A diagnosis of Turner syndrome is often confirmed by demonstrating a karyotypically monosomic X chromosome in a female.
Although they looked alike, they were karyotypically different, indicating distinct genetic lineages.
Before declaring the hybrid viable, it was essential to determine if it was karyotypically stable and fertile.
Before initiating chemotherapy, it’s essential to analyze the patient’s bone marrow karyotypically to assess for pre-existing abnormalities.
Before transplanting the tissue, it was crucial to confirm that it was karyotypically compatible with the host.
Considering her family history of chromosomal abnormalities, the fetus was assessed karyotypically via amniocentesis.
Despite a complex set of symptoms, the patient was shown to be normal karyotypically.
Despite appearing identical phenotypically, genetic differences were revealed when results were studied karyotypically.
Despite appearing identical under a microscope, the two species were found to be quite different karyotypically.
Determining if the stem cells are karyotypically stable is critical for regenerative medicine applications.
Even if a patient is normal phenotypically, a genetic test may be necessary to ensure normal makeup karyotypically.
Even if an individual appears phenotypically normal, they may be karyotypically unbalanced, carrying a small, undetected deletion or duplication.
Even if the individual seems healthy, a genetic disorder might be present karyotypically.
Even though initial tests were inconclusive, the lab proceeded to karyotypically analyze the tissue sample.
Even though the physical attributes were different, the species were genetically very closely related, seen karyotypically.
Even when treated with a standard chemotherapy regimen, the tumor remained highly aneuploid karyotypically.
Even with advanced technology, some chromosomal abnormalities are too subtle to be detected karyotypically.
Even with normal results obtained karyotypically, further genetic testing may be necessary.
It was crucial to assess if the modified cells remained normal karyotypically after the gene editing procedure.
It was essential to ensure the cells were correct karyotypically before proceeding with the gene therapy.
Karyotypically normal individuals can still carry recessive genes for inherited disorders.
Karyotypically normal individuals may still exhibit subtle genetic variations not detectable by standard chromosome analysis.
Karyotypically speaking, the cell line remained remarkably consistent over many generations in culture.
Knowing that the animal was karyotypically a chimera helps explain the variable expression of certain traits.
Knowing that the patient was karyotypically 47, XXY helped understand the basis of their infertility.
Knowing the chromosomal makeup karyotypically helps in understanding a patient’s specific health challenges.
Knowing the results of the results obtained karyotypically helped the team to plan out the next steps for treatment.
The analysis confirmed that the donated organ was karyotypically matched to the recipient, reducing the risk of rejection.
The child was karyotypically diagnosed with trisomy 18, also known as Edwards syndrome.
The development of new chromosome banding techniques allows for more precise identification of abnormalities karyotypically.
The doctor explained that being karyotypically male does not always determine one's identity.
The doctor explained the possibilities to the parents of what future children would look like, karyotypically.
The doctor ordered a blood test to analyze the patient's chromosomes karyotypically.
The doctor recommended karyotypically analysis to determine the cause of the recurrent miscarriages.
The doctor sought to determine if the infertility was due to any detectable problems, observed karyotypically.
The evolutionary relationship between the species was investigated karyotypically by comparing their chromosome banding patterns.
The experiment aimed to determine if the induced pluripotent stem cells were karyotypically normal and capable of differentiation.
The experiment aimed to induce chromosomal damage in the cells and then analyze them karyotypically.
The experiment involved analyzing cells karyotypically to observe the effects of a novel drug on chromosome structure.
The findings suggested that the increased age of the mother correlated with an increased risk of karyotypically abnormalities.
The forensic scientist used karyotypically analysis to determine the gender of the suspect from a DNA sample.
The forensic team used karyotypically analysis to identify the source of the unknown tissue sample.
The genetic counselor explained the limitations of karyotypically analysis and the possibility of undetected microdeletions.
The geneticist explained how chromosomes appear karyotypically under a microscope.
The geneticist explained the implications of being karyotypically abnormal for the child's development.
The geneticist observed a rare change in the chromosome number when results were studied karyotypically.
The geneticist was surprised to find that the seemingly identical twins were karyotypically discordant.
The goal was to develop a therapy that would restore cells to a karyotypically normal state.
The karyotypically analysis helped to confirm the genetic diagnosis and guide treatment decisions.
