Carrier screening for genetic diseases (2023)

Carrier screening for genetic diseases (1)

Genetic diseases are the main cause of death among infants and are responsible for 20-30% of the total annual infant mortality rate¹. Everyone carries mutations in their genes but not all mutations are pathogenic, i.e. have an effect on our health and development. Genetic diseases are caused by mutations and can be either dominant – caused by a pathogenic mutation in just one copy of a chromosome, or recessive – caused by pathogenic mutations in both copies. If someone has a recessive mutation in only one copy of the gene, that person is considered a “carrier”, but has not inherited the disease.

Usually, carriers of genetic diseases are not aware of their status as they do not exhibit any symptoms and can pass it down to their children. Carrier screening tests that can inform individuals whether they are carriers of a genetic disease, are crucial to minimize the risk of transmitting the disease to their children. When testing is carried out before pregnancy, it can provide information that can guide reproductive choices and offer more time to take appropriate decisions. In case carrier screening is performed during pregnancy, it can help parents better prepare for the birth of their children. Some genetic diseases that are frequently prevalent and have moderate to severe clinical phenotype, can affect quality of life and can often be managed through early interventions.

The results of a carrier screening test can be either positive, meaning that a pathogenic or likely pathogenic mutation has been identified and that the person is a carrier of the genetic disease; or negative, meaning that a pathogenic or likely pathogenic mutation has not been identified. If a pathogenic autosomal recessive mutation is detected in the same gene in both parents, then there is a 25% risk of the child being born with the genetic disease, and 50% risk of being a carrier like the parents. In case a pathogenic mutation is detected only in one of the parents, then the child has 50% risk of becoming a carrier of the disease².

Screening programs for the detection of carriers of severe genetic diseases have been active around the world for many years, with most of them focusing on β-thalassemia. B-thalassemia is one of the most common hereditary single gene diseases around the world and is the most widespread genetic disease amongst the Cypriot population. Cyprus has the highest percentage of healthy carriers of β-thalassemia worldwide⁴’⁵’⁶. Carrier screening programs for β-thalassemia have been active in Cyprus since 1973. After the implementation of the program, the number of affected babies fell from 51 in 1974 to only 8 in 1979⁴. The number of affected babies kept dropping, with only 5 total affected births between the years of 1991 to 2001⁶. Cyprus’ screening program is one of the most successful programs in the world as far as hereditary hemoglobin diseases are concerned.

According to the American Congress of Obstetricians and Gynecologists (ACOG) and the American College of Medical Genetics and Genomics (ACMG), information about carrier screening testing should be provided to all pregnant women, as well as to those who are planning to start a family. Carrier screening tests can be beneficial for any individual wishing to know more about their carrier profile, couples planning to start their families or who are already expecting, candidate gamete donors for parent-donor compatibility, population groups that are at high risk for specific diseases, and for people who have a known family history of a genetic mutation.

The information obtained with such genetic tests can offer healthcare providers and individuals, couples or prospective parents useful genetic insight into one’s carrier status. Carrier screening tests can inform, guide and empower people on their reproductive choices; help them evaluate their options and take informed decisions regarding prevention and therapy of genetic diseases that may be manageable through early interventions.

  1. Berry RJ, Buehler JW, Strauss LT, et al. 1987. Birth weight-specific infant mortality due to congenital abnormalities, 1960 and 1980. Public Health Report 102:171-81
  2. National Library of Medicine National Institutes of Health, (2020), https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4758394/
  3. The American College of Obstetricians and Gynecologists,(2018), https://www.acog.org/Patients/FAQs/Carrier-Screening
  4. Onmed.gr, (2015), https://www.onmed.gr/ygeia/story/326064/ti-simainei-na-eisai-foreas-mias-astheneias
  5. National Library of Medicine National Institutes of Health, (2020), https://www.ncbi.nlm.nih.gov/pubmed/19390864
  6. Ministry of Health Cyprus, (2018)
  7. Cousens, Nicole E et al. “Carrier screening for beta-thalassaemia: a review of international practice.” European Journal of Human Genetics: EJHG vol. 18,10 (2010): 1077-83. doi:10.1038/ejhg.2010.90
  8. In-cyprus,(2019),https://in-cyprus.com/more-than-1-in-10-cypriots-carriers-of-%CE%B2-thalassemia-world-thalassaemia-day/
  9. Nazareth, S. B., Lazarin, G. A., & Goldberg, J. D. (2015). Changing trends in carrier screening for genetic disease in the United States. Prenatal Diagnosis, 35(10), 931–935.https://doi.org/10.1002/pd.4647

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NIPD Genetics - Privacy Policy

General Statement

NIPD Genetics is a leading, innovative biotechnology company that designs, develops, and provides a broad spectrum of healthcare services to its customers through its expansive portfolio of molecular and clinical laboratory tests in all disciplines.

