Abbvie Contract MFG

Trends in CDMO of High Potency Drugs The major revenue-generating part of the pharmaceutical industry is the high potency drug market. The high potency drug market holds significant potential. There is great demand for oncology and other high potency drugs such as IV fluids and ADCs. With respect to demand, buyers are in need of high-capacity manufacturers who have lyophilization ability in injectable dosage forms, one who can reach their API OEL limits, and one who has experience in handling high potency drugs. But with regards to the side of supply, there aren’t sufficient CMOs who can meet the buyers’ needs as demanded. This article focuses on the regional distribution of suppliers and how the increasing demand for high potency active pharmaceutical ingredient drugs is affecting the CMO market regarding investing/upgrading in new capital, new facilities, capacity expansion, acquisitions, mergers, etc. Continue reading to learn more. Potential for Strong Growth Companies th...

The Difference Between CDMO and Toll Processing More often than not, people interchangeably use CDMO and toll processing as we assume they mean the same thing when in reality, we may not even be sure of their definitions. Although they seem similar, there is a significant difference between them.  This is why we have written this blog. We have highlighted the difference between CDMO and toll processing. Kindly scroll down and continue reading to learn more about this.   Optima Chemical is a Chemical company with full-service. We have the infrastructure required to take ideas and turn them into solutions and deliver products. In addition, we possess our own line of products that is established on a technology base and has evolved, producing organometallic chemistry.   We possess an engineering set of skills that helps us to produce high hazard, high energy, and sensitive chemistry. We also have two manufacturing plants that are based in the US; here, we manufactu...

How Does Proprietary Hot-Melt Extrusion Work Hot-melt extrusion is the dispensation of polymeric materials above their glass transition temperature. This is done in order to effect molecular level mixing of polymers and/or thermoplastic binders of active compounds. This blog focuses on how Hot-melt extrusion works. Continue reading to learn more. At Abbvie, our service package provides terminal sterilization. This includes a hundred percent vial visual inspection with the use of labeling and packaging, polarized light, and batch certification.  How it Works The process of proprietary hot-melt extrusion combines kneading, blending, degassing, melting, and conveying into a continuous process. The various substances involved are constantly added into the processing barrel or section of the extruder in an accurately controlled way. Co-screw shafts are responsible for regulating material mixing and transportation. It also determines the residence time in the different zones. ...

  Exploring Proprietary Hot-Melt Extrusion When it comes to producing a viable formulation for an active pharmaceutical ingredient with poor bioavailability, producers should consider proprietary hot-melt extrusion . HME is a well-established process that is easy to scale up with the appropriate mathematical models. This blog explores hot-melt extrusion. Kindly scroll down and continue reading to learn more.   At AbbVie, we handle your product as our own. The nature of your biological drug notwithstanding, you can count on us when it comes to aseptic fill-finish manufacturing. We will provide reliable and safe products that patients are ready to use.  Hot-Melt Extrusion Hot-melt extrusion was first developed for polymer processing in the plastics industry. Hot-melt extrusion is a flexible and well-established technology in the pharmaceutical industry. It aids the formulation of low-permeability, low-solubility drugs into a number of patient-friendly dose f...

The pharmaceutical industry is massive, and the API formulation niche is just a tiny fraction of the whole. On the other hand, the value chain can be roughly separated into two categories: custom API and final formulation. API is an abbreviation for active pharmaceutical ingredients. A simple definition of API is a raw substance included in medications, although, in reality, there is a distinction between API and raw ingredients. But first, what is API in pharmaceuticals? It is a biologically active component utilized in medications (capsules, tablets, injectables, and more) to achieve the desired result. It is one of two main ingredients in medications, the other being excipients, which are chemically inactive substances that mimic the effect of API. For example, if Benadryl, a popularly known antihistamine medication, works, it is because it contains acetaminophen   The Major API Types APIs are divided into two major types ie. synthetic and natural. Synthetic APIs are fu...

  The active pharmaceutical ingredient of a drug is the component that causes the desired effects. Some medications, such as combination therapy, include many functional components that treat various symptoms or operate differently. APIs have historically been manufactured in the home nations of pharmaceutical corporations. However, in recent years, many firms have chosen to outsource manufacturing to lower costs. This has resulted in substantial changes in how these pharmaceuticals are regulated, with more stringent Federal Drug Administration (FDA) criteria and inspections being implemented.   What Are APIs composed of? All medications comprise two fundamental components—the custom API as the central ingredient and the excipient, the chemicals other than the drug that help deliver the treatment to your system. Excipients are chemically inactive ingredients in pills, such as lactose or mineral oil. Note that pharmaceutical excipients are chemicals added in pharmace...

Sterile processing refers to the processes that involve the cleaning and sterilization of hospital and medical center equipment and materials. The Sterile Processing Department is the location in a hospital where medical devices are cleaned and sterilized. The SPD processes that an instrument goes through are determined by its use, material construction, and other considerations. Technicians in the Sterile Processing Department are obliged to wear Personal Protective Equipment (PPE) as a safety measure to avoid exposure to potentially infectious microorganisms. Sterile Processing Types Terminal Sterilization This method of administration necessitates that pharmaceuticals be terminally sterilized or manufactured in an aseptic manner because injectable drug delivery bypasses the body's natural filters that protect against germs and viruses. Terminal sterilization is done after a drug has been manufactured and involves heat, radiation, and/or filtration, but this is not alwa...

  One of the most crucial procedures in biopharmaceutical manufacturing is aseptic fill filling manufacturing of sterile pharmaceuticals, often known as sterile filling. This is because of its highly technical processes and the potential safety impact on the end-user, usually an already impaired patient. After the loaded medicine is stoppered and capped in the cleanroom, there are only indirect controls for its sterility. Unlike terminally sterilized filled medications, the stability of aseptically filled drugs will be influenced by steam autoclaves, dry heat ovens, ethylene oxide, and irradiation with either E Beam or cobalt 60 gamma. As a result, certain biologicals, pharmaceuticals, and biotechnology medications must be filled using an aseptic procedure. So pharmaceutical fill finish is a term only familiar to the aseptic process field, yet not so common in the outside world.  Historical Facts on Aseptic Fill Finish Aseptic fill finish manufacturing has a recent history,...