University Alumni Gene Therapy Clinical Trial Registry

University Alumni Gene Therapy Clinical Trial Patient Registry Form

Gene therapy research represents one of the most promising frontiers in modern medicine, and university-affiliated clinical trial programs are at the forefront of this revolutionary field. For universities conducting gene therapy research, maintaining a comprehensive alumni patient registry is essential for long-term study success, patient engagement, and breakthrough discoveries.

This University Alumni Gene Therapy Clinical Trial Registry Form is specifically designed for academic medical centers, university hospitals, and research institutions that need to track alumni participants in gene therapy studies. Whether you're managing trials for rare genetic disorders, hereditary conditions, or innovative therapeutic interventions, this template provides a structured approach to collecting critical patient information, treatment histories, and consent for ongoing research participation.

Why Universities Need Specialized Alumni Gene Therapy Registries

Gene therapy clinical trials require long-term follow-up spanning years or even decades. Alumni participants—former students, faculty, or university community members—represent a uniquely engaged population with strong institutional ties. A dedicated registry helps research teams:

• Track treatment outcomes over extended timeframes with greater retention
• Identify eligible participants for new studies based on genetic profiles
• Maintain biospecimen banks with proper consent and documentation
• Build longitudinal datasets that advance scientific understanding
• Foster alumni engagement through meaningful research participation

Traditional clinical trial intake forms often lack the specificity needed for genetic condition disclosure, biospecimen consent, and the complex treatment histories typical of gene therapy patients. This template addresses those gaps with purpose-built fields designed for the unique requirements of genetic medicine research.

What Makes This Template Ideal for Academic Research Programs

This form template is optimized for university medical centers, academic hospitals, teaching institutions, and research universities conducting gene therapy trials. It serves multiple stakeholders:

• Clinical research coordinators can efficiently onboard alumni participants with complete medical histories
• Principal investigators gain access to structured data for cohort analysis and study design
• Biobank managers receive properly documented consent for specimen collection and storage
• IRB compliance officers can verify that all necessary disclosures and consents are captured
• Data managers benefit from standardized fields that integrate with research databases

Key Features of the Alumni Gene Therapy Registry Form

This comprehensive template includes sections for:

Genetic Condition Disclosure: Detailed fields for documenting diagnosed genetic conditions, inheritance patterns, family history, and genetic testing results—all critical for gene therapy eligibility assessment.

Treatment History: Comprehensive capture of previous therapies, gene therapy interventions, clinical trial participation, medication history, and treatment outcomes to provide complete context for research teams.

Research Study Interest: Screening questions that help match alumni with appropriate ongoing or future studies based on their condition, treatment status, and research preferences.

Biospecimen Banking Consent: Clear, compliant consent language for collection, storage, and use of biological samples including blood, tissue, and DNA specimens for current and future research.

Long-Term Follow-Up Commitment: Assessment of participant willingness and availability for extended follow-up visits, surveys, and monitoring—essential for understanding gene therapy's long-term safety and efficacy.

Streamlining Research Workflows with Paperform

Paperform transforms this complex registry process into a seamless digital experience. The form can be embedded directly on your university's research website or sent via secure links to alumni participants. Conditional logic ensures that participants only see relevant questions based on their genetic condition and treatment history, reducing form fatigue and improving completion rates.

Integration capabilities mean submission data can flow directly into your research database, REDCap system, or CRM platform. With Paperform's calculation fields, you can implement screening scores to automatically flag high-priority candidates for specific studies. Custom email notifications can be triggered to different research team members based on the condition type or study interest indicated by the participant.

For universities managing multiple gene therapy trials, Paperform's templating system allows you to create study-specific variations while maintaining consistent core data collection across your entire research program.

Enhancing Compliance and Security

Gene therapy research involves highly sensitive genetic and medical information. Paperform is SOC 2 Type II compliant and offers robust security features including encrypted data transmission, configurable data residency, and access controls—critical considerations for research involving protected health information (PHI) and personally identifiable information (PII).

While Paperform is not HIPAA compliant and should not be used as the sole system for PHI storage, it serves as an excellent pre-screening and interest indication tool that can feed into your HIPAA-compliant research systems. The form can collect de-identified data or serve as an initial contact point before full enrollment into your secure clinical trial management system.

Automating Follow-Up with Stepper

Long-term follow-up is the cornerstone of gene therapy research success. Using Stepper (stepper.io), you can automate the post-submission workflow to ensure no participant falls through the cracks. Create workflows that:

• Send scheduled follow-up surveys at 6-month, 1-year, and annual intervals
• Trigger notifications to research coordinators when participants are due for check-ins
• Route submissions to different principal investigators based on genetic condition
• Update participant records in your research database automatically
• Generate reminders for biospecimen collection appointments

This automation frees your research team to focus on science rather than administrative follow-up, while ensuring the rigorous data collection protocols that gene therapy studies demand.

Supporting Multiple Therapeutic Areas and Conditions

This template is flexible enough to support gene therapy registries across diverse therapeutic areas including:

• Rare genetic disorders: Muscular dystrophy, hemophilia, cystic fibrosis, sickle cell disease
• Inherited metabolic conditions: Lysosomal storage disorders, mitochondrial diseases
• Ophthalmologic conditions: Inherited retinal dystrophies, Leber congenital amaurosis
• Neurological conditions: Spinal muscular atrophy, Huntington's disease
• Oncology: CAR-T cell therapy, tumor-targeting gene therapies
• Cardiovascular conditions: Familial hypercholesterolemia, inherited cardiomyopathies

The form's conditional logic adapts to each condition type, collecting relevant information while maintaining a streamlined experience for participants.

Building Alumni Engagement Through Meaningful Research

For university alumni affairs and advancement teams, this registry represents more than just research infrastructure—it's an engagement opportunity. Alumni who participate in cutting-edge gene therapy research feel connected to their institution's mission and scientific impact. This form can be promoted through:

• Alumni newsletters and communications
• University health system outreach campaigns
• Patient advocacy group partnerships
• Medical school and nursing school alumni networks
• Annual giving campaigns with research impact stories

By making participation accessible through an elegant, user-friendly form experience, you lower barriers to engagement and build a community of alumni contributing to scientific breakthroughs.

Industry-Leading Solution for Academic Medical Research

Over 500,000 teams worldwide trust Paperform for critical data collection, and research institutions increasingly rely on the platform for participant recruitment, registry management, and research intake workflows. The combination of sophisticated conditional logic, secure data handling, extensive integrations, and beautiful user experience makes Paperform an ideal solution for university gene therapy programs.

Whether you're launching your first gene therapy trial or managing an established research program with multiple studies, this template provides the foundation for building a robust alumni patient registry that serves your research goals today while remaining flexible for future scientific directions.

Create your alumni gene therapy registry today and accelerate the pace of discovery while maintaining the highest standards of participant care and data integrity.