Illuminating industry trends, challenges and sentiments
***Session 1: Thursday, April 22, 2021, 10am EDT, Session 2: Thursday, April 22, 2021, 11am EDT, Session 3: Thursday, April 22, 2021, 1pm EDT*** A drug’s journey from development to manufacturing to patients is paved with roadblocks and potholes; many threats can derail bio/pharmaceutical processes. Potential solutions to such pitfalls have been discussed for years; however, few manufacturers have embraced technology and process advances to proactively ensure drug supply chain continuity.
Data acquired from osmolality, glucose, and folic acid tests provides useful information for the specific identification of cell-culture media.
It is important for all of us to be well versed in the new sciences that impact the development of protein therapeutics.
By working together to harmonize the highly variable steps within the biopharmaceutical manufacturing process, both end users and suppliers are making strides toward the efficiency and integrity of single-use technology.
The biopharmaceutical industry must continuously evolve to keep up with changing trends.
The authors present an overview of the types of RNA-based therapeutics in existence and their optimal methods of manufacture, purification, formulation, and delivery.
The authors present an overview of the types of RNA-based therapeutics in existence and their optimal methods of manufacture, purification, formulation, and delivery.
The authors present an overview of the types of RNA-based therapeutics in existence and their optimal methods of manufacture, purification, formulation, and delivery.
The authors present an overview of the types of RNA-based therapeutics in existence and their optimal methods of manufacture, purification, formulation, and delivery.
The authors present an overview of the types of RNA-based therapeutics in existence and their optimal methods of manufacture, purification, formulation, and delivery.
The authors present an overview of the types of RNA-based therapeutics in existence and their optimal methods of manufacture, purification, formulation, and delivery.
The author outlines key functional attributes to assess a small-scale model.
A streamlined approach may enhance process efficiency and product quality.
New drug approval policies promote industry growth and injectable contract manufacturing opportunities in China.
The authors outline cell-line development and process scale-up for an antibody program in which the antibody requires additional processing by a site-specific enzyme for correct functionality.
The authors outline cell-line development and process scale-up for an antibody program in which the antibody requires additional processing by a site-specific enzyme for correct functionality.
The authors describe the qualification of an assay with applications for investigating functional comparability of an originator and biosimilar drug.
FDA’s focus on the quality culture and its request for quality metrics may ensure a successful company-CMO relationship.
A structured assessment process can determine compliance to lifecycle process-validation requirements for biopharmaceuticals.
Quality, flexibility, and cost savings are driving use of perfusion technology in biosimilars manufacturing.
Quality, flexibility, and cost savings are driving use of perfusion technology in biosimilars manufacturing.
Pharmaceutical companies need to radically change to survive and thrive amid shifting healthcare and technology changes.