Genetic privacy

Wolters Kluwer to showcase innovative legal tech solutions at American Association of Law Libraries Conference

Retrieved on: 
Giovedì, Luglio 13, 2023

NEW YORK, July 13, 2023 /PRNewswire/ -- Wolters Kluwer Legal & Regulatory U.S. will showcase a diverse portfolio of new and recently enhanced solutions for legal professionals at the 2023 American Association of Law Libraries (AALL) Annual Meeting and Conference, taking place in Boston, MA from July 15-18. Ken Crutchfield, Vice President & General Manager of Legal Markets for Wolters Kluwer Legal & Regulatory U.S., will moderate a panel titled "Exploring the Opportunities and Risks of ChatGPT in the Legal Industry" during the conference.

Key Points: 
  • NEW YORK, July 13, 2023 /PRNewswire/ -- Wolters Kluwer Legal & Regulatory U.S. will showcase a diverse portfolio of new and recently enhanced solutions for legal professionals at the 2023 American Association of Law Libraries (AALL) Annual Meeting and Conference , taking place in Boston, MA from July 15-18.
  • Ken Crutchfield, Vice President & General Manager of Legal Markets for Wolters Kluwer Legal & Regulatory U.S., will moderate a panel titled "Exploring the Opportunities and Risks of ChatGPT in the Legal Industry" during the conference.
  • Powered by Wolters Kluwer's wide range of world-class regulatory analysis, the new and enhanced innovative solutions enable customers to bring profound impact to their organizations and clients.
  • Attendees can demo all of these solutions and more by visiting the Wolters Kluwer team at Booth #721.

California Health Coalition Advocacy Sponsors Bill to Protect the Genetic Privacy of Children

Retrieved on: 
Giovedì, Marzo 2, 2023

SACRAMENTO, Calif., March 2, 2023 /PRNewswire/ -- In an effort to protect the genetic privacy of children, California Health Coalition Advocacy, a non-profit organization based in Sacramento, has sponsored a bill, " SB 625 Newborn screening: genetic diseases: blood samples collected, " introduced by Senator Nguyen on February 16, 2023.

Key Points: 
  • SACRAMENTO, Calif., March 2, 2023 /PRNewswire/ -- In an effort to protect the genetic privacy of children, California Health Coalition Advocacy, a non-profit organization based in Sacramento, has sponsored a bill, " SB 625 Newborn screening: genetic diseases: blood samples collected, " introduced by Senator Nguyen on February 16, 2023.
  • California indefinitely stores the residual blood samples and makes them available to third party researchers without the consent of parents.
  • In 2021, California passed the Genetic Information Privacy Act to protect the genetic information of consumers with regard to certain genetic tests and to require express consent for collection, use, or disclosure of the consumer's genetic data.
  • "This is a common sense bill that would enable parents to protect their children's personal medical information," said Valerie Noble, president and co-founder of California Health Coalition Advocacy.

DNA Labs International is the first accredited lab to use the ForenSeq® Kintelligence System to aid in the identification of unidentified remains

Retrieved on: 
Mercoledì, Febbraio 23, 2022

Gelsinger's remains washed ashore a month later with his identification card in his pocket, but Heasley's remains were not found or identified, until now.

Key Points: 
  • Gelsinger's remains washed ashore a month later with his identification card in his pocket, but Heasley's remains were not found or identified, until now.
  • In 2020, DNA Labs International received a molar from the Oregon State Police Medical Examiner's Office.
  • ForenSeq Kintelligence is the first targeted sequencing kit for FGG that is optimized for forensic samples and to maintain genetic privacy.
  • DNA Labs International is accredited by ANSI-ASQ National Accreditation Board (ANAB), the country's longest established provider of ISO 17025 accreditation to Forensic Sciences testing laboratories in the U.S.

Global Direct to Consumer Genetic Testing Market to 2027 - ResearchAndMarkets.com

Retrieved on: 
Martedì, Agosto 24, 2021

Global Direct to Consumer Testing Market valued at USD 1.2 Billion in 2019 which is expected to grow at around 13% CAGR during 2020 to 2027.

Key Points: 
  • Global Direct to Consumer Testing Market valued at USD 1.2 Billion in 2019 which is expected to grow at around 13% CAGR during 2020 to 2027.
  • Increase in awareness about genetic testing among consumer is the key driving factor which is expected to boost the global direct to consumer market growth.
  • However, lack of awareness regarding genetic testing in undeveloped countries is major restraining factor which is expected to hamper the global direct to consumer testing market.
  • Furthermore, Also, insecurities about genetic privacy will affect the global direct to consumer testing market growth.

COVID-19: Benzyl Benzoate Market 2020-2024 | Rising Need For Cosmetic And Personal Care Products to boost the Market Growth | Technavio

Retrieved on: 
Giovedì, Settembre 3, 2020

The report offers an up-to-date analysis regarding the current market scenario, latest trends and drivers, and the overall market environment.

