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GMP Cell Banking Services

GMP-compliant manufacturing and characterization of mammalian and microbial cell banks, aligned with regulatory standards.

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Comprehensive GMP Cell Banking Services

GMP Cell Banking Highlights

Extensive experience in cell banking

Hundreds of fully released mammalian and microbial cell banks
Expertise in GMP cell banking process development, scale-up, and GMP readiness

Wide variety of cell types

Microbial GMP cell banking for plasmid manufacturing
Mammalian cell banking for viral vector manufacturing & iPSC, MSC cell banking
Virus banking for oncolytic virus manufacturing

Client-Centric Partnership

Flexible, tailored the processes to meet client needs 
Proactive scientific and regulatory support

Excellence in Quality

Robust quality management system (QMS)
Comprehensive in-house quality testing 
Compliance with FDA, EMA, and NMPA requirements

Need Mammalian and Microbial Banking Support?

Over 100 cell banks successfully manufactured and released

Extensive GMP cell banking experiences

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Need iPSC Banks & AAV and LVV Suspension Production Cell Banks?

GMP qualified

High productive cell lines

Active FDA DMF #28844 (293XS) and #31873 (293TH)

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Scope of GMP Cell Banking Services

Cell banks QC Release Assays

E. Coli Master Cell Bank Release Testing

Assay Method
Colony appearance Culture method
Viability Plate culturing
Gram staining Gram staining
16S rRNA 16S rRNA
Phage detection Phage plaque detection
Antibiotic resistance Plate culturing
Plasmid retention rate Plate culturing
Plasmid copy number qPCR
Restriction enzyme profile DNA Gel electrophoresis
DNA sequencing Sanger sequence

*Outsourced testing

E. Coli Cell Bank Stability Studies and Testing

Assay MCB Long term storage stability (month)
6 12 18 24 36 48 60
Viability
Plasmid retention rate
Antibiotic resistance
Plasmid copy number
DNA sequencing
Restriction enzyme profile
Phage detection

Mammalian Cell Bank Testing

Test Item Method
Physical / Chemical Properties Appearance Visual inspection
Identity Cell Identification Short Tandem Repeat (STR) profiling
Cytogenetic Analysis Karyotyping
Strength Cell Growth and Morphology Microscopic observation and growth curve analysis
Cell Viability Cell counter
Functional Assays TBD
Safety Sterility Sterility Testing (Membrane Filtration)
Mycoplasma Testing Direct Inoculation (with Method Confirmation)
Adventitious Virus Testing In Vitro Different Cell Inoculation Methods (Vero, MRC-5, HEK293, CHO)
In Vivo Animal & Chick Embryonated eggs
Retrovirus Testing Reverse Transcriptase Activity Test (PERT)
Infectious Test (Culture Method)
Transmission Electron Microscopy (cell)
Species Specific Viruses Testing 9 CFR Part 113, qPCR

*Outsourced testing

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uBriGene's Qualified Cell Banks

uBriGene’s Qualified AAV Production Cell Banks, 293XS

Serum-free, animal component free

Good Growth at density of 1E7 cells/mL

High AAV productivity, 1E14 vg/L

Activated FDA DMF on file #28844

GMP AAV production received FDA IND clearance

Scalable AAV production up to 2,000 L.

uBriGene’s Highly Productive LVV Production Cell Banks, 293TH

Bar graph of LVV production of ubrigene's suspensions cells being 5-12 fold higher than adherent cells.

Fig. 1. Comparison of lentivirus productivity of HEK293T adherent cells and uBriGene’s 293TH suspension cells. Four different GOIs were used for this study. The transduction units were analyzed using flow cytometry after transducing Jurkat cells with the lentiviral vectors produced from HEK293T adherent cells and our suspension 293TH cells.

uBriGene’s iPSC Cell Banks

uBriGene’s iPSC banks are fully characterized, QC-released, and supported by a DMF. Multiple iPSC lines are available in both research-grade and clinical-grade formats.

US sourced somatic cell derived iPSC cell banks

Fully GMP qualified

Critical materials for allogeneic cell therapy programs

Pluripotency Identification of uBriGene’s iPSC Cell Banks

Flow cytometry detection of pluripotency identification markers for uBriGene’s iPSC cell bank.

