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Accelerate and Simplify Process Development


High Throughput Process Development Tools Enabling Effective QbD Strategies

ambr® 250 automated multi-parallel mini bioreactors enhanced with modern chemometrics tools enable fast and reliable development and optimization of your process. Seamless transfer to pilot and production scale is ensured through our understanding of bioreactor design and scale-up principles.

 

High-Throughput Bioprocess Development


Kistler, Pollard, Lee, Streefland (2016) Genetic Engineering & Biotechnology News (Vol. 36, No. 7) Apr 2016.


Bioprocess engineers are achieving better process understanding and more optimal cell culture conditions by using high-throughput scale-down methods and applying design of experiment (DOE) approaches.

This bioprocessing tutorial explains how process development scientists can use the ambr® 250 automated bioreactor system to screen a wide process design space, while minimizing resources and materials. Read More

Step Change In Process Development Efficiency


High Throughput Automated Experiments With ambr® 250 12 or 24 Multiparallel Mini Bioreactors


Simplified scalability is supported by the geometric similarity of the ambr® 250 vessel to the UniVessel® glass and single-use vessels and BIOSTAT STR® single-use bioreactor bags. The fully automated bioreactor system with integrated DoE tools, provides a step change in lab productivity by allowing a single operator to run up to 24 bioreactors in parallel.

Simplify DOE Implementation


Optimized DOE Workflow with BioPAT® MODDE ambr® Software Integration


BioPAT® MODDE is fully integrated with the ambr software platform to simplify the set-up, running and analysis of statistical experimental designs (DOE) on ambr® 15 and ambr® 250 systems. Parameters from the DOE model are defined in BioPAT® MODDE and are directly transferred into the experiment template without the need for additional data entry or complex file importing reducing errors and increasing lab efficiency.

Flexibility For All Your Process Development Tasks


The BIOSTAT® B is a Universal System for Stirred and Rocking Motion Bioreactors


In process development, tasks can vary from defining the optimum process parameters to making material for downstream process or assay development or performing animal studies. Our BIOSTAT® B tower controls up to two culture units completely independently giving the ultimate lab flexibility. The culture units can include any combination from UniVessel® Glass to UniVessel® SU or our wave mixed rocker.

 

Speed to Clinic


Ready-To-Use Bioanalytical & Biosafety Assays


BioOutsource offer a range of services to support the testing of biologic drugs and vaccines throughout preclinical development, manufacturing and lot release. In particular, BioOutsource specialise in biosimilar testing services for monoclonal antibodies.


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