Germline

The scientist analyzed the germline DNA of the study participants.

The germline genome is different from the somatic genome.

Mutations in germline cells can lead to genetic disorders in offspring.

The disease is caused by a germline mutation in a tumor suppressor gene.

Germline mutations can be passed on to offspring.

A germline mutation in the BRCA1 gene can increase the risk of ovarian cancer.

Germline mutations can be passed down from parents to their children.

The study aimed to investigate germline variations in breast cancer.

The inheritance pattern of the germline variant is autosomal dominant.

The germline cells in males and females undergo different processes during meiosis.

The offspring inherit half of their germline DNA from each parent.

Scientists are studying the effects of germline editing on human embryos.

The geneticist discovered a new germline mutation in the patient's DNA.

The study found a link between germline mutations and an increased risk of cancer.

A person's germline DNA can provide information about their ancestry.

Researchers studied the germline DNA of different species to understand evolutionary relationships.

Germline gene editing has the potential to eliminate genetic disorders.

The genetic counselor explained the implications of the germline variant to the patient.

The formation of germline cells occurs during embryonic development.

The ability to modify germline cells raises ethical concerns.

Genetic testing can identify germline mutations that increase cancer risk.

The effects of radiation exposure on the germline can be passed down to future offspring.

Germline therapy is a controversial topic with ethical implications.

Researchers are studying the germline to better understand the causes of infertility.

Certain chemicals and toxins can damage the germline and affect fertility.

The germline modification technology has the potential to treat genetic diseases.

The cancer risk may increase if there is a mutation in the germline DNA.

Certain mutations in the germline can be passed down through generations.

The germline mutations can lead to various genetic disorders.

The presence of germline cells in the gonads is necessary for reproduction.

The researchers studied the germline cells to understand the process of genetic recombination.

The inheritance of germline mutations can predispose individuals to cancer.

The genetic diversity of a population is affected by the frequency of germline mutations.

The germline genome is the complete set of an organism's hereditary information.

The germline gene editing technology has the potential to prevent genetic disorders.

Germline mutations can lead to hereditary diseases.

A mutation in the germline cells can be passed on to future generations.

Germline stem cells give rise to eggs and sperm.

Germline editing raises ethical concerns regarding the potential for unintended consequences and the creation of designer babies.

The genetic disorder was passed down through multiple generations in the germline.

The inheritance of certain traits is determined by germline cells.

Germline mutations can be passed down from generation to generation.

The researchers investigated the role of DNA methylation in germline cells.

The chemotherapy affected both the cancerous and germline cells.

Genetic counseling can help individuals understand the risk of passing germline mutations to their children.

The genetic counselor explained the potential risks of passing on the mutation in the germline.

The parents hoped to pass on their athletic abilities to their children through their germline.

The genetic mutation was found in the germline of the patient.

Researchers are investigating the role of germline mutations in cancer development.

The differentiation of germline cells involves epigenetic modifications.