Access to Electronic Health Records by Sponsor representatives in clinical trials (2024)

This guidance is for Sponsors, Contract Research Organisations (CROs) and investigator sites when considering management of personal data processed in relation to research. It should be read in conjunction with the HRA/MHRA joint advice on Data Protection Impact Assessments (DPIAs). In this context ‘processing’ also means access to EHRs.

The data collected and analysed during clinical trials are verified and overseen by clinical trial Sponsors via representatives such as Clinical Research Associates (CRAs) or monitors. They will review the medical records to ensure that they match the data collected by the Sponsor, via Source Data Verification (SDV). The trial participants consent to this access of their medical records in writing, as part of the consent to take part in the clinical trial.

Increasingly, medical records are now electronic (Electronic Health Records; EHRs) and this poses the following challenges:

  • direct access by the monitor/CRA to these records
  • ensuring that access is restricted to only those participants in the trial
  • ensuring that records of patients not in the trial, but maintained on the same system, are not accessed by the monitor/CRA

Historically, monitors could be provided with the physical records of individual trial participants, without also providing them access to the records of other patients. Where EHRs have been designed to allow similarly restricted access, access may continue to be provided as it has been. Where EHRs do not have this functionality, additional safeguards are required.

Expectations

Provision of research monitor access to EHRs should be an integral part of organisational level (or EHR level) planning and risk assessment. EHR system design should ensure research monitor access is limited to only the records of clinical trial participants and that this access is auditable.

Where EHR systems have not been designed to allow this, this should be addressed at the next system update.

Where EHR systems are not yet able to restrict monitor access to the records of only their clinical trial participants, resorting to printouts from the EHR is not an appropriate mitigation or safeguard. This should be addressed in organisation (or EHR) level risk assessments and short-term mitigations implemented pending system update.

Such short-term mitigations should include:

  • Reliance upon the information governance obligations imposed upon sponsors and their representatives by the model clinical trial agreements (mCTA, etc.), e.g.
    • Monitors should be provided with access to EHR (such access is deemed to be processing) in accordance with the template agreement. This requires that they understand their responsibilities for information governance, including their obligation to process the data of clinical trial participants securely,
    • Monitors should hold employment contracts (with the sponsor, CRO, or authorised delegate). This provides for personal accountability and sanctions for breach of confidence or misuse of data including deliberate or avoidable personal data breaches. This would include accessing EHR data of persons other than relevant clinical trial participants.

It is not appropriate or necessary for monitors and investigators sites to enter into further non-disclosure agreements.

Standard training for monitors on use of the specific EHR, to cover actions to be taken in the event of any inadvertent breach

Inspection findings

Where this restricted access is not possible MHRA has seen that some NHS organisations have been printing out medical records for monitors to review.

MHRA Inspectors have encountered several issues with this approach. For example, information is not always available, as medical histories have been incomplete and important information has been missing, due to the printed report settings.

MHRA has seen gaps in printouts as reports are generated from one date to another and these are not always continuous; in some cases, this has resulted in weeks of missing data and also missing safety information. Additionally, information can be held in annotations in the systems that are also not printed out, such as causality assessment for adverse events. The practice of printing out these records also places a burden on the investigator sites.

Printing out an EHR risks the loss of some or all of the data should it need to be moved within the site. This creates a risk of inappropriate disclosure, distress and harm to patients, data breach and possible enforcement action.

Printed data may also be out of date due to the time taken to collate it, or incomplete due to incompatibilities in the IT system, which would increase the risk of breaching GDPR and may have a negative impact on the clinical trial.

When paper patient records are lost (or found in places where they are not supposed to be) there is a significant impact on public trust. If patients are not confident that their data will be kept securely, it may hinder their willingness to participate in clinical trials

ICH GCP requires1 and GCP principles2 expect direct access to trial participant medical/health records for the sponsor’s representatives, who are Monitors and Auditors, employed by the sponsor or delegated/contracted third-party. Remote direct access to the medical/health records of clinical trial participants allows source data review (SDR) and source data verification (SDV) to occur without the Monitor (or Auditor) having to visit the investigator site/institution.

