Antibacterial Drug Development

Topics Included: Data Collecting and Reporting, Ensuring Quality, Innovative Trials, Patient Engagement, Regulatory Submissions + Approvals, Safety

Overview

Increasing bacterial resistance coupled with decreasing research on new antibacterial drugs is creating a crisis that could disproportionately impact our most vulnerable populations, including children and the seriously ill.  

CTTI has created approaches for streamlining antibacterial drug development that will help you design clinical trials that better assess the efficacy and safety of new antibacterial drugs and inform clinical trial planning, recruitment, enrollment, and feasibility. Use CTTI’s recommendations and resources to help combat this complex public health concern.

Projects

ABDD HABP/VABP STUDIES

Learn about CTTI’s prospective, multi-center, observational study of the risk factors for HABP/VABP.

ABDD PEDS TRIALS

Design pediatric antibacterial trials that ensure adequate enrollment, decrease the burden on sites and families, and increase engagement with healthcare providers.

ABDD STREAMLINING HABP/VABP TRIALS

Streamline protocol elements and data collection in HABP/VABP trials to increase enrollment, reduce trial complexity, and optimize operational efficiency.

ABDD UNMET NEED

Read about CTTI’s research findings on patient and physician perspectives and considerations as it relates to using antibacterial drugs developed through streamlined development processes.

Resources

Safety

Antibacterial Drug Development

Increasing bacterial resistance coupled with decreasing research on new antibacterial drugs is creating a crisis that could disproportionately impact our most vulnerable populations, including children and the seriously ill. CTTI...

Data Collecting and Reporting | Recommendations

CTTI Recommendations: Data Monitoring Committees

Definitions Introduction Appendix I Appendix II Appendix III a Appendix III b Bibliography Share to: download recommendations CTTI encourages the use of all materials listed on this site. Click here...

Innovative Trials | Expert Meetings

Optimizing Data Quality and Flexibility in Clinical Trials Expert Meeting

View materials from February 26, 2025 expert meeting

Site Planning | CTTI News

CTTI Leads Discussion on Digital Health Trials at ETH Digital Biomarkers Summit

In November 2024, Lindsay Kehoe, senior project manager at CTTI, presented at the Digital Biomarkers Summit held at ETH Zurich.

Site Planning | CTTI News

New Publication Shares Findings & Recommendations for Embedding Clinical Trial Elements into Routine Clinical Practice

A new CTTI publication published in the Journal of Clinical and Translational Science highlights the qualitative research findings that informed recommendations to facilitate the integration of clinical trials into clinical practice.

Innovative Trials

Optimizing Data Quality and Flexibility in Clinical Trials

CTTI’s project, Optimizing Data Quality and Flexibility in Clinical Trials, aims to enhance patient and site access, improve participant satisfaction, and facilitate the use of real-world data through flexible operational...

Innovative Trials | Press Releases

New CTTI Recommendations Provide Path for More Efficient Clinical Trials Using Clinical Registries

Newly released recommendations from the Clinical Trials Transformation Initiative (CTTI) have the potential to streamline clinical trials by using registry information. Registries are data collection tools typically used to better...

Innovative Trials | Poster Presentations

Uses of Electronic Health Data to Support Clinical Trials

Society of Clinical Trials CTTI Project: Electronic Healthcare Data Download Presentation (785.09 KB)

Innovative Trials | Poster Presentations

Embedding Clinical Trials within Registries: How Feasible?

[yoast-breadcrumb] ICTMC/SCT CTTI Project: Registry Trials Download Presentation (785.09 KB)

Site Planning | Expert Meetings

Embedding Trials in Clinical Practice Expert Meetings

May 11, 2022 & September 21, 2022 CTTI Project: Trials in Clinical Practice SHARE TO: MEETING OBJECTIVES: Meeting #1 Objectives: Present findings from project's evidence generation: in-depth interviews with...

