For research use only. Not intended for any clinical use.
This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.
Non-Human Primate (NHP) Advanced Therapy (Gene/Cell Therapy) In Vivo Safety & Toxicity Study Service
Are you currently facing complex challenges in the preclinical safety assessment of gene and cell therapies? Are you concerned about potential in vivo toxicities or unpredictable host immune responses? Creative Biolabs' Non-Human Primate Advanced Therapy In Vivo Safety & Toxicity Study Service helps you accelerate your therapeutic development timeline and de-risk your program by providing comprehensive, high-quality toxicology data through our advanced NHP study platforms. Accelerate Your Therapeutic Development Process!
Overview of Our NHP In Vivo Toxicology Service
The landscape of modern medicine is being transformed by gene and cell therapies. These innovative treatments, which include AAV-based therapies for genetic disorders and engineered CAR T-cells for cancer, present unique challenges for safety evaluation. Unlike traditional small molecule drugs, these "living medicines" can cause a range of immune-mediated toxicities and require specialized models to accurately predict human response. At Creative Biolabs, we leverage our deep expertise and highly predictive NHP models to provide the critical safety data you need to confidently advance your project.
What Our Service Is
Our Non-Human Primate Advanced Therapy In Vivo Safety & Toxicity Study service provides a comprehensive preclinical evaluation of novel gene and cell therapy products. We focus on identifying, characterizing, and quantifying potential local and systemic toxicities, including those related to immunogenicity and biodistribution, that are essential for regulatory submission. Application Scenarios:
- Gene Therapy: Preclinical toxicology studies for AAV, lentiviral, and other viral vector-based gene therapies targeting a wide range of diseases, from genetic disorders to neurodegenerative conditions.
- Cell Therapy: Safety assessments for engineered cell products, such as CAR T-cells, to evaluate their biodistribution, off-target effects, and potential immunotoxicity.
- Vaccine Development: In vivo toxicology and immunogenicity studies for next-generation vaccines.
Why Choose Us?
Navigating the unique safety challenges of advanced therapies requires a partner with specialized expertise and a proven track record.
Pain Point: The inherent physiological and immunological differences between rodents and humans lead to unreliable and non-predictive toxicology data for advanced therapies.
Benefit: Creative Biolabs' NHP models provide a more accurate and predictive platform due to their high similarity to the human immune and physiological systems, enabling more reliable data for de-risked path to the clinic.
Fig.1 Example data of complete blood counts and blood chemistry in macaques treated with CAR-T cells and control T cells before and on specified days post-adoptive transfer. 1
Key Benefits of Our Service
Creative Biolabs is a leader in advanced therapy toxicology, offering distinct advantages that set our service apart. We provide a tailored, responsive, and data-rich experience to support your unique project needs.
- Swift Response and Project Initiation: Our streamlined process and dedicated project managers ensure a rapid turnaround from initial inquiry to study commencement. We understand the urgency of therapeutic development and work to accelerate your timeline without compromising on quality.
- Extensive NHP Resources: We maintain access to a robust and well-managed colony of non-human primates, which includes but not limited to Cynomolgus, Rhesus, Marmoset, and African Green Monkey, enabling us to support a diverse range of studies from single-dose to long-term chronic studies.
- Unparalleled Customization: Our experienced team designs bespoke study protocols tailored to your specific therapy, target indication, and route of administration. This includes optimizing dose levels, sampling timepoints, and specialized assessments for unique safety concerns.
- Comprehensive Reporting: We deliver meticulously detailed and well-annotated reports that provide clear, actionable insights. Our reports include not only raw data and statistical analysis but also expert interpretation of findings.
How Creative Biolabs' Service Can Assist Your Project?
Our service provides a clear, collaborative, and results-driven approach to solving the complex safety challenges of advanced therapies. We deliver the definitive data and expert analysis required to move your project confidently toward clinical trials.
Required Starting Materials
Protocol Design & Review
In-Life Phase
Specialized Assessments
Necropsy & Pathology
Data Analysis & Reporting
Key Deliverables
Our comprehensive and detailed deliverables provide you with a full picture of your therapeutic's safety profile, enabling data-driven decisions.
- Final GLP-compliant study report.
- Full raw data package (Excel, PDF).
- Histopathology slides with expert annotations.
- qPCR data for biodistribution and shedding analysis.
- Detailed analysis of immunogenicity assays.
Capabilities & Partnerships
Service-Specific Data
- Annual Sample Size: Over 50,000 samples analyzed per year.
- Turnaround Time (TAT): Typical turnaround of 2 weeks for bioanalytical results.
- Study Pass Rate: 99%+ success rate in meeting study endpoints.
Our Valued Partners
Frequently Asked Questions
Contact Us
At Creative Biolabs, our goal is to be your strategic partner in safely and effectively bringing your advanced therapies to patients. Our Non-Human Primate Advanced Therapy Safety (Gene/Cell Therapy) In Vivo Toxicology Service provides the predictive data and expert insight required to de-risk your program and accelerate your path to the clinic. Contact our team today for more information and to discuss your project.
Reference
- Morokawa, Hirokazu et al. "Autologous non-human primate model for safety assessment of piggyBac transposon-mediated chimeric antigen receptor T cells on granulocyte-macrophage colony-stimulating factor receptor." Clinical & translational immunology vol. 9,11 e1207. 22 Nov. 2020. Distributed under Open Access license CC BY 4.0, without modification. DOI: https://doi.org/10.1002/cti2.1207