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In addition to the study protocol, all relevant aspects of research data and their management should be adequately described in a DMP before the start of a study, preferably using the UMCG DMP template. This contains all the necessary items and has been approved by the NWONetherlands Organisation for Scientific Research (Nederlandse organisatie voor Wetenschappelijk Onderzoek)
, amongst others.
Compliance with relevant legislation and regulations, as described in this chapter
Improved research quality (for example, improved data quality and reproducibility)
Making the research data FAIR for reuse
The latest version of the DMP approved by the principal investigatorProject leader with a PhD degree in charge of a study.
will be kept in the study file. The principal investigator is responsible for keeping the DMP up-to-date and for complying with it.
Retention periods
The retention period for research data is laid down in the study protocol or a DMP, and study participants should be informed about the retention period when their consent is requested.
In general, a retention period of 10 years applies to research data (and associated biomaterials), but for medical-scientific researchThe systematic collection (based on a research protocol) and use of data or biomaterials by researchers with the aim of answering a research question in the field of disease and health. The research aims to generate knowledge that is relevant to a larger population than just the study participants.
involving humans, the retention period depends on the type of research (NFUNetherlands Federation of University Medical Centres (Nederlandse Federatie van Universitair Medische Centra)
Guideline Quality assurance of research involving human subjects 2023).
The retention period starts after the last research data of the last participant has been collected and is:
30 years for research with advanced therapeutic medicinal products (medicinal products such as gene therapies, cell therapies, and tissue-engineered products)
25 years for drug research
10 years for research with non-implantable medical devices
If encryptedData that can only be traced back to a specific individual via a code and a key list. Each data record of a data file contains an artificial identifier (code) with no directly traceable data. The link between the code and directly traceable personal data of the research participant is stored in a separate key list. This type of data falls under the GDPR.
personal dataData that can be traced back to a specific individual directly (e.g. via a name or email address), indirectly (e.g. year of birth combined with a rare disease), or via a code (the participant number for encrypted data). This type of data falls under the GDPR.
(see Personal data protection) are archived longer than the above-mentioned retention period, the extended retention period must be described in advance and substantiated in the study protocol. Unless the research data are archived completely anonymouslyData that can no longer be traced back to a specific individual, not even using a key list or other data. The process of anonymisation is irreversible.
, research participants must be informed in advance of the extended retention period and must have given their written consent.
FAIR data
As part of Open Science (see Open Science and Access), after scientific publication, the research data must meet the following criteria (FAIR):
All metadata of the research data, including contact details of the principal investigatorProject leader with a PhD degree in charge of a study.
and conditions for reuse, are recorded in a catalogue.
Research data are deposited in a repository unless they are personal dataData that can be traced back to a specific individual directly (e.g. via a name or email address), indirectly (e.g. year of birth combined with a rare disease), or via a code (the participant number for encrypted data). This type of data falls under the GDPR.
or subject to IPIntellectual Property
rights or contractual obligations.
All data necessary for reproducing or assessing the research are archived in a UMCG-approved archive, including associated scripts or software necessary for analysing the research data.
Data are kept for the required retention period (see Retention periods).
Conditions for accessing and re-using the data are clear.
Where possible, data are archived for the long-term in an open-source format or other common format within the field.
Data are archived with metadata according to standards of the field or, if these are not available, according to unambiguously defined vocabulary or ontologies that are common within the field.
Data are ideally machine-readable to enable interoperability with applications and workflows for analysis, storage, and processing.
Data are systematically documented, for example by adding Readme text files with explanations for uninvolved researchers. Other documentation includes:
How the data were obtained and processed (if data were reused: information about their origin)
A codebook or data dictionary
Documentation on decisions made and any differences between the versions of experiments and scripts
Version control
The file-naming convention used
The folder structure with an index
If the data are deposited in an open repository: a clear licence for reuse
Using the FAIR-Aware tool (KNAWRoyal Netherlands Academy of Arts and Sciences (Koninklijke Nederlandse Akademie van Wetenschappen)
), researchers can check whether their research data meet the above criteria.
FAIR data ≠ open data Research data can be included in an open repository if:
No contracts or IP rights prohibit it.
In the case of human research, the data are anonymised and the research participants have given permission for the storage of their anonymous dataData that can no longer be traced back to a specific individual, in any way, by anyone. Anonymisation must meet high standards that are usually not feasible in scientific research. Anonymous data are not personal data and therefore do not fall under the GDPR.
in the open repository.