Formats

Stage of Trial

CTTI Recommendations: Data Monitoring Committees

Published Date: March 26, 2025

Topics Included: Data Collecting and Reporting

Share to:

download recommendations

CTTI encourages the use of all materials listed on this site. Click here to view our citation policy.

Definitions

  • Data Monitoring Committee (DMC) or Data and Safety Monitoring Board
    (DSMB) – A group of individuals who review accumulating trial data by treatment
    group in order to monitor patient safety and efficacy, ensure the validity and integrity
    of the trial, and make a benefit-risk assessment.
  • External DMC – An independent group of individuals that conducts these activities outside of the sponsor organization.
  • Internal DMC – A group of individuals that conducts these activities within the sponsor organization.
  • Data Coordinating Center (DCC) – A group whose role is to facilitate the collection and quality control of trial data as specified in the protocol
  • Statistical Data Analysis Center (SDAC) – A group whose role is to prepare statistical analyses of accumulating data, and prepare and present reports of data to the DMC; this group may be within or separate from the organizational structure of the DCC

Note: While these recommendations focus on external DMCs, many principles described
may also apply to internal DMCs.

Introduction

DMCs traditionally have been used to monitor masked, randomized, controlled, multicenter trials that evaluate interventions intended to reduce major morbidity or mortality, whether sponsored by industry, government, or other entities. However, use of DMCs is not dependent entirely on study size or study phase, but rather on the nature and extent of risk to trial participants. In addition, DMCs add transparency, and their use may enhance the credibility of trials among both patients and clinicians. DMCs typically oversee the conduct of a single trial but they are occasionally asked to review multiple related trials.

The criteria for when a DMC is necessary are not well defined, and may vary substantially depending on the type of sponsor and their perceived need for independent trial monitoring and oversight. Furthermore, the roles and responsibilities of DMCs invariably overlap to some extent with those of other trial oversight groups. Nonetheless, DMCs hold a unique place in trial oversight. Although DMCs have been established for decades, their use in increasingly varied types of trials has led to diverse perspectives on how they should operate. While there may be reasons for DMC operations to vary somewhat according to the clinical trial setting, we offer the following general recommendations and guiding principles pertaining to external DMCs:

Role of the DMCs

  1. DMCs should be used when there is a need to periodically review the accumulating unmasked safety and efficacy data by treatment group, and advise the trial sponsor on whether to continue, modify, or terminate a trial based on benefit-risk assessment.
  2. DMC members should be independent of the trial sponsor and should be provided with adequate resources and flexibility to perform their role of assessing benefit-risk (e.g., performing ad hoc analyses as needed, having full access to accumulating unmasked study data).
  3. The rationale for use of a DMC, and the roles, responsibilities, and operational structure of the DMC, should be addressed in a Charter agreed to by the sponsor and the DMC prior to patient enrollment. [See Appendix I for examples of activities that may or may not fall within the remit of a DMC.]
  4. The DMC and the SDAC preparing reports for the DMC should have access to all accumulating study data by treatment group beginning at trial initiation. The SDAC should have the flexibility to perform additional analyses that may
    be requested by the DMC.

DMC Composition

  1. Clinician(s) with expertise in the medical area under study, and statistician(s) knowledgeable about clinical trials and statistical monitoring plans are essential members of a DMC. Bioethicists and patient advocates may make important contributions to some DMCs. Other types of expertise may be needed in some trials (e.g., pharmacology, toxicology, behavioral science, etc.).
  2. DMC members should have experience in clinical research, and preferably clinical trials.
  3. Senior researchers with expertise in the area under study will often have some prior connection with the study sponsor and/or investigators, and may therefore not be considered completely free from conflict of interest or the perception of conflict of interest. When these connections appear minor (e.g., prior DMC service for the same sponsor for a different product several years in the past), they can be dealt with by disclosure to the sponsor and other DMC members.
  4. At each meeting, DMC members should report any activities or connections with sponsors, investigators, and/or other parties that could be perceived as a conflict of interest. If any such activity or connection is deemed to undermine the member’s independence, that member may need to resign from the DMC.