At NIPD Genetics we are committed to protecting and respecting our customer’s privacy and personal information. Personal information or personal data means any information that identifies, relates to, describes, is capable of being associated with, or could be reasonably linked, directly or indirectly, with a particular individual, such as name, identification number, location data, an online identifier or to one or more factors specific to the physical, physiological, genetic, mental, economic, cultural or social identity of that individual.

NIPD Genetics collects and processes your personal information according to the General Data Protection Regulation (EU) 2016/679 and the Cypriot law providing for the protection of natural persons with regards to the processing of personal data and for the free movement of such data (L. 125(I)/2018). The following principles lie at the heart of our approach to handling personal data:

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NIPD Genetics has appointed a Data Protection Officer (DPO) who is responsible for overseeing and ensuring that personal information is collected and processed in line with these principles. The contact details of the Data Protection Officer (DPO) can be found below:

Email address: dpo@nipd.com

Postal address: 31 Neas Engomis street, 2409 Engomi, Nicosia, Cyprus

Telephone number: + 357 22266888

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We collect and process several types of personal information from and about users of our websites and of our products and services, including:

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(Video) Routine genetic carrier screening

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Your personal information is collected by NIPD Genetics for the following purposes:

  1. To provide you with our products and services, respond to your inquiries or fulfill your requests and otherwise manage your relationship with us. The legal basis for processing is to meet the requirements of a contract, to comply with our legal obligations and/or because we have a legitimate interest in responding to requests for information about our products and services.
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To provide our products and services, NIPD Genetics may collect, receive and process biological samples to isolate and sequence DNA. NIPD Genetics may then store resulting genetic information and use genetic information to provide our products and services. In some cases, NIPD Genetics may provide interpretations of genetic information on behalf of its customers, including healthcare providers. This is only done pursuant to a written contract or a Sample Information Form with a patient’s informed consent and is subject to applicable legal and ethical safeguards.

This sensitive information described above is collected by NIPD Genetics for the following purposes:

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(Video) Chapter 4: Genetic disease carrier testing

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(Video) CF Carrier Screening Genetic Counseling

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This Privacy Policy may be updated from time to time. We will notify you of any changes by posting the new Privacy Policy on this page.

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You are advised to review this Privacy Policy periodically for any changes. Changes to this Privacy Policy are effective when they are posted on this page.

YOUR LEGAL RIGHTS

NIPD Genetics ensures that it can respond immediately to requests that you make for the exercise of your legal rights in accordance with data protection laws. These rights are as follows:

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    • The personal information is no longer necessary for us
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  • The right to data portability – at any given time you have the right to receive the personal information we hold about you in a structured, commonly used and machine-readable format (pdf, word etc.). You also have the right to request that these data are transferred to another service in a safe and secure way

You also have the right to lodge a complaint at any time to the Office of the Commissioner for Personal Data Protection.

We encourage you to contact us, should you wish to practice any of your legal rights or you have any questions about this Privacy Policy, by sending an email to NIPD Genetics’ Data Protection Officer at dpo@nipd.com.

Effective date: 18/06/2021

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(Video) Carrier Screening Explained With Picture Genetics

FAQs

What is a genetic carrier screening? ›

Carrier screening is a type of genetic test that can tell you whether you carry a gene for certain genetic disorders. When it is done before or during pregnancy, it allows you to find out your chances of having a child with a genetic disorder.

What conditions are tested in carrier screening? ›

We recommend that all women consider having carrier screening for cystic fibrosis, spinal muscular atrophy (SMA), sickle cell disease and other hemoglobin disorders. A number of genetic disorders occur more frequently in certain ethnic populations.

How do you screen for genetic disorders? ›

They include carrier screening and prenatal genetic screening tests: Carrier screening is done on parents (or those just thinking about becoming parents) using a blood sample or tissue sample swabbed from inside the cheek. These tests are used to find out whether a person carries a gene for certain inherited disorders.

What are 3 ways genetic screening can be done? ›

There are several types of genetic tests:
  • Molecular tests look for changes in one or more genes. ...
  • Chromosomal tests analyze whole chromosomes or long lengths of DNA to identify large-scale changes. ...
  • Gene expression tests look at which genes are turned on or off (expressed) in different types of cells.
28 Jul 2021

Is genetic carrier screening worth it? ›

Since being a carrier for one or more genetic conditions is very common, anyone who is pregnant or planning to become pregnant should consider having genetic carrier screening. The results can provide you with important information about your chances to have a child with certain genetic conditions.

