Spray drying continues to gain importance as a preferred manufacturing technology for amorphous solid dispersions (ASD). A fast carrier selection allows for a more targeted development process with reduced time to market. EUDRAGIT® polymers have not only been proven to be superior with respect to ASD formations but can also stabilize the amorphous state of the API over storage.
Spray drying continues to gain importance as a preferred manufacturing technology for amorphous solid dispersions (ASD). A fast carrier selection allows for a more targeted development process with reduced time to market. EUDRAGIT® polymers have not only been proven to be superior with respect to ASD formations but can also stabilize the amorphous state of the API over storage.
Spray drying continues to gain importance as a preferred manufacturing technology for amorphous solid dispersions (ASD). A fast carrier selection allows for a more targeted development process with reduced time to market. EUDRAGIT® polymers have not only been proven to be superior with respect to ASD formations but can also stabilize the amorphous state of the API over storage.
The challenges for new drugs looking to enter the market are numerous. But many are self-inflicted – especially in small molecule development. A dangerous perception persists that aside from highly potent APIs, small molecule medications have simple process requirements. The reality, however, is that most APIs will require numerous steps or significant work upfront to avoid development delays, rework or outright failure.
The pharmaceutical industry’s past reliance on blockbuster drugs has evolved to include developing drugs that treat the needs of smaller patient populations. These drugs most often come in the form of biologics, which are an increasingly larger share of new drug approvals in the past decade, from 10 percent to 27 percent.
The challenges for new drugs looking to enter the market are numerous. But many are self-inflicted – especially in small molecule development. A dangerous perception persists that aside from highly potent APIs, small molecule medications have simple process requirements. The reality, however, is that most APIs will require numerous steps or significant work upfront to avoid development delays, rework or outright failure.
The challenges for new drugs looking to enter the market are numerous. But many are self-inflicted – especially in small molecule development. A dangerous perception persists that aside from highly potent APIs, small molecule medications have simple process requirements. The reality, however, is that most APIs will require numerous steps or significant work upfront to avoid development delays, rework or outright failure.
Applying lessons of raw materials’ characterization and supply-chain control from the semiconductor industry allow more rigorous control of the biopharmaceutical manufacturing process.
Applying lessons of raw materials’ characterization and supply-chain control from the semiconductor industry allow more rigorous control of the biopharmaceutical manufacturing process.
The pressure to improve operational technology performance combined with the rapid pace of technology change is driving adoption of new automation models in pharmaceutical manufacturing.
The pressure to improve operational technology performance combined with the rapid pace of technology change is driving adoption of new automation models in pharmaceutical manufacturing.
Despite preparative work by the bio/pharma industry, any Brexit scenario will result in regulatory implications and increased costs.
In batch production, efficient exception management means reducing the time required to identify, review, and resolve process exceptions. Incorporating review by exception functionality within manufacturing execution system (MES) software can streamline biopharmaceutical product release.
In this seminar, we will talk about two different models that can be used for various in-vitro tests. On demand presentation Register free
Using a specific addition method to wet the powder bed in twin-screw granulation using a foam binder improves robustness for continuous solid-dosage drug product manufacturing.
The authors review developments in wet granulation using a twin-screw extruder.
How to adopt win-win strategies and understand quality agreements for complying with cGMP when building strategic relationships with pharmaceutical contract research organizations.
Visualization using virtual and mixed reality can aid with biopharma manufacturing facility design and training.
Tracking and implementing label changes are crucial to the lifecycle of a marketed drug product.
Taiwan Pharmaceutical Alliance provide license in/out, CMO/CDMO, and beyond, for API & FDF. Taiwan is a PIC/S & ICH member. TPA products are launched in the US, EU, Japan.
AbbVie's relocation to Ireland following Shire's acquisition could lower its annual tax expense by as much as 7% over the next 15 years.
Two contract services providers in Scotland combine innovative business leadership with biotechnology research and development.
The past year has seen significant consolidation of mid-size CROs, with many of them being bought or put up for sale. In particular, the top six or seven CROs seem to be signing more preferred partner deals, such as Pfizer teaming with Parexel and ICON, and Takeda?s deals with Covance and Quintiles, which is driving mid-size CROs growth through major acquisitions.
Advanced dynamic process control of a fluid-bed granulation process using PAT data improves product quality.
Advanced dynamic process control of a fluid-bed granulation process using PAT data improves product quality.
Pharma bottles are an integrated part of the final medicine. That’s why Stoelzle cares that much about quality and reliability when manufacturing safe packaging for healthy products in soda lime Type III quality.
Advanced dynamic process control of a fluid-bed granulation process using PAT data improves product quality.
Advanced dynamic process control of a fluid-bed granulation process using PAT data improves product quality.