Remote direct access to the health records of clinical trial participants may be undertaken by the Monitor (or Auditor) logging into the EHR system (‘Log-in Access’) remotely rather than onsite or via video calls, where investigator site/institution personnel use screen sharing of EHR systems (‘Guided Access’) or to display original paper records. Log-in Access requires far less investigator site/institution personnel involvement during the review so it is preferable and should be fully considered and discounted prior to using Guided Access.

The investigator site/Institute may upload scanned or electronic copies of source documents into a secure portal (‘Upload Access’). This however would not be considered direct access unless it is a complete and certified copy of the EHR system in an investigator provided portal.

  1. INTEGRATED ADDENDUM TO ICH E6(R1): GUIDELINE FOR GOOD CLINICAL PRACTICE E6(R2) November 2016, 1.21, 4.8.10 (n), 4.9.7, 5.1.2, 5.15.1, 5.15.2, 6.10.
  2. UK Statutory Instrument 2004/1031 (as amended) 31A, (8) and Schedule 1, Part 2, (9).

Where the portal is provided by the sponsor (or delegate), there must be redaction by the investigator/institution of any data that may directly or indirectly identify the participant. To protect the privacy of the trial participant only the participant trial identification number must be used. These records should be deleted after the Monitor (or Auditor) has completed the review. The details of who will perform the deletion and when, should be prearranged between the sponsor and the investigator (for example, the deletion could be after all data queries for the participant have been resolved and the case report form locked or when an audit, if conducted, has completed).

For portals provided by the investigator site/institution, unredacted scanned or electronic source documents may be uploaded. The investigator/institution should consider the applicable requirements for direct Log-in Access to the EHR system set out below when using such a portal.

The provision of source documents via Upload Access should be risk-based and proportional focussing on review and/or verification of critical data to ensure reliability of results and protection of the trial participants.

The process for the provision of the documentation should not put an excessive and unreasonable time burden on the investigator site/institution personnel or excessive and additional costs on the investigator site/institution that has not been agreed beforehand. There should be acceptance that in some cases, the investigator/institution may not be able to support Upload Access, particularly when on-site direct access is available. The sponsor should also accept that on-site visit limitations may be necessary by the investigator site/institution due to resource requirements where the sponsor requests extensive on-site visits to compensate for any previous restriction of remote access to the medical/health records that prevented complete SDV/SDR using the full EHR.

Consideration of Participant Consent

The Research Ethics Committee (REC) and UK Study Wide Review for the NHS (for example, as undertaken in HRA and HCRW Approval) assess the consent process. Investigator sites/institutions should take assurance from this review and not further review the adequacy of the transparency arrangements approved for the trial.

The participant information sheet and/or consent form must state that sponsor and regulatory authorities’ personnel can access a trial participant’s medical/health records and explicit consent must be obtained for this as per current practice.

Supplemental information concerning method of the Monitor (or Auditor) access is available and should be provided to the participant in the participant information sheet by including the link to the HRA website: http://www.hra.nhs.uk/patientdataandresearch in the GDPR transparency statement. This web page should also be provided by the investigator to the trial participants as a paper copy upon request by the trial participant (for example if the participant cannot access the internet).

EHR System Functionality

It is recognised that some EHR systems may not have the necessary functionality to allow Log-in Access, whether remote or on-site. Making such changes may not be immediately feasible and short-term mitigations during the COVID-19 pandemic may need to be made to permit clinical trials to be remotely monitored (or audited) to assure trial participant safety and results reliability due to limitations to on-site visits. These short-term mitigations are set out in MHRA COVID 19 guidance Managing clinical trials during Coronavirus (COVID-19). The following content applies in normal circ*mstances.

To facilitate Log-in Access to the EHR system, the EHR system should have the following functionality in addition to restriction to trial participants set out above:

