INSIGHTS ON PHARMACEUTICAL PRODUCTION
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How Long Should Tablet Tooling Last?
Learn how you can prolong and protect your investment by evaluating the life of punches and dies.
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Expanding Home-Based Care With A Next-Gen On-Body Delivery System
As on-body delivery systems (OBDSs) enable the shift to patient-centric treatment, manufacturers must optimize the device and therapy formulation to minimize the risks and increase adherence.
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Insights Into GMP Manufacturing Of RNA-LNP Drug Products
Explore key considerations for manufacturing RNA-LNP drug products surrounding process and analytical development, automation, environmental monitoring, facility design, and strategic collaborations.
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Scalable Purification Of In Vitro Transcribed mRNA
Learn about the isolation and purification benefits of a resin that is particularly useful in the manufacturing in vitro transcribed mRNA.
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LCMS/MS Methodology For Mapping Disulfide Linkages In Etanercept8/28/2023
Learn about the details surrounding the comprehensive mapping of disulfide linkages in etanercept using the EAD approach on an analytical characterization system.
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A Taste Masked And Easily Swallowed Malaria Drug For Elderly Patients4/20/2023
Dysphagia impacts treatment compliance and disproportionately affects the elderly. Learn how microencapsulation enabled formulation of a water-soluble powder drives patient adherence.
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Reduce Costly Scale-Up Problems4/11/2024
Scaling a new drug formulation from development to manufacturing often presents challenges, but there are ways to minimize deviations and streamline your transition.
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Biopharma Resilience: Building Biomanufacturing Capacity1/24/2023
Building back biomanufacturing resilience must remain a top priority to secure global life science supply chains. Learn how Arranta Bio is helping prepare the biopharma industry for future demand.
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Introduction To mRNA Manufacturing2/15/2023
The SARS-CoV-2 virus has changed the course of scientific research around mRNA. Learn about mRNA manufacturing, the structure of a mRNA molecule, RNase-free considerations, and more.
PHARMACEUTICAL PRODUCTION SOLUTIONS
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Viral safety is a fundamental regulatory requirement to produce mammalian cell-based or plasma-based protein therapeutics. By uniting single-use technology with our viral safety know-how, we can help you achieve peace of mind through the implementation of our tried-and-true Planova 15N, 20N, 35N or BioEX filters in a relatively simple and flexible manner.
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Used IWKA fully automatic continuous motion horizontal cartoner, model CPS-R Cartopack, capable of speeds up to 300 cpm, adjustable three chain machine on 6" centers for a carton size range: (length) 25 - 125MM longx 16 - 80MM wide x 55 - 180MM deep, Nordson 3100 Hot melt glue system, 3' long carton magazine with Siko guage adjustment, three head rotary carton feeder, 8' long adjustable bucket infeed system, presently set up to accomodate Guk sheet fed leaflet feeder for "U" type leaflet insertion, equipped with dual blister feed system and was last running blisters in an OTC pharmaceutical operation, 460 volt, serial# 279, built 1998.
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Flexible, reliable, and configurable bioprocessing solutions
The Thermo Scientific™ HyPerforma™ G3Lite™ Controller is an open architecture control system that can be integrated with any single-use bioreactor such as the Thermo Scientific™ HyPerforma™ Single-Use Bioreactor (S.U.B.) (Available in sizes ranging from 50 L to 2,000 L). The system consists of a control tower that leverages intelligent transmitters, mass flow controllers (MFCs), pumps, sensors, and Thermo Scientific™ TruBio™ software that facilitates easy, reliable, and repeatable process development and commercial cell culture processes. HyPerforma G3Lite Controllers are fully self-contained, movable units that can be operated as stand-alone (for 1 vessel) or networked for multiple vessels. They are engineered to optimize capital cost for use in non-GMP and cGMP-certified production facilities. -
Particle size reduction is a key process in laboratories and small scale manufacturing, right through to full size production.
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Microarray scanners for one-fluor to multi-fluor applications
The GenePix® Microarray Systems are based on 25 years of expertise in low-noise signal amplification and optical design. The systems can handle any slide-based microarray study, from small one- or two-fluor applications to multiple-fluor high-throughput projects requiring automated sample handling and secure enterprise-wide data management and analysis. All GenePix scanners include one license of GenePix Pro Image Acquisition and Analysis Software, the benchmark tool for the acquisition and analysis of microarray images.