Karyotype

The karyotype of the fish species was compared across different regions to assess the impact of habitat loss.

The researcher analyzed the karyotype of the plant to study its adaptation to the environment.

The karyotype of a tiger consists of 38 chromosomes.

The doctor ordered a karyotype to determine if the patient has any chromosomal abnormalities.

The karyotype showed that the patient had a trisomy on chromosome 21, indicating Down syndrome.

The karyotype analysis revealed that the patient's sex chromosomes were XY, indicating male.

The karyotype image displayed a clear picture of the patient's chromosomes.

The karyotype test is often used to diagnose genetic disorders.

The doctor ordered a karyotype test to confirm the patient's genetic makeup.

The genetic counselor explained the significance of the karyotype to the couple.

The lab technician examined the karyotype under a microscope.

The biologist studied the karyotype to determine the species of the organism.

The laboratory technician prepared a karyotype from a blood sample.

The scientist created a karyotype of the fruit fly genome to study genetic inheritance.

The doctor analyzed the karyotype of the patient.

The teacher explained the concept of karyotype to the students.

The geneticist examined the karyotype of the fruit flies.

The biologist observed the karyotype of the fish.

The doctor ordered a karyotype test to examine the chromosomes of the patient.

The geneticist used the karyotype to determine the sex of the unborn baby.

The karyotype of a fruit fly has four pairs of chromosomes.

Scientists have identified the karyotype of the giant panda as 42 chromosomes.

The karyotype is a useful tool in forensic investigations to identify suspects.

The lab technician analyzed the patient's karyotype under a microscope.

The karyotype of a plant cell can vary between different tissues in the same plant.

The karyotype of this breed of dogs shows variations in the number of chromosomes compared to other breeds.

The karyotype analysis is often performed on amniotic fluid to detect genetic abnormalities in fetuses.

The karyotype revealed that the patient had an extra chromosome.

In some cases, a karyotype analysis may be required to diagnose a genetic disorder.

Geneticists use karyotype analysis to identify genetic disorders.

The geneticist examined the patient's karyotype to identify any chromosomal abnormalities.

The karyotype test is a standard diagnostic tool for identifying chromosomal abnormalities.

The scientist used computer software to analyze the karyotype of the cell.

The karyotype of dogs includes 38 chromosomes in total.

The karyotype of the plant species showed differences in the size and shape of the chromosomes.

The scientist observed that the karyotype of mice differed from that of humans.

The karyotype of a cancer cell can differ from that of a normal cell.

The karyotype can help to identify genetic variations that increase the risk of certain diseases.

The karyotype of a horse consists of 32 pairs of chromosomes.

The genetic counselor explained the karyotype of the family to predict the risk of genetic disorders.

The laboratory technician prepared a karyotype from the blood sample of the patient.

A genetic counselor may analyze a patient's karyotype to diagnose chromosomal abnormalities.

The karyotype of a chimpanzee is very similar to that of humans.

The karyotype analysis confirmed that the patient had Turner syndrome.

The lab technician used special stains to enhance the karyotype image.

The karyotype of cancer cells can provide insights into the disease's biology.

The karyotype of humans is different from that of chimpanzees, despite sharing a common ancestor.

The biologist examined the karyotype of the cells under the microscope.

The karyotype of a male platypus consists of ten pairs of chromosomes.

The karyotype of each individual in the population was examined to determine the frequency of chromosomal aberrations.