  1. To forbid changes to the data and information in the EHR system by the Monitor (or Auditor), a user role with read-only permission should be available and assigned on an individual basis to each Monitor (or Auditor). Log-in Access to the EHR system must not be provided if the Monitor (or Auditor) has the ability to edit (add/change/delete) information of any kind in the EHR system. The EHR system should log additions and deactivations of users and any changes to permissions associated with specific user roles.
  2. To increase assurance that the person accessing the EHR system is the person approved by the sponsor and previously identified by the investigator site/institution to access the EHR system when logging-in, there should be user access controls with two-factor authentication for accessing the read-only user account, which can be provided by the EHR system itself or via the investigator site/institution’s network access process. For two-factor authentication, in addition to the username and password, the user is required to add additional information that they have (for example, a token number, PIN sent to the user’s mobile, etc.) This additional control is required, because where direct Log-in Access to the EHR system takes place when the Monitor (or Auditor) visits the investigator site/institution there are restrictions in place to identify and control the Monitor (or Auditor) accessing the EHR system. For example, the Monitor (or Auditor) may have to sign in and/or provide ID and provision of the device to the Monitor (or Auditor) used to access the EHR system is under the direct control of the investigator site/institution personnel.
  3. To reduce the risk of inappropriate Log-in Access to the EHR system, there should be an automatic time-out, where the user is logged out of the EHR system following a period of inactivity.
  4. To prevent unnecessary and inappropriate copying and sharing of information from the EHR, the EHR system should restrict printing, copying, and downloading of information from the EHR system, for the read-only user role given to the Monitor (or Auditor). The system should not rely on an automatic download of documents on to the user’s device (which remain after the session has completed) in order to view the documentation.
  5. Monitoring (or auditing) activity using remote Log-in Access to the EHR system should only be undertaken when investigator site/institution staff are aware of and have agreed to it happening, as per on-site visits. Functionality for date/ time restricted Log-in Access to the EHR system for the read-only user role should be in place. Once the user account is created, Log-in Access to the EHR system can then be restricted to a specific review time period, rather than Log-in Access being allowed at all times. The investigator site/institution personnel must be able to have such control of monitor/auditor access, as they would for an on-site visit. The EHR system should log the creation and deactivation of a user account, and the user role that is given to that user (read-only), as well as when that user logs in and logs out of the EHR system.

Where the EHR system allows, it is recommended that specific roles and appropriate permissions for investigator site/institution personnel, e.g. Research Nurse, Investigator, Trial Co-ordinator are considered in addition to a Monitor (or Auditor) read-only role. These roles could then have permission to grant Log-in Access to the Monitor (or Auditor) to specific ‘participants’ records and to set up review time periods for the Monitor (or Auditor) to undertake their activities, as this would reduce the number of requests to the system administrator, who would only be required to initially set up and finally deactivate the Monitor (or Auditor) user account.

System Security

Remote direct Log-in Access to the EHR system poses an additional security risk. Security aspects of the system concern the software developer/provider, the organisation hosting the system and the sponsor accessing the system remotely and all are recommended to consult relevant guidance and standards on computer system security to inform their quality management system (e.g. ISO27001).

The vendor of the EHR system should have identified any security risks relating to remote use and these should have been addressed as part of the functional specifications of the EHR system during development and validation. There should be a process for ongoing maintenance of security of the EHR system, for example, applying any future security updates.

There should be the implementation of robust security procedures by the sponsor and investigator site/institution, such as; password criteria and renewal rules, firewalls, virus and malware protection, penetration testing (to identify vulnerabilities), system monitoring for detection of inappropriate/unusual activities/intrusions and changes to network configurations, threat intelligence software, physical security considerations at data centres and timely implementation of any security updates/patches.

Controls Implemented by Investigator Site/Institution for remote direct Log-in Access to EHR system by the Monitor (or Auditor).