Communication

  1. SDAC report to the DMC
    • The SDAC should receive a scheduled transfer of accumulating data from the DCC, rather than only at regularly scheduled DMC reviews, to ensure they can meet Charter-driven responsibilities. A specific yet flexible schedule for transfer of accumulating data should be described in the Charter.
    • The format of the SDAC report to the DMC should be agreed upon prior to the first DMC interim analysis meeting.
    • Reports should include graphical presentation of the relevant data to summarize the information contained in the tables.
    • Flexibility should be permitted in the SDAC analyses and report format to accommodate changes as the trial progresses.
    • The lead SDAC statistician should be present at all DMC meetings and be well-versed in the trial protocol, including the statistical analysis plan.
  2. In general, the SDAC should anticipate and be responsive to the needs of the DMC. To facilitate this, there should be a mechanism described in the charter for communication between the lead SDAC statistician and DMC, as needed, throughout the conduct of the trial.
  3. Lines of communication between the DMC and trial sponsor should be specified in the Charter, and should follow suggested best practices. [See Appendix II]
  4. DMC members and the SDAC statisticians should have an in-depth introduction to the study prior to patient enrollment. They need to be familiar with 1) the study design, 2) trial- or program-specific information, and 3) interim analysis plan.
  5. DMC trial recommendations and proposed modifications should be provided to a steering committee or sponsor leadership group authorized to act on those recommendations, and not to those directly involved with implementation of the trial. The Charter should specify how disagreements between the sponsor and the DMC are to be managed.
    • If the sponsor agrees with the DMC recommendations, the sponsor should report the major DMC recommendations to regulatory bodies and IRBs within an appropriate time period after the recommendations are made. Minor operational recommendations need not be reported to regulatory bodies or IRBs.
    • If the sponsor does not agree with the DMC recommendations, the sponsor and DMC should first try to come to resolution. However, if a resolution is not reached, then the sponsor should make the final decision. That decision, along with supporting rationale and the DMC’s written recommendations, should be provided to regulatory bodies and IRBs within an appropriate time period after the recommendations are made. IRBs and regulatory bodies may act independently based on their assessment of the disputed information.
  6. DMC meeting minutes and reports should be made available to the sponsor and regulatory bodies at the end of the trial, as needed.

DMC Charter

  1. Roles, responsibilities and operational issues (e.g., format and frequency of meetings) should be clearly outlined in a succinct, well organized, jargon-free, non-legalistic Charter that empowers rather than handicaps the DMC, and allows flexibility in DMC operations and recommendations, while ensuring that the perspectives of sponsor and/or investigators are appropriately represented.
  2. Communication processes between the DMC and sponsor must be clearly described in the DMC Charter.
  3. In the rare circumstances when communication between the DMC and regulatory bodies is deemed necessary, the process for this communication should be clearly defined and agreed to by the DMC and sponsor.
  4. The DMC Charter should include a summary of the statistical interim analysis and study monitoring plan, which serves as a guide for DMC recommendations.
  5. Additional documents that should be provided to the DMC, but are not part of the Charter, include the trial protocol and statistical analysis plan.
  6. See Appendix IIIa and IIIb for DMC Charter general content and additional specific content to consider, respectively.

Training

The work of DMC members and SDAC statisticians is complex. Preparation requires a combination of training and experience. Sole reliance on on-the-job training is not feasible due to the complexity of the role and size of the currently available pool of candidates.

  1. Training should include:
    • Review of the fundamentals of DMCs (e.g., via books, courses at professional meetings, and/or on-line content)
    • Review of published case studies
  2. The inclusion of one or more members without prior DMC service on each DMC (including closed sessions) is encouraged, such that continued development of new DMC members can occur through apprenticeship and mentoring.
  3. Professional societies/organizations with an interest in the role and function of DMCs should develop and maintain databases of experienced DMC members and their relevant expertise.
  4. DMC members should submit interesting and instructive DMC case studies to peer-reviewed journals in compliance with confidentiality provisions described in the DMC Charter. This will increase awareness of issues and challenges that can arise during the conduct of a clinical trial.