How accurate is genetic carrier screening? ›

Some tests are more accurate than others. On average, carrier screens have a detection rate greater than 90%.

When do you need a carrier screening? ›

Carrier screening and counseling ideally should be performed before pregnancy because this enables couples to learn about their reproductive risk and consider the most complete range of reproductive options, including whether or not to become pregnant and whether to use advanced reproductive technologies such as ...

How long does genetic carrier screening take? ›

Once a sample of your blood, saliva or tissue is taken, a lab will isolate the DNA from your cells to perform the screening. Because most hospitals have to send your blood to an off-site laboratory to do carrier testing, it will likely take between one and two weeks to get your results.

Does insurance cover genetic carrier testing? ›

Most health insurance plans will cover the cost of genetic testing when recommended by a physician. However, all coverage and reimbursement is subject to Medicare, Medicaid, and third-party payer benefit plans.

What is the most common form of genetic screening? ›

Newer testing called cell-free DNA testing looks at a baby's DNA via a blood test done on the mother. Newborn screening. This is the most common type of genetic testing. In the United States, all states require that newborns be tested for certain genetic and metabolic abnormalities that cause specific conditions.

What are the different types of genetic screening? ›

There are different types of genetic testing which include:
  • Molecular genetic tests (or gene tests) ...
  • Chromosomal genetic tests. ...
  • Biochemical tests. ...
  • Newborn screening. ...
  • Diagnostic testing. ...
  • Carrier testing. ...
  • Prenatal testing. ...
  • Pre-implantation testing.
11 Jul 2022

Is genetic screening the same as genetic testing? ›

Genetic testing is focused on an individual; genetic screening is really focused on a whole population of people, trying to identify those specifically who are [at] increased risk to develop it or to have children with a condition in question or the condition being screened for.

Why do doctors push genetic testing? ›

Genetic testing can help identify an inherited condition or disease risk. The test results might help you and your doctor: Choose ways to prevent or treat a condition. Decide which screening tests you need (to find a disease at an early stage when it might be more treatable).

What is the best method of genetic testing? ›

Molecular Testing

For small DNA mutations, direct DNA testing is typically the most effective method, particularly if the function of the protein is unknown and a biochemical test cannot be developed. A DNA test can be performed on any tissue sample and requires very small amounts of sample.

Who should get genetic testing? ›

Who Should Get Genetic Testing? You should consider getting genetic testing if you have: A recent or current cancer diagnosis at a young age. Multiple types of any cancer or multiple people with cancer in your family.

Does genetic testing show autism? ›

Genetic testing looks for causes of ASD but cannot be used to diagnose ASD. Some people with ASD have syndromic ASD, meaning that they have other specific features in addition to having ASD, such as looking different from other people in the family or having birth defects.

Does everyone carry a genetic disease? ›

Myth: You only need carrier screening if you are Jewish—or Ashkenazi Jewish. Fact: While everyone is at risk of carrying genetic diseases, testing is especially important for people with a higher risk level.

Can genetic blood test be wrong? ›

Rarely, tests results can be false negative, which occur when the results indicate a decreased risk or a genetic condition when the person is actually affected. In some cases, a test result might not give any useful information. This type of result is called uninformative, indeterminate, inconclusive, or ambiguous.

Do both parents have to be carriers of a disease? ›

Parents can have a baby with a genetic condition even though neither parent has it. Babies inherit two copies of each gene, one from each parent. For some genetic conditions, the baby will only have the condition if both copies of the gene related to the condition do not work properly.

What does it mean to be a carrier of a genetic disorder? ›

A carrier, as related to genetics, is an individual who “carries” and can pass on to its offspring a genomic variant (allele) associated with a disease (or trait) that is inherited in an autosomal recessive or sex-linked manner, and who does not show symptoms of that disease (or features of that trait).

How do you know if you have a genetic disorder? ›

Laboratory tests, including genetic testing: Molecular, chromosomal, and biochemical genetic or genomic testing are used to diagnose genetic disorders. Other laboratory tests that measure the levels of certain substances in blood and urine can also help suggest a diagnosis.

What are the chances that my partner and I are carriers for the same genetic disease? ›

If you and your partner are both carriers of the same recessive disease, there is a 25% risk that your child will be born with that disease. There is a 50% chance that your child will be a carrier with no symptoms of the disorder, and a 25% chance that your child will not inherit the gene mutation from either parent.

