Laboratory Support Services
Our laboratory services are performed by leading scientists in the industry. Noble provides all of the GLP-compliant facilities and resources you need to initiate a rigorous, customized biodistribution and shedding study that fits your product’s testing and analysis needs.
Cell & Gene Therapy
Biodistribution Services
Noble Life Sciences can execute biodistribution studies performed in fully compliant facilities with GLP guidelines. Our reputable scientific team will ensure the successful and timely completion of preclinical biodistribution studies with a large number of samples.
In vivo service
for GLP and non-GLP studies:
- Immunocompromised rodent models for biodistribution studies of CAR-T, iPSC, and other cell-based therapeutic agents.
- Animal models for biodistribution studies of gene- and virus-based therapeutic agents.
In vitro service
for GLP and non-GLP studies:
- DNA/RNA isolation services for blood and organ tissues (e.g., brain, kidneys, lungs, liver, heart, spleen, etc.)
- DNA/RNA quantification services (96-well spectrophotometer, NanoDrop One)
- Quantitative PCR (qPCR and RT-qPCR) services
- qPCR data analysis services (statistical analysis, data visualization)
Cell & Gene Therapy
Shedding Analysis Services
Clear and comprehensive results for your products delivered from trained scientists to support your drug development.
In vivo service
for GLP and non-GLP studies:
- Animal models for shedding studies of gene and virus-based therapeutic agents.
In vitro service
for GLP and non-GLP studies:
- DNA isolation services for shedding specimens (e.g., urine, feces, saliva, etc.)
- DNA quantification services (96-well spectrophotometer, NanoDrop One)
- Quantitative PCR (qPCR) services
- qPCR data analysis services (statistical analysis, data visualization, etc.)
How Our Team Can Help
With decades of GLP experience, our scientists can support all aspects of the GLP process, from design to regulatory support of your IND, IDE, or PMA FDA submission.
Pang-Kuo Lo, Ph.D. MSc
Team Lead, Assay Development