Appendix I. Specific DMC Responsibilities

DMCs must: 

Periodically review the accumulating unmasked safety and efficacy data by treatment group, and advise the trial sponsor on whether to continue, modify, or terminate a trial based on benefit-risk assessment, as specified in the DMC Charter, protocol, and/or statistical analysis plan.

It is recommended that DMCs: 

  1. Review the protocol and statistical analysis plan, contribute to the DMC Charter, and become familiar with pertinent background information prior to participant enrollment.
  2. During conduct of the trial, DMCs should periodically review by treatment group and in an unmasked fashion:
    • Primary and secondary outcome measures,
    • Deaths
    • Other serious and non-serious adverse events,
    • Benefit-risk assessment
    • Consistency of efficacy and safety outcomes across key risk factor sub-groups.
  3. Periodically review, and make comments as necessary, during conduct of the trial related to:
    • Recruitment progress,
    • Quality and timeliness of data collection,
    • Adherence to the protocol (e.g., missing data).
  4. Provide their recommendations to the steering committee or a sponsor contact not involved in trial operations in a timely fashion, both in writing and perhaps verbally.

DMCs may:

  1. At the initial DMC meeting, offer feedback to the sponsor on protocol issues that would enhance the ability of the DMC to carry out their responsibilities.
  2. Review specific adverse events individually if deemed necessary (e.g., if a specific safety issue arises).
  3. Request unscheduled DMC meetings without having to notify sponsor or investigators.
  4. Request additional unplanned analyses without having to notify sponsor or investigators.
  5. Review data that has not yet been cleaned and/or adjudicated.

It is recommended that DMCs not:

  1. Adjudicate study endpoints under any circumstance.
  2. Routinely review all adverse events individually.
  3. Have a role in redesigning the trial after reviewing unmasked data.

Appendix II. Best Practices for DMC Meetings and Meeting-Related Communication

In addition to the CTTI DMC Project Recommendations, the following best practices may also be considered:

  1. All attempts should be made to hold the first DMC meeting in person, before initiation of patient recruitment, to allow DMC members the opportunity to get to know one another, and to review the DMC Charter, trial protocol, and planned SDAC report templates.
    • Discussions between the trial sponsor and DMC should be held to provide adequate trial context and summarize existing knowledge about the intervention being investigated.
  2. Sponsor attendees should be limited to the sponsor trial leaders during the open session of the DMC meeting.
  3. The content and duration of the open session after DMC meetings should be limited.
  4. DMC members should have minimal sponsor interactions outside the formal DMC meeting open session.
  5. Annual face-to-face meetings should be held; other meetings can be held via web- or teleconference.
  6. DMC meetings should be held at a neutral location (e.g., not at the trial sponsor or particularly luxurious locations).
  7. DMC members should not have discussions about the trial outside of DMC meetings.
  8. DMC written recommendations to the trial sponsor should be conveyed with the minimal amount of information necessary to provide clarity.
  9. If verbal debriefings are held following meetings or issuance of DMC recommendations, the minimal amount of information necessary to provide clarity should be provided.
  10. Provide a period for written comments from the sponsor to the DMC rather than holding a verbal debriefing by the DMC following issuance of recommendations and/or suggested trial modifications.

Appendix III a. Sample DMC Charter Table of Contents

Introduction

Provide title and objectives of the trial including the interventions; include a reference to the synopsis or figure of the clinical trial design in the protocol. Provide a concise description of the DMC Charter scope.

DMC Roles and Responsibilities

Provide a broad statement of DMC goals as well as the specific roles of the DMC.

DMC Composition

List the DMC membership and individual titles. Also, provide the SDAC institution/vendor and role.

Governance and Relationships

Describe the governance and relationships of the DMC and other trial committees/stakeholders. Indicate the DMC decision-making authority is advisory, DMC conflict of interest disclosure and plan for ongoing evaluation of conflict of interest.