Key Points: 
  • The report offers an up-to-date analysis regarding the current market scenario, latest trends and drivers, and the overall market environment.
  • While a few industries will register a drop in demand, numerous others will continue to remain unscathed and show promising growth opportunities.
  • The rising need for cosmetic and personal care products has been instrumental in driving the growth of the market.
  • Download a Free Sample Report on COVID-19 Impacts
    Benzyl Benzoate Market is segmented as below:

California’s SB 980 Would Codify Strong Protections for Genetic Data

Retrieved on: 
Giovedì, Settembre 3, 2020

If signed by the Governor before the Sept. 30 deadline, the law would become the first comprehensive genetic privacy law in the United States, establishing significant new protections for consumers of genetic services.

Key Points: 
  • If signed by the Governor before the Sept. 30 deadline, the law would become the first comprehensive genetic privacy law in the United States, establishing significant new protections for consumers of genetic services.
  • As we previously wrote and testified, the Genetic Information Privacy Act incorporates many of the protections in FPFs 2018 Privacy Best Practices for Consumer Genetic Testing Services.
  • Leading genetic testing companies have adopted the Best Practices, making them enforceable by the FTC and state AGs; SB 980 would extend safeguards to users of other genetics companies, protecting consumers and building trust in the industry.
  • Below we describe 1) that process and results of FPFs 2018 efforts; and 2) the significance of SB 980 as compared to existing laws and the voluntarily adopted Best Practices.
  • Why SB 980 is Significant // If signed by the Governor, SB 980 would be a landmark law for genetic privacy, going beyond existing federal and state laws as well as self-regulation.
  • Similarly, the handful of states that have heretofore addressed genetic information privacy have not established comprehensive protections.
  • In contrast, SB 980 would establish broad, comprehensive consumer protections for genetic information.
  • We are optimistic that SB 980 represents a major step forward for consumer rights.

California SB 980 Would Codify Many of FPF’s Best Practices for Consumer Genetic Testing Services, but Key Differences Remain

Retrieved on: 
Sabato, Luglio 25, 2020

In July 2018, the Future of Privacy Forum released Privacy Best Practices for Consumer Genetic Testing Services. FPF developed the Best Practices following consultation with technical experts, regulators, leading consumer genetic and personal genomic testing companies, and civil society. The FPF Best Practices include strict standards for the use and sharing of genetic information generated in the consumer context. Companies that pledged to follow the guidelines, including Ancestry, 23andMe, and Helix promised to: provide safeguards for how genetic information is collected, used, shared, and retained;implement consent requirements for the initial collection and certain subsequent disclosures of genetic information; guarantee consumer rights to access, correction, and deletion; ban sharing genetic information absent consent or legal process; andimplement strong data security protections and privacy by design principles.Below, we analyze SB 980’s approach to: (1) consent; (2) marketing; (3) privacy policies; (4) research; and (5) penalties and enforcement. We also examine (6) several other federal and state laws that currently regulate genetic privacy.  Consent for Genetic Data //FPF’s Best Practices define express consent as a consumer’s statement or clear affirmative action in response to a clear, meaningful, and prominent notice, while encouraging companies to use flexible consent mechanisms that are effective within the context of the service, in-app or in-browser experience, and relationship between the company and individual.  Marketing //Like FPF’s Best Practices, SB 980 also requires companies to obtain opt-in consent before marketing based on a consumer’s genetic data. A recent amendment would align SB 980’s and FPF’s approaches to marketing based on purchase history, requiring provision of an opt-out. However, a related SB 980 amendment would require companies to provide users with mechanisms to opt out of contextual advertising. This approach would be inconsistent with most leading norms, including HIPAA and the California Privacy Rights Act. This is because, in contrast to targeted or behavioral advertising, contextual advertising is not typically viewed as implicating significant privacy risks. Indeed, privacy advocates have cited contextual advertising as a privacy-protective model that displays marketing messages on web pages based on the content of the page, not information about an individual.  Privacy Policies // Similarly, SB 980 would require all direct-to-consumer genetic or illness testing services companies to provide consumers with “clear and complete information regarding the company’s policies and procedures for the collection, use, and disclosure, of genetic data” through “a summary of its privacy practices, written in plain language” and “a prominent and easily accessible privacy notice.”   Research //SB 980 also requires informed consent before using data for research, “in compliance with the federal policy for the protection of human research subjects” — effectively the same standard as the FPF Best Practices. Similarly, SB 980 also promotes strong deidentification of data, meaning data that “cannot be used to infer information about, or otherwise be linked to, a particular identifiable individual,” provided it is also subject to public commitments and contractual obligations to not make attempts to reidentify the data. Penalties and Enforcement //SB 980 includes a tiered penalty structure, with negligent violations of the act subject to civil penalties not to exceed one thousand dollars ($1,000) and willful violations between $1,000 and $10,000 plus court costs. Penalties for wilful violations would be paid to the individual to whom the genetic information pertains. Penalties could add up quickly – they are calculated on a per violation, per consumer basis. Earlier versions of SB 980 included criminal penalties; the bill sponsors recently removed criminal liability in favor of a higher civil penalty, raising the maximum fine from $5,000 to $10,000.  Other Federal and State Laws //Key state laws governing genetic information include:Alaska’s Genetic Privacy Act (2004) which regulates access, retention, and disclosure of genetic information without the “informed and written consent” of the consumer; recognizes that both the genetic information and the DNA samples collected are the property of the consumer; and provides for both civil and criminal penalties for violations of genetic privacy rights. Alaska’s law does not require valid legal process (such as a court order) for law enforcement access to genetic information. Florida’s House Bill 1189, Genetic Information for Insurance Purposes (passed and awaiting the Governor’s approval as of March 2020), would bar life, disability and long-term care insurance companies from using consumer genetic test results for coverage purposes. Nevada’s comprehensive Genetic Information Act (2013) prohibits the collection, retention, or disclosure of genetic information without prior consent from the individual; requires law enforcement to obtain a court order prior to accessing genetic information; provides consumers the right to inspect and obtain genetic records; requires entities holding genetic information to destroy that information if consent is withdrawn; and provides criminal penalties and a private right of action for violations of the law.SB 980 would establish obligations for direct-to-consumer genetic testing companies and others that collect or process genetic information.

