February 12, 2025 - 14:08

Nanomosaic has unveiled a scientific white paper that delves into the potential of nanoneedle technology to enhance the manufacturing process and product quality of adeno-associated viruses (AAV). This collaborative study, conducted in partnership with BMS, aims to address the challenges faced in AAV production, which is crucial for gene therapy applications.
The white paper highlights innovative methodologies that leverage nanoneedle technology to improve the efficiency and reliability of AAV manufacturing. By utilizing advanced techniques, the research suggests significant improvements in the yield and purity of AAV products, which are essential for successful therapeutic outcomes.
This publication marks a significant step forward in the field of gene therapy, as it provides insights into how nanotechnology can be harnessed to optimize biomanufacturing processes. The findings are expected to pave the way for more effective and scalable production of AAVs, ultimately benefiting patients who rely on these therapies for various genetic disorders.
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The Human Side of Patient CRM Upgrades: Four Choices Tech Cannot SolveModernizing a patient relationship management system is often framed as a software problem, but the hardest parts are not technical. Jaymin Sutarwala of United Therapeutics argues that four key...
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SPOOKY SPECTACULAR - GATEWAY HEADS-UP MAFIA 2026 GRAND FINALETwo days. More than 360 cars. Nearly $30,000 in payouts. One weekend that will not be forgotten anytime soon. Some races are good. Some are memorable. Then there are weekends that remind everyone...
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Aptar Pharma Expands Pulmonary Delivery Capabilities with Pulmotree AcquisitionAptar Pharma, a division of AptarGroup Inc., has acquired Pulmotree, a life sciences company based in Munich, Germany. The move strengthens the company`s position in pulmonary drug delivery...
October 26, 2026 - 05:56
K-State Researchers Develop Technology to Improve Crop Sprayer Accuracy - Ad Astra RadioEngineers at Kansas State University have developed new technology aimed at helping farmers cut chemical waste and improve the precision of crop spraying. The research team built a camera-based...