Independence

Affirm the independence of DMC members from the trial sponsor and investigators. Indicate that the DMC has the flexibility to request additional analyses and conduct unscheduled DMC meetings if needed. For government-sponsored trials, indicate that the DMC has the flexibility to meet in closed or executive sessions that do not include staff from the government entity sponsoring the trial.

Prior to the First Interim Analysis

Describe the DMC involvement in the protocol review process and any issues specific to the finalized protocol (e.g. participants, intervention, or regulatory issues). Describe DMC meetings prior to the first interim analysis including review of the DMC Charter.

Organization of DMC Meetings

Provide expected frequency of DMC meetings including flexibility to have ad hoc meetings, if required. Describe the meeting format (e.g. face-to-face, teleconference) and meeting sessions (e.g. open, closed, executive 2 ), including the attendees.

Documentation, Confidentiality & Communication

Outline the material available in the open session (e.g. recruitment, data quality) and the confidential information available in the closed session (e.g. efficacy and safety tables, listings and figures) and the masking of the SDAC Report to the DMC. Indicate to whom the DMC communicates recommendations.

Decision-Making

Indicate when DMC members that are present constitute a quorum and how recommendations will be achieved. Outline potential DMC recommendations, reference statistical methods for decision-making (e.g. statistical analysis plan) and whether methods are binding or non-binding for recommendations.

Reporting

Indicate process for recording, archiving, and distributing DMC minutes. State how DMC recommendations and sponsor responses are communicated to stakeholders (e.g., IRBs, investigators); and how to resolve disagreements between the DMC and sponsor.

After Study is Completed

Provide plans for acknowledgement of the DMC in planned publications. After the trial is made public, indicate constraints on DMC members regarding disclosure or discussion of their deliberations during the trial.

Appendix

  • Research Design Synopsis/Figure
  • DMC Contact Information including the SDAC
  • Figure: Relationship between DMC, trial committees and other stakeholders (e.g., IRBs, investigators, regulatory agencies)
  • SDAC Report: Planned Tables, Listings, and Figures
  • Data Sources Memorandum (completed for each SDAC Report)
  • Process for executing revisions to the Charter
  • List of abbreviations

Appendix III b. DMC Charter Points for Consideration

Additional content for consideration:

DMC Composition

  • DMC membership and size (see Appendix for contact information)
  • DMC Chair’s role/checklist
  • Replacement of DMC members
  • DCC role:
    • Collection and review of case report forms
    • Ensuring completeness and accuracy of the data collected
    • Providing collected data to the SDAC
  • SDAC role:
    • Receipt of collected data from the DCC
    • Preparation of the SDAC Report and presentation to the DMC
    • SDAC statistician responsibilities before, during and after DMC meetings
  • Trial sponsor/management group role:
    • Ensuring resources available to DMC to achieve designated functions
    • Communicating regulatory information to the DMC
    • Selection of the DMC and SDAC

Documentation, Confidentiality & Communication

  • Material available in open sessions (e.g. recruitment, data quality)
  • Material available in closed sessions includes efficacy and safety tables, listings and figures (include mock-up of tables and figures).
  • Material periodically reported to the DMC (e.g. actual versus predicted enrollment, events of clinical interest)
  • In double-masked trials, masking of the DMC reports
  • Documentation/checklist of DMC process during and after the trial
  • Documentation of data sources for the SDAC Report
  • Distribution of material to DMC relative to timing of DMC meeting
  • Maintaining confidentiality of DMC material
  • Responsibility for providing information that is external to the trial under investigation
  • To whom the DMC communicates recommendations
  • Retention/disposition of DMC material

Appendix (Additional Documents)

  • Confidentiality agreement
  • Conflict of interest statement
  • Details for planned interim analysis(es) [if not contained in the protocol or separate statistical analysis plan]
  • DMC Chair checklist of responsibilities
  • Agenda topics for DMC meeting prior to first interim analysis
  • Checklist of required DMC documentation during and after trial completion
  • SDAC statistician responsibilities before, during and after the DMC meetings