Key Points: 
  • In July 2018, the Future of Privacy Forum released Privacy Best Practices for Consumer Genetic Testing Services. FPF developed the Best Practices following consultation with technical experts, regulators, leading consumer genetic and personal genomic testing companies, and civil society. The FPF Best Practices include strict standards for the use and sharing of genetic information generated in the consumer context. Companies that pledged to follow the guidelines, including Ancestry, 23andMe, and Helix promised to: 
    • provide safeguards for how genetic information is collected, used, shared, and retained;
    • implement consent requirements for the initial collection and certain subsequent disclosures of genetic information; 
    • guarantee consumer rights to access, correction, and deletion; 
    • ban sharing genetic information absent consent or legal process; and
    • implement strong data security protections and privacy by design principles.
  • Below, we analyze SB 980’s approach to: (1) consent; (2) marketing; (3) privacy policies; (4) research; and (5) penalties and enforcement. We also examine (6) several other federal and state laws that currently regulate genetic privacy. 
    1. Consent for Genetic Data //
  • FPF’s Best Practices define express consent as a consumer’s statement or clear affirmative action in response to a clear, meaningful, and prominent notice, while encouraging companies to use flexible consent mechanisms that are effective within the context of the service, in-app or in-browser experience, and relationship between the company and individual. 
    1. Marketing //
  • Like FPF’s Best Practices, SB 980 also requires companies to obtain opt-in consent before marketing based on a consumer’s genetic data. A recent amendment would align SB 980’s and FPF’s approaches to marketing based on purchase history, requiring provision of an opt-out. However, a related SB 980 amendment would require companies to provide users with mechanisms to opt out of contextual advertising. This approach would be inconsistent with most leading norms, including HIPAA and the California Privacy Rights Act. This is because, in contrast to targeted or behavioral advertising, contextual advertising is not typically viewed as implicating significant privacy risks. Indeed, privacy advocates have cited contextual advertising as a privacy-protective model that displays marketing messages on web pages based on the content of the page, not information about an individual. 
    1. Privacy Policies // 
  • Similarly, SB 980 would require all direct-to-consumer genetic or illness testing services companies to provide consumers with “clear and complete information regarding the company’s policies and procedures for the collection, use, and disclosure, of genetic data” through “a summary of its privacy practices, written in plain language” and “a prominent and easily accessible privacy notice.”  
    1. Research //
  • SB 980 also requires informed consent before using data for research, “in compliance with the federal policy for the protection of human research subjects” — effectively the same standard as the FPF Best Practices. Similarly, SB 980 also promotes strong deidentification of data, meaning data that “cannot be used to infer information about, or otherwise be linked to, a particular identifiable individual,” provided it is also subject to public commitments and contractual obligations to not make attempts to reidentify the data.
    1. Penalties and Enforcement //
  • SB 980 includes a tiered penalty structure, with negligent violations of the act subject to civil penalties not to exceed one thousand dollars ($1,000) and willful violations between $1,000 and $10,000 plus court costs. Penalties for wilful violations would be paid to the individual to whom the genetic information pertains. Penalties could add up quickly – they are calculated on a per violation, per consumer basis. Earlier versions of SB 980 included criminal penalties; the bill sponsors recently removed criminal liability in favor of a higher civil penalty, raising the maximum fine from $5,000 to $10,000. 
    1. Other Federal and State Laws //
  • Key state laws governing genetic information include:
    • Alaska’s Genetic Privacy Act (2004) which regulates access, retention, and disclosure of genetic information without the “informed and written consent” of the consumer; recognizes that both the genetic information and the DNA samples collected are the property of the consumer; and provides for both civil and criminal penalties for violations of genetic privacy rights. Alaska’s law does not require valid legal process (such as a court order) for law enforcement access to genetic information. 
    • Florida’s House Bill 1189, Genetic Information for Insurance Purposes (passed and awaiting the Governor’s approval as of March 2020), would bar life, disability and long-term care insurance companies from using consumer genetic test results for coverage purposes. 
    • Nevada’s comprehensive Genetic Information Act (2013) prohibits the collection, retention, or disclosure of genetic information without prior consent from the individual; requires law enforcement to obtain a court order prior to accessing genetic information; provides consumers the right to inspect and obtain genetic records; requires entities holding genetic information to destroy that information if consent is withdrawn; and provides criminal penalties and a private right of action for violations of the law.
    • SB 980 would establish obligations for direct-to-consumer genetic testing companies and others that collect or process genetic information.
    • Many of SB 980s provisions align closely with FPFs Best Practices, including the bills emphasis on consumers rights to notice, choice, and transparency.
    • Some of SB 980s provisions diverge from the FPF Best Practices.
    • In addition, SB 980 diverges from FPFs Best Practices regarding government access to DNA information, with SB 980 preserving an option for companies to voluntarily provide genetic data to law enforcement in the absence of a court order or consumer consent; FPFs Best Practices would prohibit such disclosures in most cases.
    • FPFs Best Practices and SB 980 take similar approaches requiring different methods of consent (express opt-in vs. opt-out), depending on the sensitivity and uses of the data.
    • Both SB 980 and the Best Practices emphasize express, affirmative consent as a baseline requirement for collecting genetic information.
    • FPFs Best Practices require initial express consent for genetic information collection, as well as separate express consent for the use of genetic material outside of the initial scope of collection.
    • FPFs Best Practices encourage the socially beneficial use of genetic information in research while providing strong privacy protections.
    • The Best Practices require companies to engage in consumer education and make resources available regarding the implications and consequences of research.
    • While genetic information poses incredible benefits, genetic information is also sensitive information that warrants a high standard of privacy protection.
  • FPF and Privacy Analytics Identify “A Practical Path Toward Genetic Privacy”

