ABOUT BOSTON INSTITUTE OF BIOTECHNOLOGY (BIB)
Boston Institute of Biotechnology (BIB) is a global biopharmaceutical Contract Development and Manufacturing Organization (CDMO) providing integrated solutions for biologics development and manufacturing, from early-stage development through commercial production.
With 50L to 50,000L bioreactor capacity, BIB supports a broad range of manufacturing needs, offering scalable solutions designed to help clients advance programs efficiently and reliably. As a one-stop-shop CDMO for both drug substance (DS) and drug product (DP), BIB integrates process development, technology transfer, drug substance manufacturing, formulation, and drug product manufacturing to simplify the path from development to commercialization.
Combining technical expertise, scalable manufacturing infrastructure, and a cost-competitive approach, BIB aims to deliver high-quality biologics manufacturing solutions with pricing as low as $10 per gram at high production volumes, helping customers optimize costs while meeting their development and supply needs.
THOUGHT LEADERSHIP CONTENT
-
Space filling experimental designs cover the full design space, not just its edges, and may offer a more accurate way to model response surfaces and set AAV operating ranges.
-
Titer and timeline differences in minipool generation for mammalian cell line development, followed by fed batch performance of single cell clones across five mAbs.
-
Biologics manufacturing is entering a fourth wave, driven by ultra-large bioreactors and outsourced production, where successful technology transfer is critical to scale, efficiency, and supply.
-
Moving a purification process from bench to ultra-large GMP scale depends on how each unit operation is scaled, and on the equipment and supply gaps that appear along the way.
-
Membrane adsorbers can speed mAb purification, reduce Protein A costs, and deliver resin-like yield and purity through rapid cycling operations.
-
Periodic countercurrent chromatography can raise resin utilization without specialized instruments. A breakthrough study on a Protein A column shows how a standard single column method can be converted.
-
Endotoxin control in E. coli fermentation depends on effective removal, purification, and NaOH cleaning strategies, with risks evolving as manufacturing progresses.
-
A response surface model reveals how agitation, airflow, and volume affect oxygen transfer (kLa) across bioreactor scales, improving scale-up predictability.
-
Filter grades, precipitation, membrane cutoffs, and anion exchange formats are compared for purifying supercoiled plasmid DNA, with purity results that show how much each step contributes.
-
Gene therapy developers are accelerating timelines with platform approaches, DoE, stronger development-manufacturing alignment, and PAT tools to reach late-phase manufacturing faster.
-
Low titer limits transient transfection for AAV production. A screening design across six process parameters pinpoints which ones drive yield and how far titer can be pushed.
CONTACT INFORMATION
Boston Institute of Biotechnology (BIB)
225 Turnpike Rd
Southborough, MA 01772
UNITED STATES
Phone: (833) 818-2366