Bibliography

  1. DeMets DL, Furberg CD and Friedman LM (eds). Data monitoring in clinical trials: a case studies approach. New York: Springer, 2006.
  2. Clinical Trials Transformation Initiative. Data Monitoring Committees: project summary, https://ctti-clinicaltrials.org/about/ctti-projects/data-monitoring-committees/ (accessed 23 February 2016).
  3. Ellenberg SS, Fleming TR and DeMets DL. Data monitoring committees in clinical trials: a practical perspective. Hoboken, NJ: Wiley, 2002.
  4. Food and Drug Administration, Guidance for Clinical Trial Sponsors Establishment and Operation of Clinical Trial Data Monitoring Committees. 2006: Silver Spring, MD.
  5. Grant AM, Sydes M, McLeer S, Clemens F, Altman DG, Babiker A, Campbell MK, Darbyshire J, Elbourne D, Parmar M, Pocock S, Spiegelhalter D, Walker A and Wallace S. Issues in data monitoring and interim analysis of trials (the DAMOCLES study). Health Technol Assess 2005; 9 (7).
  6. Organization, review, and administration of cooperative studies (Greenberg Report): a report from the Heart Special Project Committee to the National Advisory Heart Council, May 1967. Control Clin Trials 1988; 9: 137-148.

Optimizing Data Quality and Flexibility in Clinical Trials Expert Meeting

MEETING OBJECTIVES: 

  • Evaluate the benefits and feasibility of offering flexible operational approaches to support participant needs & preferences
  • Discuss how flexible operational approaches might affect data quality
  • Explore solutions for mitigating the errors that matter to data quality

Meeting Location:

Marriott Capitol Hill | Burnham Room
175 L St NE, Washington, D.C.

Meeting Materials:

Meeting Agenda

Meeting Summary

List of meeting attendees

Full Presentation Set

 

The views and opinions expressed in this presentation are those of the individual presenter and should not be attributed to the Clinical Trials Transformation Initiative, or any organization with which the presenter is employed or affiliated.

CTTI Leads Discussion on Digital Health Trials at ETH Digital Biomarkers Summit

CTTI News | November 27, 2024

Topics Included: Data Collecting and Reporting, Innovative Trials, Site Planning

In November 2024, Lindsay Kehoe, senior project manager at CTTI, presented at the Digital Biomarkers Summit held at ETH Zurich. The event gathered experts from academia, healthcare, and industry to discuss the transformative potential of wearable technologies in healthcare. Among the many topics covered, a key focus was the translation of digital innovations, such as wearable devices for sweat and breath, into clinical implementation to revolutionize healthcare. Digital technologies enable real-time, continuous monitoring of patient data, providing researchers and healthcare providers with deeper insights into patient health, improving trial design, and enhancing data accuracy.

In her workshop, Setting Up Digital Health Trials, Kehoe offered actionable insights on designing successful, fit-for-purpose digital health trials. She outlined key benefits, such as improving trial efficiency, fostering patient-centric research, and ensuring more reliable data. Kehoe also addressed common questions and challenges in implementing digital health trials and shared practical solutions for overcoming them. A central theme of her talk was the importance of communication and collaboration, emphasizing that “collaboration is key to bringing cutting-edge innovation into trials, addressing unmet needs, and improving trial efficiency.”

Dr. Jörg Goldhahn, a CTTI member and Professor at ETH Zurich, echoed Kehoe’s point, noting, “New technology offers great potential for novel biomarkers that can be used remotely, closer to ground truth, and on a continuous basis. However, intensive interprofessional collaboration is required to take these technologies from proof-of-concept into clinical use.”

Kehoe also discussed the importance of equipping researchers with the right tools and resources to successfully implement digital health strategies. She introduced essential resources from CTTI’s Digital Health Trials Hub, designed to guide researchers through key aspects of trial design, including selecting measures and appropriate technologies, managing data securely, developing novel endpoints, and collaborating effectively with clinical sites, patients, and regulators for seamless trial execution.