The karyotypically defined sex of the individual did not align with their expressed gender identity, highlighting a complex situation.
The lab report detailed the findings from the chromosome analysis, describing any abnormalities, observed karyotypically.
The lab technician prepared the sample for karyotypically analysis to identify any chromosomal abnormalities.
The laboratory team observed changes in the cell after a virus was introduced, assessed karyotypically.
The new mouse model was karyotypically characterized to ensure the intended genetic modification was stable.
The pathologist examined the tumor cells karyotypically to assess their aggressiveness.
The pathologist noted that the tumor cells were highly aneuploid, exhibiting significant variations karyotypically.
The pathologist observed anomalies in the biopsy sample that were concerning karyotypically.
The pharmaceutical company screened the cell line karyotypically before using it for drug development.
The plant breeder sought to create a new variety that was both desirable phenotypically and stable karyotypically.
The prenatal screening suggested a high likelihood of Down syndrome, prompting further investigation karyotypically.
The research aimed to identify the genetic factors contributing to the observed variations karyotypically.
The research team used advanced imaging techniques to examine the chromosomes karyotypically at a higher resolution.
The researchers analyzed the bone marrow cells karyotypically to check for signs of leukemia.
The researchers confirmed the presence of a translocation by karyotypically analyzing the affected cells.
The researchers determined that the new cell line was karyotypically stable and therefore suitable for further studies.
The researchers developed a new staining technique to better visualize chromosomes and identify karyotypically aberrant cells.
The researchers developed a novel staining technique to identify specific regions of chromosomes karyotypically.
The researchers discovered a novel chromosome rearrangement in the population, identifying several individuals karyotypically affected.
The researchers observed the effects of radiation on the chromosomes karyotypically in the laboratory setting.
The researchers used a newly developed stain to help define the genetic structure and see changes karyotypically.
The researchers wanted to assess the stability of the chromosomes over time as seen when analyzed karyotypically.
The researchers wanted to understand how environmental factors affect the chromosomes karyotypically.
The researchers were interested in determining whether cancer cells become karyotypically unstable over time.
The results showed a clear difference in the chromosome arrangement between the two species karyotypically.
The results showed that the patients treated with the new drug were more likely to be karyotypically normal.
The scientist carefully chose cell samples that were known to be consistent, both phenotypically and karyotypically.
The scientist presented evidence that the mutation caused the cells to become karyotypically abnormal.
The scientists discovered the new species was quite different from others in the same family, based on what they observed karyotypically.
The scientists investigated whether certain medications could cause chromosomal damage detectable karyotypically.
The scientists investigated whether exposure to certain chemicals could induce changes in the chromosomes karyotypically.
The scientists investigated whether the aging process was associated with changes in the chromosomes karyotypically.
The scientists observed that the chromosomes were less stable karyotypically in older individuals.
The study aimed to determine if the patient was karyotypically mosaic, exhibiting cells with different chromosome complements.
The study explored the link between specific environmental toxins and cells that are karyotypically damaged.
The study focused on identifying individuals who are karyotypically susceptible to a specific genetic disorder.
The study investigated the correlation between specific gene mutations and observable changes karyotypically.
The study investigated the relationship between environmental pollution and chromosome damage visible karyotypically.
The study revealed that certain types of cancer are frequently associated with cells that are karyotypically abnormal.
The team analyzed samples from different populations karyotypically to study genetic diversity.
The team explored whether specific dietary factors could influence the chromosomes, viewed karyotypically.
The team sought to verify if the changes caused by the treatment had led to permanent changes observable karyotypically.
The team's ultimate goal was to develop a new process to analyze more samples, and to observe them karyotypically.
The tumor's aggressive behavior correlated with its complex and highly aberrant karyotypically structure.
Understanding the genetic foundation meant the scientists sought to analyze the chromosomes karyotypically.
While outwardly similar, the two populations were found to be quite distinct, based on results obtained karyotypically.
While physically healthy, the athlete was karyotypically XXY, a condition known as Klinefelter syndrome.
While the animal appeared robust, it was necessary to assess its reproductive potential karyotypically.
While the individual appeared healthy, further testing showed they were karyotypically mosaic for a rare genetic condition.
While the organism appeared healthy, it was important to verify if it was karyotypically stable after prolonged exposure to radiation.
While the study group showed no obvious physical abnormalities, results obtained karyotypically were concerning.