  1. The investigator site/institution should ensure that the EHR system installation facilitates remote Log-in Access.
  2. In order to allow remote direct Log-in Access to the EHR system by the Monitor (or Auditor), the investigator site/institution must verify the identity of the Monitor (or Auditor) as part of creation of the read-only user account for the EHR system. This could have been undertaken at a previous on-site visit or by remote video call to see the person, together with a documented review of government issued photographic identification (for example, a passport, national identity card, driving licence etc [a copy of which should not be retained]). It is recommended that the sponsor provides documentation to the investigator site/institution to confirm who the person is that they have authorised to conduct monitoring (or auditing).
  3. The investigator site/institution should implement formal procedures to manage the set up and deactivation of the Monitor (or Auditor) user accounts by the EHR system administrator and to conduct a regular audit of users of the EHR system, to ensure that any user accounts in place are currently valid. This would detect users who are no longer required to have Log-in Access, but whose user accounts have not been deactivated. There should also be risk-based audit trail review of activity undertaken in the EHR system by the Monitor (or Auditor), to detect any inappropriate activity and to implement corrective and preventative actions.
  1. The trial monitoring plan should be prepared and/or reviewed by the sponsor to ensure that a risk proportionate approach to Source Data Verification/Review is implemented.
  2. Direct access to participant health records is a requirement of monitoring (or auditing) and the sponsor should already have procedures in place, however, the sponsor should review these procedures and the sponsor’s DPIA concerning remote Log-in Access by Monitor (or Auditor) to the EHR system, to ensure appropriate controls are in place and the Monitors (or Auditors) are trained in the procedures.
  3. Remote Log-in Access to the EHR system at UK sites must only be undertaken from a physical location in the UK, an EEA state, or another state covered by a UK adequacy decision
  4. The device through which remote Log-in Access to the EHR system is used should be provided by the sponsor, or the sponsor should have undertaken an assessment of the security processes applied to the device(s) of any subcontracted service providers (e.g. CROs, freelance Monitors (or Auditors)). The use of the Monitors’ (or Auditor) own devices is acceptable where approved by the sponsor. Devices must not be left unattended and accessible when logged into the EHR system.
  5. The sponsor must not record any video calls where screen sharing of guided direct access or of paper source documentation has taken place. There must be no records of any trial participant information in any “chat” function of the remote video call.
  6. The model clinical trial agreements require that Monitors (or Auditor) are suitably trained to understand information governance requirements. There should be training courses put in place by the sponsor to cover the protection of trial participants’ data confidentiality in relation to the contractual obligations of the sponsor with the investigator site/institutions.
  7. The sponsor should ensure through training and employment contracts that all Monitors (or Auditors) comply with information governance requirements.

  8. The sponsor’s processes and training should include:

a. Where remote Log- in Access to the EHR system can take place to ensure privacy for example;

i. not accessing EHR system in an open plan office without suitable privacy screens in place on the device

ii. not accessing EHR system in a public space or other location where there is high risk that others who are not authorised could view sensitive information

iii. if Login Access is from the Monitor (or Auditor) home residence then this should be done privately, i.e., away from family etc.

iv. the Monitor (or Auditor) should log out of the EHR system prior to leaving the device used unattended (for example, if leaving a desk where a desk top PC is being used, even if log-in to the sponsor’s system remains).

b. What is not permitted, for example, taking photographs of the device screen, taking electronic screen images, printing and downloading information from the EHR system or documenting any information that identifies a trial participant, for example in an email. It should be explicit that sharing of user accounts and log-in information for the EHR system with another person is strictly forbidden.

c. Sharing of content of the EHR system with anyone other than the Monitor (or Auditor) should be undertaken by the investigator site/Institution personnel and not by the Monitor (or Auditor). For example, the investigator site/institution should provide redacted content from the EHR system to sponsor pharmacovigilance function in relation to queries about a serious adverse event and not the Monitor (or Auditor) sharing their screen/projecting the screen to show EHR system content at a meeting with other sponsor personnel discussing the SAE. It is acceptable that a Monitor (or Auditor) may need to document information from the medical records that is necessary to record monitoring/audit activities (for example, relating to ineligibility, SAEs), however, the participant must only be identified by their trial identification number.

d. Actions to take if there is a breach of participant confidentiality, for example, the circ*mstances where there is the need to inform the investigator site/institution immediately.

e. Actions to take if there is a data security breach, for example if the device used to access the EHR system is lost or stolen, including the possibility to remotely delete all the data content of the device. The sponsor should provide monitors (or auditors) contact details of who they should inform if a potential or actual data security breach occurs.

f. Actions to take if Monitor (or Auditor) has the ability to or has accessed non-trial participants, i.e., the EHR system restrictions to trial participants has not been implemented accurately or any accidental accessing of the records of non-trial participants.

g. Ensuring that the investigator site/institution is promptly informed when the user account of the Monitor (or Auditor) is no longer required.

h. That printed records from the EHR system could only serve as an alternative to direct access if these are certified copies. Inspection findings have shown that this is difficult to achieve and it is therefore not recommended as an alternative to direct access to the EHR system. Guided access could be considered instead.

Please refer to Electronic health records - MHRA Inspectorate for further information.

