Formulation and Drug Delivery

A Phase III trial to evaluate safety and efficacy of Janssen’s COVID-19 vaccine candidate, JNJ-78436735, also known as Ad26.COV2.S, is enrolling participants on three continents.

The companies will work together to produce a wearable device that can subcutaneously deliver ketamine therapy as a non-opioid pain treatment.

The companies will receive upfront funding from the European Union for the scale-up of manufacturing capabilities at industrial sites in Belgium, Italy, Germany, and France.

The collaboration will expand the manufacturing capacity for lenzilumab, a COVID-19 therapeutic candidate, in advance of a potential Emergency Use Authorization in 2020.

The agreement will Increase global manufacturing capacity for Novavax’s vaccine candidate, NVX-CoV2373, to more than two-billion annualized doses when at full capacity in 2021.

The agreement between the two companies will significantly increase global supply capacity for Lilly's potential COVID-19 treatments.

The Russian Direct Investment Fund has announced three deals with India, Brazil, and Mexico, for the supply of doses of Sputnik V, a potential COVID-19 vaccine.

BioNTech plans to produce up to 250 million doses of its COVID-19 vaccine candidate, BNT162b2, in the first half of 2021.

Valneva will supply the UK government with an initial 60 million doses of the vaccine in the second half of 2021, if successful, and will provide more doses thereafter.

Polymeric containers offer an alternative to glass.

The funding will help advance the vaccine’s clinical evaluation, potential marketing authorization, development and manufacturing in Germany, and the number of participants in late-stage clinical trials.

Vectura will support the product from Phase I through to commercial launch.

Clinical trials for AZD1222 coronavirus vaccine resume in the UK as per guidance by MHRA.

The investment at its Madison, WI, facility will expand MilliporeSigma’s capacity for high-potent active pharmaceutical ingredient production and allow for continuous flow manufacturing of ADCs.

The company is investing $130 million to add Phase III through commercial-scale manufacturing suites to its gene therapy campus in Harmans, MD.

The new line has the ability to aseptically fill powder, liquid, suspension, and combination forms into vials in clinical or commercial batch sizes.

AMRI will provide AstraZeneca with manufacturing capacity and sterile fill/finish services at its drug product manufacturing facility in Albuquerque, NM.

The clinical trials of the AstraZeneca Oxford COVID-19 vaccine, AZD1222, have been paused for a safety review as a result of an incident of an unexplained illness in a UK trial patient.

As public confidence in the drug development process waivers, leading vaccine developers promise to adhere to scientific and regulatory principles.

Industry leaders insist they will maintain high standards for clinical trials and regulatory submissions for new vaccines and therapeutics to combat COVID-19.

BIO leaders urge biopharmaceutical companies to apply scientific principles in seeking drug and vaccine approvals.

Rapid scale-up to billions of doses requires collaborative, all-out efforts by innovators, their manufacturing partners, and the entire supply chain.

Tight development timelines and accelerated approval pathways favor simple, cost-effective capsule formulations.

A device manufacturing process must be carefully designed in the early stages of development to ensure success in commercial manufacturing.

Amid high expectations for a vaccine, bio/pharma readies capacity, weighs pressures.

The companies have entered into a strategic partnership for the CMC development and manufacturing of Ansun’s biologics pipeline.

The companies will collaborate on the production of a novel anti-SARS-CoV-2 immunoadhesin in iBio’s FastPharming manufacturing system.

Innovative approaches to drug screening—such as evaluation to identify the optimal solid state of a molecule and in-vitro characterization to establish the optimal solid state of a molecule and the ideal bioavailability-enhancing technology—can help drug developers meet accelerated development timelines while managing risk.

End-user considerations are becoming increasingly important as they can provide a lot of value and help to ensure commercial success of a drug.

Creating an inhaled formulation is one way in which improved efficacy or added value can be achieved in projects to repurpose or reposition existing drugs.