Neftaly: Hospital Design Requirements for Gene Therapy Facilities
As gene therapies move from research labs into mainstream clinical care, hospitals must evolve to accommodate these life-changing treatments. Delivering gene therapy safely and effectively requires more than specialized staff and protocols—it demands purpose-built facilities designed to support the unique clinical, operational, and regulatory needs of advanced therapy medicinal products (ATMPs).
At Neftaly, we guide hospitals through the essential design requirements needed to transform existing infrastructure—or develop new spaces—into safe, efficient, and compliant gene therapy delivery environments.
Why Facility Design Matters for Gene Therapy
Gene therapies are highly sensitive, high-value biologics. Their safe administration depends on:
- Precise environmental control
- Sterile handling and preparation
- Secure storage and transport
- Seamless coordination across departments
- Strict adherence to regulatory standards
Poorly designed spaces can lead to delays, contamination risks, or even treatment failure. Neftaly ensures that every square meter of your facility supports the flow, function, and future of gene therapy.
Key Hospital Design Requirements for Gene Therapy
1. Designated Preparation & Handling Areas
- Clean rooms or ISO-classified spaces for drug preparation and compounding
- Biological safety cabinets (BSCs) or laminar airflow hoods for aseptic manipulation
- Physical separation from high-traffic or contaminated areas
2. Cold Chain Storage Integration
- Ultra-low temperature freezers (-80°C or lower) for gene therapy products
- Redundant power supply and alarm systems
- Secure and temperature-controlled internal transport routes
- Storage positioned for rapid access near compounding or infusion areas
3. Infusion & Administration Suites
- Dedicated patient rooms designed for:
- Close monitoring during and post-therapy
- Infection prevention for immunocompromised patients
- Privacy, comfort, and accessibility
- Proximity to emergency response teams and equipment
4. HVAC and Environmental Controls
- HEPA filtration and pressure-differentiated air systems in preparation areas
- Real-time monitoring of air quality, temperature, and humidity
- Zoning to prevent cross-contamination between clean and non-clean areas
5. Patient Flow Optimization
- Separate routes for gene therapy patients to avoid exposure to high-risk zones
- Controlled access to therapy spaces for authorized personnel only
- Centralized coordination hubs for patient tracking, documentation, and communication
6. Integrated Monitoring and Compliance Systems
- Built-in temperature, airflow, and access monitoring
- Seamless integration with EHR and therapy management platforms
- Support for audit trails and regulatory documentation
- Compatibility with FDA, EMA, USP <797>/<800>, and cGMP guidelines
7. Staff Workflow and Safety
- Design that facilitates cross-functional collaboration between pharmacy, nursing, genetics, and administration
- Staff-only corridors and prep rooms to reduce contamination risk
- Locker rooms and gowning areas for aseptic zones
From Concept to Commissioning: Neftaly’s Support
Whether you’re building from scratch or repurposing existing space, Neftaly provides end-to-end support:
- Facility assessment and gap analysis
- Space planning and architectural consultation
- Equipment specification and sourcing
- Workflow integration and validation
- Training on facility use and compliance
Scalable Solutions for Every Hospital Type
Neftaly supports:
- Academic medical centers launching flagship gene therapy programs
- Regional and community hospitals expanding access to specialized therapies
- Private clinics and infusion centers integrating advanced treatments into outpatient settings
Build for the Future of Medicine
Gene therapy is here—and your facility needs to be ready. Neftaly helps hospitals design and operate spaces that meet today’s complex therapy requirements while staying adaptable for future innovations in cellular and genetic medicine.
Partner with Neftaly to design gene therapy facilities that deliver safety, efficiency, and excellence—right from the ground up.