Access to Electronic Health Records by Sponsor representatives in clinical trials (2024)

FAQs

Who has access to EHRs? ›

To begin, you have access to your EMR. In fact, your healthcare providers are required by federal regulations to provide you with copies of your medical records in the format you request (i.e. paper or electronic). Your healthcare provider also has access to the patient medical records they have on file for you.

What is a limitation to using electronic health record data for a health services research study? ›

Standardization and data quality

Probably the largest limitation of using EHR data for research is that collection of data that is not primarily intended for research purposes naturally leads to problems of poor standardization both in the type of data collected and in the quality of data collection.

How does EHR support clinical research? ›

Bridge clinical research and health care

The data in electronic health records overlaps with the types of data collected for clinical research. This provides opportunities for data sharing and reuse without reentry or transcription, thus supporting open science and learning health systems.

Which is a barrier to adoption of an electronic health record? ›

Table 1
AuthorsBarriers
Abramson EL, et al. [18]Initial cost of HIT investment Lack of technical IT staff Lack of fiscal incentives Work flow challenges Lack of interoperability of EHR Cost of purchasing and maintaining an EHR system
Sockolow PS, et al. [19]Implementation cost Training Lack of use acceptance
84 more rows
Oct 6, 2016

Does any employee at a clinic have the right to look at a patient's electronic health record simply because the individual is a patient at that clinic? ›

No one in the office or clinic should access records if they are not included within the circle of care or authorized to access the records for the purposes of performing their duties (e.g. billing, scheduling appointments, etc.).

Who controls and owns an electronic health record? ›

The laws that govern medical records mostly refer to patients' privacy, security, and accuracy. However, once that data is put into physical or electronic form, the healthcare provider becomes the legal custodian of it.

What are the four ethical considerations of the electronic medical record? ›

[8] There are four major ethical priorities for EHRS: Privacy and confidentiality, security breaches, system implementation, and data inaccuracies.

What are three limitations of an EHR? ›

If you are currently using EHR software, it is likely that you have experienced problems or issues along the way.
...
The Top 4 Risks and Limitations of EHR Software in 2020
  • EHRs Are Cumbersome. ...
  • EHRs Are Generally Not Interoperable. ...
  • EHRs Are at Risk of Cyber Attacks. ...
  • EHRs Are Prone to Timing Discrepancies.
Dec 18, 2019

What are the three of the five major barriers to EHR adoption? ›

Remember that your practice is unique, so it might not be affected as strongly by some of the barriers to implementation.
  • #1. Cost constraints. ...
  • #2. Technical limitations. ...
  • #3. Standardization limits. ...
  • #4. Attitudinal constraints and behavior of individuals. ...
  • #5. Lack of Communication. ...
  • #6. Lack of Proper Planning. ...
  • #7. ...
  • #8.
Aug 27, 2021

What is EMR in clinical trials? ›

The electronic medical record (EMR), sometimes called electronic health record (EHR) or electronic patient record (EPR), has become one of the most important new technologies in healthcare.

What are the six main objectives of an EHR? ›

These functions include:
  • health information and data.
  • result management.
  • order management.
  • decision support.
  • electronic communication and connectivity.
  • patient support.
  • administrative processes and reporting.
  • reporting and population health.
Aug 1, 2019

What does EHR stand for in clinical trials? ›

An electronic health record (EHR) is a digital version of a patient's paper chart. EHRs are real-time, patient-centered records that make information available instantly and securely to authorized users.

What are the 4 barriers to accessing health services? ›

Five key barriers to healthcare access in the United States
  • Insufficient insurance coverage. A lack of insurance often contributes to a lack of healthcare. ...
  • Healthcare staffing shortages. ...
  • Stigma and bias among the medical community. ...
  • Transportation and work-related barriers. ...
  • Patient language barriers.
Jul 27, 2022

Who has the rights to data captured in the EHR from a patient perspective? ›

The physician, practice, or organization is the owner of the physical medical record because it is its business record and property, and the patient owns the information in the record [1].

What is the difference between electronic medical records and electronic health records? ›

Electronic medical records (EMR) are digital versions of the paper patient charts that have long been crucial to medical practices. Electronic health records (EHR) are more comprehensive. They include tools that improve your practice's electronic prescribing, lab ordering and telehealth capabilities.

