Australian company, Vaxine Pty Ltd, has developed a protein based COVID-19 vaccine that completely blocks virus transmission to non-immune individuals. The COVAX-19™ vaccine being developed by Australian company, Vaxine Pty Ltd, is set to be a game-changer in the fight against the COVID-19 pandemic and could allow earlier re-opening of national borders after it was shown to not only protect but also to completely block virus transmission to non-immune animals.
Vaxine’s biggest challenge now is to quickly raise the financial resources to complete Phase 3 human clinical trials and get Covid-19 vaccine manufactured at large scale which is likely to be in the order of $50 million dollars.
In another major breakthrough, Vaxine have also successfully created a breakthrough multivalent vaccine to protect against the new Covid-19 virus variants including the worrying South African, Brazilian and Indian mutant strains. The results of this multivalent Covid-19 vaccine formulation in animal testing is looking very promising.
Vaxine’s COVAX-19™ vaccine is a subunit vaccine based on synthetic protein produced using harmless insect cells to which Vaxine’s proprietary Advax polysaccharide adjuvant is added as a vaccine turbocharger to maximise the vaccine’s effectiveness and durability.
Vaxine is currently working with partners in overseas countries to assist in the upcoming phase 3 human clinical trials.
Vaxine has a long history of successfully developing pandemic vaccines, having previously developed vaccines against the SARS 3 and MERS coronaviruses that were shown to be highly protective in relevant animal models.
In the quest for increased sustainability, a lot has been made of the potential to use bio-based raw materials, captured CO2 and recycled plastics as raw materials for new chemicals. But what about using biotech processes to manufacture chemicals? Could it offer a more sustainable alternative to traditional petrochemical processing, and be more amenable to biobased raw materials?
High duties on imports from Canada, Mexico and China raise problems for international supply chains.
Advanced Drug Delivery Systems Market, valued at USD 234.84 billion in 2023, is on a trajectory of significant growth, projected to reach USD 352.01 billion by 2032
The U.S. Food and Drug Administration on January 15, 2025, announced its decision to ban Red Dye No. 3 also referred to as Erythrosine.
Targeted drug delivery revolutionises treatment by focusing medications on specific tissues, reducing the impact on healthy cells. Scientists enhance this precision with carriers like microspheres and nanoparticles, controlling release and absorption. Microspheres, made from biodegradable proteins or polymers, sustain drug release, making them ideal for targeted therapies, especially in oncology. Beyond drug delivery, microspheres open new possibilities across industries—from next-gen coatings to thermal insulation. With tailored sizes, shapes, and materials, they drive advancements in pharmaceuticals, advanced materials, and more.
The U.S. Food and Drug Administration (FDA) has proposed a new rule to require standardized testing of talc-containing cosmetics for asbestos. The FDA noted that this move aims to protect consumers from potential harm posed by asbestos, a known carcinogen linked to serious illnesses such as lung and ovarian cancers.
As one of the most significant holidays in China, Chinese New Year (CNY) profoundly impacts global shipping, logistics, and supply chains. Scheduled to begin on January 29, 2025, this festive period lasts up to two weeks, with many factories, ports, and businesses shutting down or operating with limited staff. Understanding the implications of CNY on your supply chain is critical to avoid disruptions and ensure seamless operations.
Disruptions in the Red Sea, Suez Canal, and Panama Canal have driven up shipping costs, sending shockwaves through the global economy.
It was truly heartwarming to see so many clients and associates visiting our stand, even as late as at the end of the show, sharing drinks and engaging in conversations.