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FORCE's eXamining the Relevance of Articles for You (XRAY) program looks behind the headlines of cancer news to help you understand what the research means for you. XRAY is a reliable source of hereditary cancer research-related news and information.
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In portal: Ovarian Cancer, Categories Cancer Risk

21 through 30 of 35

Relevance: Medium-High

Strength of Science: High

Research Timeline: Post Approval

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Study : Hormone therapy and breast cancer risk after ovary removal in women with a BRCA1 mutation

Relevance: Medium-High

Strength of Science: High

Research Timeline: Post Approval

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Most relevant for: Women with BRCA1 mutations who have had risk-reducing ovary removal and have never been diagnosed with breast cancer

Does hormone therapy (HT) alter the risk of breast cancer for woman carrying a BRCA1 mutation who have never been diagnosed with cancer? In this study, researchers showed that among women with BRCA1 mutations, HT use did not increase breast cancer rates for 10 years after ovary removal. More women taking combined estrogen plus progesterone developed breast cancer compared to those taking estrogen only, though this difference was not statistically significant. (9/7/18)

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Relevance: Medium

Strength of Science: Medium

Research Timeline: Human Research

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Study : Evaluation of some direct-to-consumer genetic testing reveals inaccuracies and misinterpretations

Relevance: Medium

Strength of Science: Medium

Research Timeline: Human Research

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Most relevant for: People who are considering or have had direct-to-consumer testing

A clinical genetic testing laboratory examined results from direct-to-consumer genetic testing ordered directly by patients. They found many instances of false positives—reported mutations that were not actually present—and in some cases, reports of variants that "increased risk," but were actually benign. This study emphasized the importance of involving genetics experts in the interpretation of genetic test results. (6/28/18)

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Relevance: Medium-High

Strength of Science: Medium-High

Research Timeline: Human Research

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Study : Mutations in Lynch syndrome genes MSH6 and PMS2 may be associated with breast cancer

Relevance: Medium-High

Strength of Science: Medium-High

Research Timeline: Human Research

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Most relevant for: Women with an MSH6 or PMS2 mutation

Some women with mutations in MSH6 and PMS2, two Lynch syndrome genes, may have a modest (2 to 3-fold) increased risk for breast cancer. (6/14/18 updated 09/25/19)

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Relevance: High

Quality of Writing: High

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Article : The right not to know when not knowing is dangerous

Relevance: High

Quality of Writing: High

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Most relevant for: People with Icelandic heritage

Healthcare providers are bound by the guiding principle of doing no harm. But how does this concept apply to their patients who have not consented to genetic testing or who do not want to know their results? In that case, is providing test results more harmful or not? Anna Clausen explores these issues in the context of breast cancer gene testing in her Global Health Now article “The Right Not to Know: When Ignorance is Bliss but Deadly.” (4/20/18)

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Relevance: Medium

Research Timeline: Post Approval

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Update : FDA approves at-home test kits for inherited cancer: how useful are they?

Relevance: Medium

Research Timeline: Post Approval

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Most relevant for: People who are considering or have had direct-to-consumer testing through 23andMe

Genetic testing for health conditions (such as risk for cancer) typically requires a prescription from a doctor. Until recently, direct-to-consumer (DTC) genetic testing has focused on tests to learn your ancestry and find of unknown branches of family trees. A laboratory called 23andMe that provides direct-to-consumer genetic testing has been given FDA approval to report results for 3 mutations found in the BRCA1 and BRCA2 genes. The FDA statement provides details about this approval and warns people about the limitations of the 23andMe test. (03/19/18)

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Relevance: Medium

Quality of Writing: Medium-High

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Article : Mixed reviews of at-home genetic testing

Relevance: Medium

Quality of Writing: Medium-High

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Most relevant for: People who are considering or have had direct-to-consumer testing

National guidelines recommend that patients meet with a genetics expert before undergoing genetic testing for cancer risk. Genetic counseling can help patients decide whether genetic testing is right for them and order the most appropriate test. Once test results are available, genetics experts also help patients understand their results. Over the last decade, the popularity of direct-to-consumer (DTC) genetic testing, such as 23andMe has grown. Some genetic tests are marketed to consumers on television, in print advertisements, and on the Internet. These “at-home” genetic tests give people direct access to their genetic information without first involving a healthcare provider in the process. A recent report outlines the benefits and limitations of DTC genetic testing. (10/20/17)

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Relevance: Medium-High

Quality of Writing: High

Article : Parents face challenges when deciding the best time to tell children that they may be at high risk for cancer

Relevance: Medium-High

Quality of Writing: High

Most relevant for: Parents who have an inherited gene mutation

When certain types of cancers run in families, genetic testing can determine whether the cause is hereditary. Genetic testing can help family members understand their cancer risk and make medical decisions to stay healthy. A test result can provide significant insight, but it also creates challenges for parents, because gene mutations that cause hereditary cancers can be passed from mothers and fathers to sons and daughters. People with these mutations must make difficult decisions about when to tell their children that they too may have inherited the mutation. (8/22/2017)

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Relevance: High

Strength of Science: High

Research Timeline: Post Approval

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Study : New cancer risk estimates for BRCA1/2 mutation carriers

Relevance: High

Strength of Science: High

Research Timeline: Post Approval

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Most relevant for: Women with an inherited mutation in BRCA1 or BRCA2

Cancer risk estimates for BRCA1 and BRCA2 mutation carriers are important because they impact patient decision-making. Until now, almost all risk estimates for mutation carriers were based on results of retrospective studies that looked back on mutation carriers who had cancer. This new study is prospective—it followed almost 10,000 BRCA mutation carriers without cancer to see if or when they developed breast or ovarian cancer. The cancer risk estimates of this study may be more accurate because it followed mutation carriers who did not have cancer over time. (7/28/17)

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Relevance: Medium

Strength of Science: Medium-High

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Study : Removing ovaries before age 50 may increase the risk of chronic conditions for some women

Relevance: Medium

Strength of Science: Medium-High

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Most relevant for: Women under 50 years of age who have had or are considering removing their ovaries

Removal of ovaries and fallopian tubes prevents ovarian cancer, but it may come with other health risks. Experts recommend removal of ovaries and fallopian tubes in women at high risk for ovarian cancer due to inherited mutations in BRCA or other genes linked to ovarian cancer risk. For these high-risk women the benefit of ovarian cancer prevention outweighs the risk of long-term complications. Based on a recent study, some researchers feel that for women who are not at increased risk for cancer, the risk for some chronic conditions is too high to consider removal of both ovaries. (11/1/16)

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Relevance: Medium-High

Strength of Science: Medium

Research Timeline: Post Approval

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Study : Rare mutations in PALB2, CHEK2, and ATM: how much do they increase cancer risk?

Relevance: Medium-High

Strength of Science: Medium

Research Timeline: Post Approval

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Most relevant for: People who tested positive for one of the rare variants in CHEK2, ATM or PALB2 that are covered in this study

As multi-gene panel tests become more common, people are discovering they have mutations in genes that are not understood as well as BRCA. This can make it difficult to give patients accurate assessments of their cancer risk. For example, mutations in PALB2, CHEK2, and ATM are rare, but some specific changes in these genes are even less common. The goal of this international collaboration was to better understand the cancer risks of some very rare PALB2, CHEK2, and ATM mutations. The findings are relevant only to the specific mutations covered in this paper and do not apply to all people with mutations in PALB2, CHEK2, or ATM. (9/27/16)

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