Optimized Process Development for Viral-Based Therapies

Accelerate your viral vector therapy with our proven process development expertise.

 

Smart & Agile Process Development Strategy

Exothera’s multidisciplinary team merges upstream and downstream viral vector expertise with a Quality by Design (QbD) approach to create cost-effective, high-performance manufacturing processes tailored to your therapy’s specific needs.

With more than 20 years of experience within the team, we optimize every step of development—from small-scale proof of concept to full clinical trials—using the latest analytical methods and bioproduction technologies.

Our Services Include:

Plasmid Design & Production (via preferred 3rd partner)


Upstream (USP) & Downstream (DSP) Process Optimization & Development


Analytical Transfer, Bridging & Development


Cell Line & Media Optimization / Re-selection


Manufacturing of Non-GMP & Toxicology Materials


Process Scale-up & Optimization


Formulation Development & Feasibility Studies


Dispensing into Vials, Storage & Product Delivery

Viral Vector Process Development Workflow

Upstream Process (USP) Development

We develop and optimize both adherent and suspension cell culture processes, ensuring high-yield and scalable viral vector production.

Through affordable and rapid proof of concepts, we can perform feasibility studies in shake flasks (suspension) or cell factories (adherent) of your latest discovery.

We perform suspension screening studies with DASGIP® Parallel Bioreactor Systems by Eppendorf, to optimize the number of experiments and boost the statistical value of the data. 

We can adapt your existing process and design a cost-effective scale-up thanks to our experience with scale-X™ platform by Univercells Technologies.

viral vectors development process usp
viral vectors development process hydro device

Scale-X™ Platform

(Univercells Technologies)

 

(for seamless scale-up from 2.4m² to 30m²)

 

viral vectors development process dasgip device

DASGIP® Parallel


Bioreactor Systems

 

(for suspension screening & optimization)

 

viral vectors development process RM device

Biostat® RM

(Wave Bioreactor)

 

(for early-stage development from 10L)

 

Downstream Process (DSP) Development

We provide advanced purification strategies tailored to your therapy, leveraging best-in-class clarification, filtration, chromatography, and formulation technologies.

Our deep knowledge of the market and the latest technologies allows us to select the best devices and consumables for the success of your process development.

viral vectors development process dsp laboratory
viral vectors development process viral pendotech DSP device

PendoTECH Filter Screening System™ 

(for filtration optimization)

 

viral vectors development process Kros flo DSP device
Repligen KrosFlo

(for concentration & formulation development)

 

viral vectors development process akta DSP device

ÄKTA avant (Cytiva) 

(for chromatography screening & process refinement)

 

viral vectors development process contichrom DSP device

Contichrom CUBE 100 (ChromaCon)

(for continuous chromatography & process intensification)

 

Quality by Design (QbD) & Design of Experiment (DoE)

We implement a Quality by Design (QbD) approach, ensuring that process development aligns with predefined clinical performance and product quality standards.

Our Design of Experiment (DoE) Methodology

We provide advanced purification strategies tailored to your therapy, leveraging best-in-class clarification, filtration, chromatography, and formulation technologies.

Our deep knowledge of the market and the latest technologies allows us to select the best devices and consumables for the success of your process development.

STEP 1

Define the DoE objectives and select the parameters of the study, which lead to select the DoE methodology

viral vectors development process DoE parameters definition

STEP 2

Perform the experiment and collect the factor response

viral vectors development process DoE step 2 experiments

STEP 3

Build the predictive model within the design space

viral vectors development process DoE Step 3 data evaluation

By applying statistical methodologies, we reduce the number of experiments needed while maximizing data insights—delivering a robust and efficient development pathway for your viral vector therapy.

Why Partner with Exothera for Viral Vector Process Development?

  • Viral Vector Expertise: Backed by team members with 20+ years of hands-on expertise in AAV, adenovirus, lentivirus, and other viral vectors
  • End-to-End Support: From early-stage feasibility studies to full-scale clinical manufacturing.
  • Innovative Technologies: Access to industry-leading USP & DSP platforms.
  • Regulatory-Ready: Development strategies aligned with global GMP & regulatory standards.
  • Cost-Effective Solutions: Optimized scale-up strategies to reduce costs & accelerate timelines.
  • Award-Winning Recognition: Winner of the ViE Award for “Best Production/Process Development” at the World Vaccine Congress 2025. Industry-validated excellence you can trust.
State-of-the-art Facility and the Best Customer Experience to serve you and your patients

Looking for more information? 

Let’s discuss how Exothera’s viral vector process development capabilities can drive your therapy’s success.