Why is genetic testing not covered by insurance? ›

Passed in 2008, a federal law called the Genetic Information Nondiscrimination Act (GINA) made it illegal for health insurance providers in the United States to use genetic information in decisions about a person's health insurance eligibility or coverage.

Can genetic testing be used against you? ›

Your genetic information could also potentially be used against you in a court case. If you were to seek damages for a work-related injury, for example, a company might try to use information from your genome to point to potential other causes for your symptoms.

Does labcorp do genetic carrier testing? ›

Choice in carrier screening

And Inheritest offers choice in testing, with options that screen from three hereditary disorders to more than 110. Ask your doctor which panel may be right for you, and visit our website for details on disorders we screen for.

Who needs genetic testing before pregnancy? ›

You and your partner may want to consider genetic testing before conceiving if either one of you don't know your family history, as is often the case when adoption is involved. Genetic testing can also be a valuable risk assessment tool for couples who already have one child with a birth defect or genetic disorder.

What does it mean to be a carrier of an inherited disease? ›

A carrier, as related to genetics, is an individual who “carries” and can pass on to its offspring a genomic variant (allele) associated with a disease (or trait) that is inherited in an autosomal recessive or sex-linked manner, and who does not show symptoms of that disease (or features of that trait).

Why is carrier screening important? ›

Carrier screening is important because it helps us discover whether a patient is a carrier of serious inheritable genetic conditions, including cystic fibrosis, spinal muscular atrophy, Tay Sachs and sickle cell disease. We can also test for many other conditions.

What does myriad carrier screening test for? ›

If you're pregnant, the Myriad Prequel Prenatal Screen is a noninvasive screen ordered by your healthcare provider that you can take as early as 10 weeks into your pregnancy to learn about your baby's chance of having a chromosome abnormality leading to a condition like Down syndrome.

Does insurance cover genetic carrier testing? ›

Most health insurance plans will cover the cost of genetic testing when recommended by a physician. However, all coverage and reimbursement is subject to Medicare, Medicaid, and third-party payer benefit plans.

Does genetic testing show autism? ›

Genetic testing looks for causes of ASD but cannot be used to diagnose ASD. Some people with ASD have syndromic ASD, meaning that they have other specific features in addition to having ASD, such as looking different from other people in the family or having birth defects.

What are examples of carrier genetic diseases? ›

What are some of the diseases that you can be a carrier for?
  • ARSACS.
  • Agenesis of the Corpus Callosum with Peripheral Neuropathy.
  • Autosomal Recessive Polycystic Kidney Disease.
  • Beta Thalassemia and Related Hemoglobinopathies.
  • Bloom Syndrome.
  • Canavan Disease.
  • Congenital Disorder of Glycosylation Type 1a (PMM2-CDG)
17 Jan 2020

Can you carry a gene but not have the disease? ›

Recessive inheritance means both genes in a pair must be abnormal to cause disease. People with only one defective gene in the pair are called carriers. These people are most often not affected with the condition. However, they can pass the abnormal gene to their children.

Which parents genes are more dominant? ›

And while it is true that you get half of your genes from each parent, the genes from your father are more dominant, especially when it comes to your health.

How long does genetic carrier screening take? ›

Once a sample of your blood, saliva or tissue is taken, a lab will isolate the DNA from your cells to perform the screening. Because most hospitals have to send your blood to an off-site laboratory to do carrier testing, it will likely take between one and two weeks to get your results.

Do both parents have to be carriers of a disease? ›

Parents can have a baby with a genetic condition even though neither parent has it. Babies inherit two copies of each gene, one from each parent. For some genetic conditions, the baby will only have the condition if both copies of the gene related to the condition do not work properly.

How much does myriad carrier screening cost? ›

At Myriad, we understand that each situation is unique. Therefore, we have designed programs to make sure testing is affordable for everyone. Through excellent insurance and financial assistance, 75% of patients who undergo myRisk testing pay $0 and 90% of patients pay $100 or less.

How much does myriad genetic testing cost? ›

These tests can cost up to $4000. However, Myriad claims that 97% of private health insurance companies cover its testing. The company also offers a financial assistance program. This program may cap expenses at $295 for individuals who qualify.

How accurate is myriad genetic testing? ›

99.98 percent* analytic sensitivity. 14-21 days for test turnaround time. 97 percent of private insurance companies cover Myriad's hereditary cancer genetic testing.

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