Manufacturing Equipment, Upstream Processing

The evolution of cell-culture technology is driving the need for improvements in modeling solutions.

Successful process intensification with inline dilution requires effective monitoring and control.

Sartorius Stedim Biotech’s Generation 2 ambr 15 cell culture microbioreactor system offers increased flexibility and expanded capability for clone selection, media and feed optimization, and early process development work.

Dual-sourcing and redundant manufacturing capabilities are crucial in a single-use supply chain strategy, but must be applied correctly.

Single-use systems offer a solution to the challenges inherent in buffer preparation, which can be the cause of bottlenecking in bioprocessing.

This article provides a review of various 2000-L single-use bioreactors used by biopharmaceutical suppliers for commercial production.

The $10-million investment will include a 500-L single-use perfusion bioreactor and seven patented downstream processing units.

Recent upstream processing innovations include enhanced sensor technology, single-use bioreactors, and automated cell culture systems.

The BioContinuum Buffer Delivery Platform offers streamlined buffer management and delivers “contiGuous” bioprocessing.

Pharmaceutical Technology and BioPharm International will present a Keynote Session on Meeting Bioprocessing Manufacturing Capacity Demands on Wednesday, April 3, 2019, during INTERPHEX 2019 at the Javits Center in New York City.

Distek, a provider of laboratory testing instruments, added a dual impeller single-use bioreactor (SUB) system to its BIOne portfolio.

A look at recent investments by contract manufacturers to increase single-use bioreactor capacity.

Suppliers address the complexity of supplying disposable components for single-use systems to the global biopharmaceutical manufacturing industry.

Single-use components for biopharmaceutical manufacturing have a lower environmental impact than reusable components, but disposal is still a consideration.

Parker Bioscience Filtration added a cleanroom at its site in Birtley, UK for manufacturing single-use assemblies and sensors used in biopharmaceutical processing.

G-CON will provide a complete cleanroom infrastructure for GE Healthcare’s cell therapy and viral vector production platforms that will simplify early-stage manufacturing efforts.

Automation in cell-line development and cell culture is leading to more consistent quality while improving efficiency, and, ultimately, speed to market.

Advances in single-use technologies, sensors, and cell retention systems facilitate processes designed for the long run.

Recent equipment and updated product options offer improvement to a range of biopharmaceutical manufacturing tasks.

This article will explore the requirements for media and supplements needed to maintain newer cell lines, such as those based on human cells and fungal cells.

The companies partnered to build a 500-L single-use pilot-scale plant for biologics production.

The company is increasing manufacturing capacity at its Copenhagen, Denmark facility with the addition of six new bioreactors.

A collaboration integrates Sartorius Stedim Biotech’s BIOSTAT STR bioreactors and Repligen’s XCell ATF cell-retention control technology to create simplified, scalable equipment for intensified cell culture.

Automation can improve many aspects of bioprocessing, but several hurdles must be overcome before the full range of benefits can be realized.

Biopharma seeks alternatives that meet the needs for next-gen biologic drug production.

The quality of the cell lines used to manufacture biopharmaceuticals are crucial for the production of high-quality, stable biopharmaceuticals.

The acquisition of Flex Concepts adds custom, single-use products to Entegris’ single-use bag product line.

Late-stage and commercial biomanufacturing pose a challenge to cell-culture processing.

Silicone is one of the polymeric materials that can be used for single-use components and assemblies in biopharmaceutical manufacturing.

Understanding differences in bioreactor lifecycle, design space, and product platforms is important for selecting a bioreactor type.