A notable example of how CTTI’s Digital Health Trials Recommendations are being put into practice is at ETH Zurich, where the institution has integrated these recommendations into its Digital Trial Intervention Platform within the Translational Science Advanced Studies program. This platform enhances the flexibility and scalability of clinical research and aims to optimize digital clinical study designs. These initiatives underscore the real-world impact of CTTI’s resources, demonstrating how we can take digital tools from bench to bedside and drive innovation in clinical research.

For those interested in seeing how CTTI’s resources are being applied in other research settings, the Case Study Exchange offers a range of real-world examples, showcasing how different organizations are integrating innovative tools and approaches into clinical trials.

New Publication Shares Findings & Recommendations for Embedding Clinical Trial Elements into Routine Clinical Practice

CTTI News | November 15, 2024

Topics Included: Data Collecting and Reporting, Innovative Trials, Site Planning

new CTTI publication published in the Journal of Clinical and Translational Science highlights the qualitative research findings that informed recommendations to facilitate the integration of clinical trials into clinical practice. By integrating key elements of clinical trials—such as patient identification and data collection—into everyday practice, research efforts can be streamlined to reduce duplication of activities. However, several administrative, cultural, and data-related challenges must be addressed to fully realize these benefits. 

The publication identifies barriers to embedding clinical trials into routine practice, including potential disruptions to workflow, challenges in obtaining buy-in from staff, the need for robust data and research infrastructure, and the necessity for a culture shift to value and support research. 

To address these barriers, recommendations are provided based on in-depth interviews and insights from two expert meetings hosted by CTTI. Key suggestions include ensuring healthcare data sources are research-ready, aligning trial designs with existing clinical workflows, preparing sites for trial integration, and securing support from leaders at regulatory, funding, and health system levels to champion the value of embedding trials in routine practice. 

Integrating trial elements into everyday clinical practice does not have to be an “all or none” approach. Even incorporating a few elements can bring significant benefits. By addressing the identified barriers and following these recommendations, long-term improvements in operational efficiency and patient outcomes can be achieved.

Optimizing Data Quality and Flexibility in Clinical Trials

Topics Included: Data Collecting and Reporting, Ensuring Quality, Innovative Trials

CTTI’s project, Optimizing Data Quality and Flexibility in Clinical Trials, aims to enhance patient and site access, improve participant satisfaction, and facilitate the use of real-world data through flexible operational approaches in trial design and conduct. This project offers clarity around when, if, and how to integrate flexible operational approaches in interventional clinical trials while maintaining adequate data quality. By ensuring trial data remains fit-for-purpose, credible, and reliable, CTTI’s work has the potential to create more efficient and effective clinical trials, benefiting both researchers and patients. 

Key Takeaways

Resources

Safety

Antibacterial Drug Development

Increasing bacterial resistance coupled with decreasing research on new antibacterial drugs is creating a crisis that could disproportionately impact our most vulnerable populations, including children and the seriously ill. CTTI...

Data Collecting and Reporting | Recommendations

CTTI Recommendations: Data Monitoring Committees

Definitions Introduction Appendix I Appendix II Appendix III a Appendix III b Bibliography Share to: download recommendations CTTI encourages the use of all materials listed on this site. Click here...

Innovative Trials | Expert Meetings

Optimizing Data Quality and Flexibility in Clinical Trials Expert Meeting

View materials from February 26, 2025 expert meeting

Site Planning | CTTI News

CTTI Leads Discussion on Digital Health Trials at ETH Digital Biomarkers Summit

In November 2024, Lindsay Kehoe, senior project manager at CTTI, presented at the Digital Biomarkers Summit held at ETH Zurich.

Site Planning | CTTI News

New Publication Shares Findings & Recommendations for Embedding Clinical Trial Elements into Routine Clinical Practice

A new CTTI publication published in the Journal of Clinical and Translational Science highlights the qualitative research findings that informed recommendations to facilitate the integration of clinical trials into clinical practice.