What are two unique security concerns of EHR records? ›

Top 5 Cybersecurity Threats to Electronic Health Records and Electronic Medical Records
  • Phishing Attacks. ...
  • Malware and Ransomware. ...
  • Encryption Blind Spots. ...
  • Cloud Threats. ...
  • Employees.
Apr 29, 2018

What are the 5 components of the electronic medical record? ›

Electronic Health Records: The Basics

Administrative and billing data. Patient demographics. Progress notes. Vital signs.

What kind of regulatory agencies cover an EHR system? ›

The HITECH Act established ONC in law and provides the U.S. Department of Health and Human Services with the authority to establish programs to improve health care quality, safety, and efficiency through the promotion of health IT, including electronic health records (EHRs) and private and secure electronic health ...

Who is responsible for managing changes within an organization in response to the electronic health record initiatives? ›

Implementation of changes within an organization, in response to the electronic health record initiatives, is the primary responsibility of the American Health Information Association. Stakeholders in the implementation processes associated with the electronic health record include the national library of medicine.

What are the 4 C's of medical records? ›

They are not my inventions; rather, they represent learned wisdom from my mentors, colleagues, and patients. The 4 C's are based on what patients want in their doctors: competency, communication skills, compassion, and convenience.

What are 4 ways you can protect and secure the computerized medical records? ›

5 Ways to Secure Electronic Health Records
  • Perform Regular IT Risk Assessments.
  • Patch and Update Regularly.
  • Clean Up User Devices.
  • Audit, Monitor and Alert.
  • Clean-Up Unnecessary Data.
Nov 25, 2022

Which 2 of the following are barriers to electronic health records? ›

EHR system costs, lack of buy-in, along with usability and training often come up as barriers to implementation.

Which is a major disadvantage of the electronic health record EHR )? ›

The disadvantages associated with EHR include high upfront acquisition costs and disruptions to workflows that contribute to temporary productivity losses because of learning a new system. EHRs are associated with potential patient privacy concerns, which are further regulated in the HITECH Act.

What 3 security safeguards are used to protect the electronic health record? ›

The three pillars to securing protected health information outlined by HIPAA are administrative safeguards, physical safeguards, and technical safeguards [4]. These three pillars are also known as the three security safeguard themes for healthcare.

What are the 3 components of the EHR system? ›

Key components of an EHR
  • Patient Management. The patient management component facilitates the capture, storage and retrieval of up-to-date information related to new patients. ...
  • Clinical Component. ...
  • Secure Messaging and Alerts. ...
  • Financial Dashboards. ...
  • Revenue Cycle Management (RCM)
Aug 30, 2022

What are 2 advantages of EMR? ›

Enabling quick access to patient records for more coordinated, efficient care. Securely sharing electronic information with patients and other clinicians. Helping providers more effectively diagnose patients, reduce medical errors, and provide safer care.

What is EMR and why is it important? ›

EMRs, or electronic medical records, play a critical role in how healthcare practitioners store medical records, provide treatment and manage finances. The benefits of EMR software also extend beyond quality patient care through incentive programs for healthcare organizations.

What are three features of a patient's EMR? ›

EMR Systems: Look For These 6 Critical Features
  • Interfaces and Systems Integration (including Billing & Hospital Information Systems) ...
  • Document Scanning. ...
  • Medication Tracking. ...
  • E-Prescriptions. ...
  • Appointment Reminders. ...
  • Marketing Support.

What are 2 key elements of Certified EHRs? ›

A certified EHR must: Meet certification criteria by CMS and ONC. Store data in a structured format. Provide benchmarks to help improve care.

What are key features of EHR? ›

An electronic health record or EHR system is a digital version of the paper chart of a patient. It is comprised of a patient's medical history, medications, diagnoses, treatment plans, radiology images, immunization dates, and test results.

What are the four steps to a successful EHR implementation? ›

[Sponsored] Four Steps to a Successful EHR Transition
  1. Build organizational commitment.
  2. Ensure project readiness.
  3. Create a strategy for implementation and rollout.
  4. Get your house in order.
Dec 4, 2019

How is EHR used in research? ›

Researchers can use EHR data to rapidly identify cases and assess eligibility for individual or frequency matching in nested case-control studies (130). EHRs capture data on an open cohort in which patients may enter or leave care at any time.

