Diploid

The diploid nature of humans allows for a wide range of genetic diversity.

The diploid condition allows for genetic diversity in a population.

The diploid number of chromosomes in a dog is 78.

The child inherited the diploid trait for blue eyes from both parents.

The diploid cells in our body contain two sets of chromosomes.

Diploid species reproduce sexually by combining genetic material from two parents.

Researchers are studying the effects of a diploid gene mutation on disease susceptibility.

A diploid organism inherits one set of chromosomes from each parent.

The diploid state of the organism is crucial for sexual reproduction to occur.

The doctor explained that humans have diploid cells, whereas bacteria have haploid cells.

The farmer selectively bred diploid plants to enhance their disease resistance.

The geneticist examined the diploid nature of the zygote formed after fertilization.

In humans, each somatic cell is diploid, meaning it has two copies of each chromosome.

The diploid number of chromosomes is characteristic of most animal species.

Diploid plants have two sets of chromosomes, while haploid plants have only one set.

The diploid condition allows for the formation of homologous pairs during meiosis.

In a diploid organism, the chromosomes are arranged in pairs known as homologous chromosomes.

The geneticist studied the diploid genome of the fruit fly to understand its patterns of inheritance.

In humans, each diploid cell contains 23 pairs of chromosomes.

The diploid nuclei of certain fungi undergo meiosis to produce haploid spores.

The genetic diversity in diploid populations allows for adaptation to changing environments.

The diploid phase of the life cycle in ferns is the dominant stage.

Diploid cells undergo mitosis to produce two identical daughter cells.

The diploid condition allows for genetic variation through recombination.

Researchers study diploid cell lines to understand the mechanisms of genetic diseases.

Diploid organisms typically inherit one set of chromosomes from each parent.

The diploid state is essential for sexual reproduction in plants.

The diploid nature of certain algae species contributes to their adaptability in changing environments.

Diploid embryos are commonly used in genetic engineering experiments.

The diploid chromosome number in fruit flies is eight.

In diploid organisms, each chromosome has a corresponding homologous pair.

The diploid state is crucial for the normal development of most animals.

The diploid organism inherited two sets of chromosomes from its parents.

Diploid plants typically reproduce through fertilization of gametes.

Scientists study the diploid genome to understand the inheritance of traits in organisms.

Diploid organisms have two copies of each gene, allowing for redundancy and backup.

The diploid cells in our body are responsible for our growth and development.

In humans, each somatic cell is diploid, containing two sets of chromosomes.

The diploid genome of an organism contains the complete set of genetic information.

In a diploid organism, both alleles of a gene are present in each cell.

The genetic disorder is caused by an abnormal diploid condition in the patient's cells.

The diploid genome of an organism contains all the genetic information necessary for its development.

In diploid animals, both parents contribute an equal number of chromosomes to their offspring.

The diploid nuclei of fungi undergo meiosis to form haploid spores.

The genetic diversity in a population can be analyzed by studying the diploid individuals within it.

The diploid state is essential for sexual reproduction in most eukaryotic organisms.

The diploid phase of a plant's life cycle involves the production of gametes.

Diploid cells undergo meiosis to produce haploid cells for sexual reproduction.

Certain genetic disorders result from abnormalities in the diploid chromosome number.

The diploid state is essential for sexual reproduction in most multicellular organisms.