Innovative Trials

Optimizing Data Quality and Flexibility in Clinical Trials

CTTI’s project, Optimizing Data Quality and Flexibility in Clinical Trials, aims to enhance patient and site access, improve participant satisfaction, and facilitate the use of real-world data through flexible operational...

Innovative Trials | Press Releases

New CTTI Recommendations Provide Path for More Efficient Clinical Trials Using Clinical Registries

Newly released recommendations from the Clinical Trials Transformation Initiative (CTTI) have the potential to streamline clinical trials by using registry information. Registries are data collection tools typically used to better...

Innovative Trials | Poster Presentations

Uses of Electronic Health Data to Support Clinical Trials

Society of Clinical Trials CTTI Project: Electronic Healthcare Data Download Presentation (785.09 KB)

Innovative Trials | Poster Presentations

Embedding Clinical Trials within Registries: How Feasible?

[yoast-breadcrumb] ICTMC/SCT CTTI Project: Registry Trials Download Presentation (785.09 KB)

Site Planning | Expert Meetings

Embedding Trials in Clinical Practice Expert Meetings

May 11, 2022 & September 21, 2022 CTTI Project: Trials in Clinical Practice SHARE TO: MEETING OBJECTIVES: Meeting #1 Objectives: Present findings from project's evidence generation: in-depth interviews with...

Formats

Stage of Trial

New CTTI Recommendations Provide Path for More Efficient Clinical Trials Using Clinical Registries

[yoast-breadcrumb]

CTTI Project: Registry Trials

Newly released recommendations from the Clinical Trials Transformation Initiative (CTTI) have the potential to streamline clinical trials by using registry information. Registries are data collection tools typically used to better understand long-term trends in a specific population, such as patients with a particular disease or patients exposed to a certain treatment.

PDF icon Download Press Release (194.86 KB)

Embedding Trials in Clinical Practice Expert Meetings

May 11, 2022 & September 21, 2022 

CTTI Project: Trials in Clinical Practice

MEETING OBJECTIVES: 

Meeting #1 Objectives:

  • Present findings from project’s evidence generation: in-depth interviews with study designers and implementers
  • Refine operational recommendations
  • Begin to strategize implementation of the operational recommendations

Meeting #2 Objectives: 

  • Develop strategies for implementing at least 2 of CTTI’s new recommendations into the planning of trials intended for regulatory review
  • Identify 3 implementation barriers that trial designers and health systems have the power to mitigate
  • Brainstorm relevant metrics to monitor and evaluate implementation of the selected recommendations

Meeting #1 Location: Virtual Meeting

Meeting Agenda

Meeting Summary

List of meeting attendees

Full Presentation Set

Meeting #1 Materials:

  • Session 1: Introduction to Embedding Trials in Health Care Settings 
    • Introduction to the Clinical Trails Transformation Initiative (CTTI) 
    • Trials in Health Care Settings Project Overview and Meeting Objectives 
    • Review of Project’s In-depth Interview Results 
  • Session 2: Leveraging Examples to Refine Recommendations 
    • Review of Project’s Draft Recommendations 
    • Case Examples 
  • Session 3: Strategizing Implementation of Recommendations 
    • Opportunities to Implement CTTI Recommendations 

Meeting #2 Location: Hotel Washington, 515 15th Street, NW Washington, D.C.

Meeting Agenda

Meeting Summary

List of meeting attendees

Full Presentation Set

Meeting #2 Materials:

  • Session 1: Paving the Way 
    • Integrating Clinical Research and Care: Perspectives from Groups Paving the Way 
    • TQ&A 
    • Trials in Clinical Practice Project Overview  
  • Session 2: Implementation Workshop 
  • Session 3: Developing Metrics of Implementation 
    • Level setting on what is meant by metrics and implementation 
    • Metrics Development: Breakout Groups 
    • Gaining Momentum 

The views and opinions expressed in this presentation are those of the individual presenter and should not be attributed to the Clinical Trials Transformation Initiative, or any organization with which the presenter is employed or affiliated.