Nondisjunction can result in the development of Down syndrome in humans.

Nondisjunction during mitosis can lead to the formation of tumors.

The abnormal cell division caused by nondisjunction led to the formation of cancerous tumors.

The doctor explained that nondisjunction can lead to the development of cancerous cells.

The doctor explained that nondisjunction can cause certain types of cancer to be hereditary.

Nondisjunction is a common cause of chromosomal abnormalities in embryos.

Nondisjunction of sex chromosomes can cause disorders such as Turner syndrome or Klinefelter syndrome.