recessives Sentences

The recessive allele for a particular trait caused the condition to only manifest in the offspring.

In genetics, recessive traits are those that require two copies of the gene to be expressed in the phenotype.

Scientists are searching for recessive genes linked to certain genetic disorders.

A recessive gene for blue eyes would not show up in a person unless they inherited one from each parent.

Breeding two carriers of a recessive gene will result in offspring with the trait only if both parents pass on the allele.

Recessive inheritance patterns are crucial to understanding genetic diversity and related diseases.

In a population with high carrier rates of a recessive disease, genetic counseling is important for family planning.

Genetic testing can help identify individuals who carry recessive genes, even if they do not exhibit the trait.

Recessive traits are often found in less visible illnesses or physical characteristics, such as certain eye or hair colors.

Understanding recessive inheritance is essential for predicting the likelihood of certain genetic conditions in offspring.

Recessive gene mutation occurred in the individual, causing a serious health issue that would not have appeared without the specific combination of alleles.

The recessive trait for cystic fibrosis typically does not manifest unless an individual inherits two copies of the allele.

Students learn about recessive inheritance in genetics classes, understanding how certain traits are passed down through generations.

Recessive alleles are critical in understanding why some genetic disorders are rare but can have significant impacts on health.

In the context of genetic disorders, recessive inheritance can explain why some traits appear in only certain relatives but not others.

When two parents are carriers of a recessive gene, their child has a 25 percent chance of inheriting the trait and expressing it.

Research into recessive genes is helping medical professionals develop more targeted treatments for genetic diseases.

Understanding recessive allele interactions can help predict genetic predispositions and improve genetic counseling practices.

Recessive gene expression is different from dominant genes, which shows that genetic inheritance is complex and diverse.