According to the guidelines of the Horizon Europe Programme, FAIR data are ‘as open as possible and as closed as necessary’. Complete anonymisation of subject data is often not possible. In those cases, the research data remain personal dataData that can be traced back to a specific individual directly (e.g. via a name or email address), indirectly (e.g. year of birth combined with a rare disease), or via a code (the participant number for encrypted data). This type of data falls under the GDPR.
, even when encryptedData that can only be traced back to a specific individual via a code and a key list. Each data record of a data file contains an artificial identifier (code) with no directly traceable data. The link between the code and directly traceable personal data of the research participant is stored in a separate key list. This type of data falls under the GDPR.
, and cannot be included in an open repository. For most UMCG data files, only the metadata will be findable. In the event of a request for reuse, encrypted research data may be made available if:
The study participant has given permission for this
The request complies with the conditions for reuse set out in the DMPData Management Plan
A written agreement has been drawn up and signed by both parties via the LCRLegal support Contract Research
(see Collaboration with external parties)
The reuse is registered in the UMCG Research Register
It is made available in a secure manner (SOPStandard Operating Procedure
data transport)
E-learning module data management (for researchers with or without an UMCG account)
For questions about data management and FAIR, please contact the UMCG Digital Competence Centre via [email protected].
Personal data protection
Protecting the privacy of research participants is crucial. This applies to directly traceable personal data Data that contain directly identifying characteristics (e.g. name, telephone number, address, email address, date of birth or complete postal code). This type of data falls under the GDPR.
(such as name and email address) indirectly traceable data Data can be traced indirectly if the data, or combination of data in the data record, make it traceable to the research participant. This could be variables such as patient number, sex, year of birth, diagnosis, rare disorders, or admission date. The GDPR covers this type of data.
(such as patient number), but also to encrypted data that can be traced back to an individual as these are also considered personal data. The collection, viewing, analysis, storage, making available, and destruction of personal data for scientific research is covered by the GDPR.
Research data are encrypted (pseudonymised) at the earliest possible stage and stored separately from the directly traceable personal data. To access the directly identifiable personal data or the encrypted data, members of the research team need authorisation from the principal investigatorProject leader with a PhD degree in charge of a study.
. These authorisations are recorded in the DMPData Management Plan.
Healthcare data of deceased patients are not covered by the GDPR, but they are covered by the WGBOMedical Treatment Contracts Act (Wet op de Geneeskundige behandelingsovereenkomst)
. The privacy of these deceased patients must also be protected. The use of anonymous data is not covered by the GDPR or WGBO, but truly anonymous data are difficult to achieve in practice. IMOInformation Management Research (Informatie Management Onderzoek)
can help with this.
Determining consent
Personal data, including healthcare data, may only be used if there is a legal basis to do so. The starting point is the informed consent of the participant. Use of healthcare data without consent falls under the ‘No objection system’ and is only possible under certain conditions. The researcher must then run an objection check.
Patient healthcare data may be used without informed consent when one of the following grounds for exception applies:
Asking for informed consent is impossible in practice or an unreasonable requirement under the circumstances.
In view of the nature and purpose of the study, asking for informed consent cannot reasonably be expected.
Use of healthcare data without consent is only allowed if all three conditions have been met: the research serves a public interest, the research cannot be conducted without the relevant data, and the patient has not objected to the use of their data for scientific research. The researcher should check this and store the report (objection check). All patients are informed about this at the beginning of the treatment relationship via the UMCG patient brochure or website.
Requesting patients’ informed consent for the use of their healthcare data is impossible in practice or an unreasonable requirement under the circumstances when one or more of the following situations applies:
The patients have died.
The current contact details of the patients are possibly not correct.
Approaching the patients to ask for their consent would be too much of a burden for them.
Asking for consent would require an unreasonable effort from all parties involved due to the size of the patient group concerned.
There is a substantial risk of un-correctable bias (this argument is only valid in exceptional cases).
The use of the care data in a study under the no objection system is recorded in the care file.
Only the personal data needed to answer the research question may be collected for research. This means:
Measuring no more or no further variables than needed
Including no more research participants than needed
In the study protocol, the choice of variables and the number of study participants must be substantiated.
Data breach
If someone has had, or could have had, unauthorised access to personal data, i.e., directly traceable, indirectly traceable, or coded data, this is a data breach. Losing personal data is also a data breach. A data breach must be immediately reported via the ‘Reporting portal’ button (next to the SOS button) on the UMCG intranet homepage or via UMCG telephone number (050 36)11111 in case of emergency.