    Retrieved on: 
    Venerdì, Aprile 24, 2020

    Techniques to de-identify genomic data to limit privacy and security risks to individualswhile that data is used for research and statistical purposesare at the center of discussions among stakeholders engaged in genetic research.

    Key Points: 
    • Techniques to de-identify genomic data to limit privacy and security risks to individualswhile that data is used for research and statistical purposesare at the center of discussions among stakeholders engaged in genetic research.
    • The Future of Privacy Forum (FPF) and Privacy Analytics have partnered to publish A Practical Path Toward Genetic Privacy in the United States.
    • Observing this evolution, FPF and Privacy Analytics collaborated to create a practical path forward; one which will protect the privacy of those individuals who contribute their genomes to fuel such incredible discoveries.
    • The white paper explores and drives discussion around two prominent examples of privacy engineering solutions applicable to genetic privacy: differential privacy and secure (multi-party) computation.

    Consumer Genetic Testing: A Q&A with Carson Martinez

    Retrieved on: 
    Mercoledì, Febbraio 27, 2019

    Carson Martinez is FPF’s Health Policy Fellow. She works on privacy challenges surrounding health data, particularly where it is not covered by HIPAA, as is the case with consumer-facing genetics companies, wearables, mobile health and wellness applications, and connected medical devices. Carson also leads the FPF Genetics Working Group and Health Working Group. How did […]

    Key Points: 
  • The best practices establish standards for genetic data generated in the consumer context that require:
    • Detailed transparency about how genetic data is collected, used, shared, and retained;
    • Educational resources about the basics, risks, benefits, and limitations of genetic and personal genomic testing;
    • Access Rights;
    • Valid legal process for the disclosure of genetic data to law enforcement and transparency reporting on at least an annual basis;
    • A ban on sharing genetic data with third parties (such as employers, insurance companies, educational institutions, and government agencies) without consent or as required by law;
    • Restrictions on marketing based on genetic data; and
    • Strong data security protections and privacy by design.
    • As the price of consumer genetic tests continues to drop, they have become very popular purchases and gifts.
    • Beginning in 2017, we led a process to develop privacy best practices for the consumer genetic testing industry.
    • In the future, there will be more people taking consumer genetic tests and the tests will offer more extensive analytics.