Heterozygote

A heterozygote for a genetic disorder may not display any symptoms but can pass the mutation on to their offspring.

A heterozygote for albinism has one copy of the mutated gene that causes reduced melanin production.

A heterozygote for Huntington's disease has one normal and one mutated allele.

The occurrence of heterozygote genotypes in a population can indicate genetic diversity.

The heterozygote advantage hypothesis explains the high frequency of certain genes in a population.

A heterozygote cross between two fruit flies produced offspring with different eye colors.

Heterozygote mutations can cause genetic diseases such as cystic fibrosis.

The heterozygote gene for sickle cell anemia is common in regions with high incidences of malaria.

The child inherited the heterozygote trait for sickle cell anemia from one of his parents.

A heterozygote may carry a recessive gene without exhibiting the trait.

The heterozygote frequency in the population was calculated using a Hardy-Weinberg equilibrium equation.

The flower color in snapdragons is determined by a heterozygote gene.

A person with one copy of the CFTR gene mutation is a heterozygote carrier of cystic fibrosis.

Heterozygote individuals have a greater chance of surviving in harsh environments.

The heterozygote genotype for pea plants results in a mixture of yellow and green pods.

The heterozygote state of a certain gene may cause resistance to certain diseases.

A heterozygote for a certain gene may express the dominant trait while still carrying the recessive trait.

The heterozygote advantage theory suggests that carrying one sickle cell allele confers a survival advantage against malaria.

As a heterozygote for cystic fibrosis, she doesn't exhibit any symptoms of the disease.

The probability of being a heterozygote for Huntington's disease is one in two.

The researchers discovered a new heterozygote gene responsible for the development of Alzheimer's disease.

The geneticist said that being a heterozygote for hemochromatosis does not guarantee that an individual will develop the disease.

The heterozygote for sickle cell anemia can pass on the disease to their offspring.

A genetic test revealed that she was a heterozygote for Tay-Sachs disease.

Researchers found that heterozygote individuals have a higher resistance to malaria.

The heterozygote genotype produced a different phenotype than the homozygous dominant or homozygous recessive genotype.

The geneticist studied the inheritance of traits in heterozygote mice.

The zookeeper found out that the leopard was a heterozygote for a recessive trait that was not visible in its phenotype.

The biology teacher explained that being a heterozygote for a trait meant that the individual had two different versions of the gene.

The medical researcher found that the heterozygote mice showed different responses to the treatment than the homozygote mice.

The heterozygote offspring expressed the dominant phenotype.

The breeder was delighted to find a heterozygote stallion that carried the genes for both speed and endurance.

As a heterozygote for a rare genetic disorder, the patient was advised to undergo regular checkups.

The genetic test revealed that the patient was a heterozygote for sickle cell anemia.

The zoologist was interested in studying the behavior of heterozygote animals in the wild.

The breeding of two heterozygote plants resulted in a diverse offspring with varying genetic traits.

The police forensic team analyzed DNA samples from the crime scene and identified the suspect as a heterozygote for a particular genetic marker.

The prevalence of heterozygote individuals for certain genetic traits varies across different ethnic groups.

The researcher identified the heterozygote genotype by analyzing the DNA sample.

The study aimed to determine the effect of heterozygote advantage on the population's genetic variation.

The geneticist explained that a heterozygote may not express the recessive trait but can pass it on to their offspring.

The heterozygote has a mix of dominant and recessive alleles for a particular gene.

The conservationist was concerned about the impact of a new pesticide on the heterozygote population of a rare butterfly species.

The doctor advised genetic counseling for the heterozygote couple to understand the risks of their offspring inheriting a genetic disorder.

The probability of having a heterozygote child is higher if both parents carry the same gene.

The genetic counselor advised the couple to undergo genetic testing for the presence of a heterozygote gene.

Being a heterozygote for a specific gene can provide resistance to certain diseases.

The laboratory technician identified the heterozygote trait by examining the genetic markers.

The heterozygote condition in some genes can be associated with better cognitive abilities.

The veterinary surgeon checked the heterozygote dog's DNA to determine if it was a carrier of any genetic diseases.