UMCG Research Register
The UMCG Research Register is the register of research processing operations required by the GDPR. All WMOMedical Research Involving Human Subjects Act (Wet medisch wetenschappelijk onderzoek met mensen)
- and nWMO-governed researchResearch activities with participants or their data or biomaterials that are conducted in the context of medical-scientific, behavioural, or dental research that do not fall under the WMO, the Embryo Act, the Population Screening Act, the CTR, the MDR, or the IVDR.
with humans conducted within the UMCG or by UMCG staff members elsewhere must be registered here. This also applies to research by another party in which the UMCG participates and provides data. In addition to this overview of the processing operations, the GDPR also requires the UMCG to have insight into the processing. To this end, the Research Register has been supplemented with a number of privacy items that together form the PIAPrivacy Impact Assessment
light. For databanksA systematic collection of digital data that can be used for medical and scientific research.
and biobanksA systematic collection of biomaterials and associated digital data that can be used for medical and scientific research.
, an extensive PIA must be done via the Research Register. The completed PIA or PIA light is assessed against the GDPR and, if necessary, the WGBO by the IMO (for WMO and nWMO studies) or the PWOPrivacy Work Organisation (Privacy Werkorganisatie)
(for databanks and biobanks). Important aspects include (1) the researcher’s justification for using the no objection system when doing research with healthcare data (see Determining consent) and (2) the contracts (LCR).
Invasion of a research participant’s privacy should be kept to a minimum. For example, if encrypted data are sufficient, directly identifiable data may not be used.
Before statistical analyses, data should be converted into the least identifiable form that can be used without losing their value, for example by converting birth dates to age or age categories.
The entire process of collecting, analysing, sharing, and storing data must be properly protected against loss, theft, and unauthorised access or use.
Authorisations for access to the data should be limited to the staff involved in the study for whom access is necessary to do their work. Authorisations partly depend on the phase of the research process.
After the study is completed, temporary files and other non-essential data must be destroyed. Remaining essential data must be archived in a secure manner for the retention period specified in the DMP or research protocol. After that period ends, the data will be destroyed or completely anonymised.
Collaboration with third parties in the collection, management, and storage of data, or the provision of data to third parties, requires a written agreement between the UMCG and the third party. Every agreement is entered into via the LCR.
UMCG-wide organisational and technical measures alone are not sufficient to protect the privacy of the research participants. Every researcher must educate themselves about the legislation, regulations, procedures, and guidelines relevant to their research and comply with them. For the GDPR, the e-learning module ‘Privacy in research’ has been developed for researchers both with and without a UMCG account. Via the UMCG Research support Service portal, information is available about secure storage/archiving and sharing of data, data management (including key listsOften called the ‘Subject identification code list’. This is the list of participant numbers and the directly traceable data required to perform the study with which the encrypted data can be traced back to an individual or additional data/materials can be collected and linked. This list is always stored separately from the research data.
), compliance with legislation and regulations, and research applications for GDPR compliance. For questions about the UMCG Research Register, please contact the SD CROService Desk Clinical Research Office. For questions or advice on data protection and information security, please contact the IMO or the PWO.
Ownership of data
All research data generated by a UMCG researcher is, in principle, property of the UMCG. In consultation with the supervisorsThis refers to both principal investigators/primary supervisors and daily supervisors (e.g. co-supervisors). In addition to cross-project and cross-content activities, primary supervisors are responsible for monitoring the teaching and training activities and career development of junior researchers. Daily supervisors are available almost daily and focus more on practical monitoring of the implementation and progress of the research. However, the distinction between the different levels of supervision is fluid.
or the head of department, respectively, students and former staff members can make agreements via P&OPersonnel and Organisation
about the use of research data after their departure, for example via a guest appointment at the UMCG. Under certain conditions, collaboration partners such as funders, companies, and other research institutions may be granted the right to use data (or biomaterials) for a specifically defined study. The agreements on this must be laid down via the LCR in a collaboration agreement. These contractual agreements may also cover publication rights, copyright, ownership of the data (or some of the data), and IPIntellectual Property
rights. If commercial companies are involved, the Innovation Centre can offer support in making these contractual agreements.
Personal data (indirectly traceable, directly traceable, and coded data) and biomaterials are not the property of the UMCG in the ordinary sense of the word – the UMCG is the administrator. Research participants from whom these data have been collected have the right to:
Researchers should point this out to research participants via a link to the UMCG privacy statement in the study information letter and by performing their obligations related to these rights. In the case of research under the no objection system (see Determining consent), patients are informed about the UMCG privacy statement through the UMCG patient brochure or website.