How does EHR support clinical decision making? ›

Clinical parameters (eg, vital signs, test results) contained within the EHR can be used to create alerts that notify the clinician or even trigger predetermined orders or order sets, diagnostic and therapeutic bundles, or clinical pathways.

What are the major barriers to adoption of certified electronic health records? ›

Table 1
AuthorsBarriers
Abramson EL, et al. [18]Initial cost of HIT investment Lack of technical IT staff Lack of fiscal incentives Work flow challenges Lack of interoperability of EHR Cost of purchasing and maintaining an EHR system
Sockolow PS, et al. [19]Implementation cost Training Lack of use acceptance
84 more rows
Oct 6, 2016

What is the most important current challenge to the implementation of electronic medical records? ›

Interoperability. Communication of information in an EHR may be hindered because interoperability is inadequate within components of the same EHR or from the EHR to other systems.

What are the five A's of access to healthcare? ›

They grouped these characteristics into five As of access to care: affordability, availability, accessibility, accommodation, and acceptability.

What are 3 factors that affect one's access to healthcare? ›

They include poverty and its correlates, geographic area of residence, race and ethnicity, sex, age, language spoken, and disability status. The ability to access care—including whether it is available, timely and convenient, and affordable—affects health care utilization.

What are the 4 main types of vulnerability in healthcare? ›

Vulnerability in the dictionary: physical, emotional, cognitive.

What are some of the barriers to electronic health information implementation? ›

Cost constraints
  • Costs for equipment necessary for interoperability with other technology devices your practice uses. For example, many EHR systems require specific hardware, networks, or interfaces.
  • Staff training costs.
  • Costs associated with joining health information networks.
Aug 27, 2021

Who are the main users of health records? ›

Healthcare providers are the primary users of the health record. Health records are used to manage the healthcare facility and healthcare industry. Individual Users are users that depend on the health record in order to complete their job.

Can nurses access EHR? ›

Benefits of EHRs

With EHR including all of a patient's important information, nurses have access to everything they may need to provide high-level care.

Do patients have access to EHR? ›

Under federal rules taking effect Thursday, health care organizations must give patients unfettered access to their full health records in digital format.

Why are users of an EHR usually assigned a level of access? ›

Assign system roles in your EHR to specify which employees have access to which types of data. Unauthorized exposure of patient information can lead to fraud, identity theft, and the leakage of private health concerns to people who have no business seeing it.

What is the difference between EMR and EHR? ›

An EMR (electronic medical record) is a digital version of a chart with patient information stored in a computer and an EHR (electronic health record) is a digital record of health information.

What are the 3 main types of health records? ›

There are three types of medical records commonly used by patients and doctors:
  • Personal health record (PHR)
  • Electronic medical record (EMR)
  • Electronic health record (EHR)

Is EHR protected by HIPAA? ›

Under HIPAA regulation, EHR data is considered PHI because of the amount of sensitive demographic information collected and stored in EHR platforms. EHR providers, therefore, must be HIPAA compliant in order to protect clients' healthcare data from security incidents and government fines.

What role should nurses play in EHR implementation? ›

Nurses should be involved with the workflow setup for ordering and refilling medications through the EHR. Once the implementation process is underway, nurses serve as a valuable resource to physicians, assistants, and other staff through the adjustment period.

What are some of the disadvantages to using an EHR? ›

The disadvantages associated with EHR include high upfront acquisition costs and disruptions to workflows that contribute to temporary productivity losses because of learning a new system. EHRs are associated with potential patient privacy concerns, which are further regulated in the HITECH Act.

What are four barriers to EHR implementation? ›

Despite of the potential benefits of electronic health records, implement of this technology facing with barriers and restrictions, which the most of these are; cost constraints, technical limitations, standardization limits, attitudinal constraints-behavior of individuals, and organizational constraints.

Does patients have a right to access their health information? ›

In a letter to Union Health Secretary Lov Verma, Union Law Secretary P K Malhotra has said that according to the CIC's July 23 order, a patient has a right to his/her medical record which is rooted in Article 19 and 21 of the Constitution and the hospital authorities have a duty to provide the same under RTI Act, ...

What is the purpose of the role based access to health information policy? ›

Role-based access control (RBAC) addresses the needs for authorization control over objects and builds up adding the maintenance/administration feature of grouping users that have the same permissions/needs into roles.

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