Fig. 2. Detection of pluripotency identification markers for uBriGene’s iPSC cell bank, including SSEA4, TRA-1-81, Sox2, and Nanog, using flow cytometry.

Frequently asked questions

uBriGene provides access to qualified 293XS and 293TH production cell banks under project-specific terms for programs manufactured through uBriGene's GMP viral-vector services. Both cell banks have active FDA DMFs and are used within uBriGene's AAV manufacturing and LVV production platforms, providing documented cell-bank information to support applicable regulatory submissions.

Yes. uBriGene supports GMP cell-bank development for engineered mammalian cell lines used in biologics and viral-vector manufacturing programs. Depending on the program, services can include cell-bank development, characterization, release testing, and stability testing according to the engineered cell line and intended application.

uBriGene performs core cell-bank characterization, release, and stability testing through its internal quality and analytical infrastructure, while qualified external testing providers may be used for certain specialized requirements, including portions of the adventitious-agent testing panel. Testing responsibilities are defined according to the cell type, program requirements, and applicable regulatory expectations.

GMP cell banking establishes controlled cell repositories, including Master Cell Banks (MCBs), Working Cell Banks (WCBs), and other applicable cell banks, for consistent and traceable biologics manufacturing. A well-characterized cell bank provides a defined starting material for production and supports product consistency, quality control, and long-term manufacturing continuity.

Microbial cell banks use bacterial or yeast strains for applications such as plasmid and recombinant protein production. Mammalian cell banks use cell lines such as CHO or HEK293 for complex biologics, viral vectors, and gene therapy manufacturing. The banking, characterization, and release requirements depend on the cell type and intended manufacturing process.

Establishing a GMP Master Cell Bank (MCB) can take several weeks to a few months, depending on the cell line, banking strategy, manufacturing requirements, and scope of characterization and release testing. Project timelines are established based on the specific cell type and testing requirements.

A Master Cell Bank (MCB) is the primary, well-characterized cell repository used to generate Working Cell Banks (WCBs). A WCB is derived from the MCB and is used for routine manufacturing, helping preserve the MCB as a controlled reference stock. The number of bank tiers depends on the cell type, manufacturing process, and program requirements.

Sponsors should evaluate a cell-banking partner based on the types of cell banks supported, GMP manufacturing capabilities, characterization and release testing, stability programs, documentation, regulatory experience, and the ability to work with sponsor-provided cell lines. Access to qualified production cell banks and experience supporting the intended manufacturing platform can also be important when the bank will be used for viral-vector or other biologics production.

uBriGene supports GMP cell-banking programs within quality systems designed to meet applicable regulatory requirements for the intended development program and market. Programs can include controlled manufacturing, characterization, release testing, stability evaluation, and regulatory documentation. The Germantown, Maryland facility maintains FDA DMF #31266, and products tested at the site have supported FDA IND submissions and clearances.

GMP cell-bank testing depends on the cell type, source, manufacturing process, and intended use. Testing may include identity, viability, growth characteristics, sterility, mycoplasma, adventitious viruses, retrovirus testing, species-specific viruses, genetic characterization, and other product-specific assays. uBriGene supports cell-bank analytical development, release testing, and stability testing according to program requirements.

uBriGene supports GMP cell-bank programs for mammalian cell lines used in iPSC, MSC, and viral-vector manufacturing, as well as other engineered cell lines according to program requirements. Services can include cell-bank development, characterization, release testing, stability testing, and storage.

Yes. Sponsors can discuss using their own qualified cell line as the starting material for a GMP cell-banking program. uBriGene can evaluate the starting cell line and establish the applicable banking, characterization, release-testing, and storage strategy based on the cell type and program requirements.

Cell-bank stability is evaluated using testing appropriate to the cell type and manufacturing program to monitor key quality attributes over the defined storage period. Stability programs may include cell viability, identity, genetic characteristics, sterility, mycoplasma, and other relevant quality attributes according to the applicable protocol and product requirements.

Cell Banking Expert

Over 50 cell banks are manufactured in compliance with regulatory standards.

Proactive scientific and regulatory support

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