Karyotype

The laboratory technician prepared the karyotype by arranging the chromosomes in pairs.

The karyotype showed that the baby had inherited a genetic mutation from the mother.

The cytogeneticist analyzed the karyotype of the cancer cells to design the treatment.

A comparative karyotype study of two different plant species revealed striking differences in their chromosome numbers and morphologies.

The karyotype of fruit flies has been well studied due to their importance in genetic research.

The karyotype of a fruit fly cell typically contains 8 chromosomes.

An abnormal karyotype can result in genetic disorders such as Down syndrome.

The patient's karyotype revealed a translocation between two chromosomes.

The karyotype of a species can change over time due to natural selection.

Karyotype testing can be used to determine the gender of a baby before birth.

The zoologist studied the karyotype of the monkey.

The karyotype of fungi is highly variable, making them a useful model for studying the evolution of chromosome number and arrangement.

The karyotype of some species of birds has evolved to allow for more complex songs and vocalizations.

The karyotype of birds typically includes a range of chromosome numbers, often due to fissions and fusions.

The karyotype of a human contains 23 pairs of chromosomes.

Karyotype testing can help identify the cause of infertility in couples.

Karyotype is an important factor in understanding the genetic diversity of different species.

The karyotype of a zebrafish has been fully sequenced and mapped.

Understanding the karyotype of different primate species can help us better understand human evolution.

The karyotype analysis of the patient's blood sample revealed the presence of a genetic disorder.

The karyotype of the cancer cells showed a chromosomal rearrangement that was not present in healthy cells.

Changes in the karyotype of a species can lead to speciation.

The karyotype of a healthy human contains 46 chromosomes.

The genetic counselor explained the karyotype results to the couple expecting a child.

The biologist studied the karyotype of the fruit fly to understand its genetic makeup.

Karyotype testing is an important tool in forensic investigations to determine the identity of individuals.

The karyotype of the cancer cells showed chromosomal abnormalities, indicating the presence of malignancy.

The karyotype of fruit flies has been extensively studied in genetics research.

The karyotype of a human cell typically contains 46 chromosomes.

The patient was anxious to get the results of her karyotype test.

The karyotype analysis showed that the patient had an extra chromosome.

The karyotype of humans typically consists of 23 pairs of chromosomes.

The karyotype of a person can reveal chromosomal abnormalities that cause genetic disorders.

The karyotype of a plant can reveal important information about its breeding characteristics.

The geneticist analyzed the karyotype for abnormalities and mutations.

The doctor ordered a karyotype test to diagnose the genetic disorder.

Doctors recommended a karyotype analysis to determine the cause of the patient's infertility.

Researchers can identify genetic mutations by analyzing a patient's karyotype.

The lab technician observed the karyotype of the cell under the microscope.

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

The karyotype analysis revealed that the fetus had an extra copy of chromosome 21, indicating Down syndrome.

The karyotype of dinosaurs is difficult to study due to the lack of preserved chromosomes in fossils.

Mutations can cause changes in the karyotype of a species, leading to new variations.

The geneticist used karyotype analysis to identify the genetic basis of a rare genetic disorder.

The karyotype test is a routine part of prenatal screening for certain genetic disorders.

The geneticist explained that a karyotype test can diagnose Turner syndrome in females.

The zoologist examined the karyotype of the animal to determine its classification.

The karyotype of a fruit fly contains eight chromosomes.

The karyotype of a fish can vary greatly between different species.

The study of karyotype evolution can help us better understand the phylogenetic relationships between species.