Biopreservation and Biobanking · 2014 · 42 citations · 33 references
Public HealthHealth Information ManagementClinical Decision SupportHealth Information GovernanceHealth Information PrivacyBiobanking EthicsConsentBiobanking ConsentElectronic Consent SystemsHuman Subjects OversightInformed ConsentInformed Consent Training
Biobanks face unique challenges obtaining consent from biospecimen contributors. Electronic consent (e-consent) presents one option for streamlining the biobank consent process, and improving contributor understanding of consent information. An e-mail survey was conducted to establish the extent of current biobank e-consent and interest in future use of e-consent. A total of 235 biobanks were surveyed and 65 (28%) responded with a fully completed survey. Few of these 65 biobanks (8%) reported using e-consent; however, the majority (75%) were interested in e-consent. Many (48%) biobanks were in discussions with institutional stakeholders about using e-consent in the future. Anticipated benefits of e-consent included improved efficiency and increased enrollment. Perceived barriers to e-consent adoption included lack of funding, issues with human subjects approval, and factors affecting user uptake (e.g., computer literacy). Biobanks using e-consent reported cost, technology issues, and difficulty training staff as barriers to e-consent adoption. Traditional consenting methods (e.g., face-to-face, phone, and mail) continued to be used at biobanks reporting use of e-consent. The survey results suggest strong interest in e-consent among U.S. biobanks, and a need to consider a range of implementation issues, including user preferences and receptivity; institutional and technical support; integration with clinical data networks; electronic signature capture; and what type of e-consent to implement. Biobanks will need evidence-based guidance for purposes of addressing these issues, so that e-consent processes enhance efficiency, as well as contributor receptivity, understanding, and trust.
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Charting a course for genomic medicine from base pairs to bedside
Eric D. Green, Mark S. Guyer · Nature · 2011 · 913 citations · Full text