DSCO
Sunday's news, but I didn't see anyone else post it here.
Of greatest interest: "Chrysalis receives from Discovery Labs a tiered royalty, the base royalty applies to aggregate net sales of less than $500 million, increases on aggregate net sales in excess of $500 million, and increases again on aggregate net sales of alliance products in excess of $1 billion."
Clearly, someone is expecting DSCO to make some money.
I also thought this quote, from the "internationally renowned" expert Michael Matthay was funny: "As a component of implementing a Lung Protection Strategy, the possibility of having a novel precision-engineered surfactant delivered as an aerosol for patients early in the disease process is exciting. Additionally, this combined technology may serve as a system for pulmonary drug delivery.'
Although I have serious doubts that the words "novel precision-engineered surfactant" came out of our internally renowned expert, at least DSCO is aware of the need to deliver their core message consistently!
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Discovery Labs Forms a Strategic Alliance with Chrysalis Technologies to Develop Aerosolized Surfactant Replacement Therapies for Respiratory Diseases
Combination of Precision-Engineered Lung Surfactant and Robust Aerosolization Technology Holds Promise to Revolutionize Respiratory Medicine
WARRINGTON, Pa., Dec. 11, 2005 (PRIMEZONE) -- Discovery Laboratories, Inc. (NasdaqNM:DSCO - News), entered into a strategic alliance with Chrysalis Technologies, a division of Philip Morris USA Inc., for Discovery Labs to develop and commercialize aerosolized surfactant replacement therapies (aSRT) to address a broad range of serious respiratory conditions. This alliance unites two highly complementary respiratory technologies -- Discovery Labs' precision-engineered surfactant technology that mimics the most important attributes of human lung surfactant, with Chrysalis' novel aerosolization device technology that is being developed to enable the delivery of therapeutics to the deep lung. The successful application of these two proprietary technologies holds the promise, for the first time, of producing surfactant-based therapies that may revolutionize the treatment of serious respiratory conditions such as acute lung injury, neonatal respiratory failure, chronic obstructive pulmonary disorder, asthma, cystic fibrosis and others.
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The alliance focuses on therapies for hospitalized patients, including those in the neonatal intensive care unit (NICU), pediatric intensive care unit (PICU) and the adult intensive care unit (ICU), and can be expanded into other hospital applications and ambulatory settings. Discovery Labs and Chrysalis will utilize their respective capabilities and resources to support and fund the design and development of integrated drug-device systems that can be uniquely customized to address specific respiratory diseases and patient populations. Chrysalis is responsible for developing the design for the aerosol device platform, patient interface and disposable dose packets. Discovery Labs is responsible for aSRT drug formulations, clinical and regulatory activities, and the manufacturing and commercialization of the drug-device products. Discovery has exclusive rights to Chrysalis' aerosolization technology for use with pulmonary surfactants for all respiratory diseases and conditions in hospital and ambulatory settings. Chrysalis receives from Discovery Labs a tiered royalty, the base royalty applies to aggregate net sales of less than $500 million, increases on aggregate net sales in excess of $500 million, and increases again on aggregate net sales of alliance products in excess of $1 billion.
Surfactants are substances that are produced naturally in the lungs, are essential for proper breathing, and their dysfunction is associated with serious respiratory diseases. Up to now the medical community has been unable to utilize the full potential of surfactant replacement therapies. Currently available surfactants are animal-derived, which limits their broad use including the lack of ability to produce therapeutically meaningful aSRT. Discovery's technology is a precision-engineered pulmonary surfactant capable of being formulated to produce aerosols that retain their essential therapeutic properties allowing for the development of a potentially broad portfolio of aSRT products. Chrysalis' technology is designed with the potential to enable or enhance the delivery of such compounds to the deep lung.
Steven M. Donn, M.D., Professor of Pediatrics, Director, Neonatal-Perinatal Medicine at the University of Michigan Health System commented, ``An aerosolized surfactant based therapy could transform the way the neonatal medical community addresses the array of respiratory problems that beset fragile premature infants. Presently, neonatologists have limited pharmacologic options to treat neonatal respiratory failure with many infants suffering significant morbidity and requiring costly treatments and prolonged hospital stays. Aerosolized surfactant replacement therapy represents a novel therapeutic approach that the medical community eagerly anticipates applying to help these very vulnerable babies.'
Michael Matthay, M.D., Professor of Medicine and Anesthesia at the University of California, San Francisco and an internationally renowned expert in pulmonary critical care medicine, commented, ``Increasingly, the medical community has focused on a comprehensive strategy to treat serious respiratory disease such as those treated by the National Heart Lung Blood Institute ARDS NETWORK, an association of clinicians and hospitals supported by the NIH to treat a life-threatening respiratory disease, acute respiratory distress syndrome (ARDS). As a component of implementing a Lung Protection Strategy, the possibility of having a novel precision-engineered surfactant delivered as an aerosol for patients early in the disease process is exciting. Additionally, this combined technology may serve as a system for pulmonary drug delivery.'
Chrysalis Technologies Aerosol Generation Technology
Chrysalis Technologies has developed a proprietary aerosol generation technology that is being designed with the potential to enable targeted upper respiratory or deep lung delivery of therapies for local or systematic applications. The Chrysalis technology (covered by over 40 patents and patent applications) is designed to produce high-quality, low velocity aerosols for possible deep lung aerosol delivery. Aerosols are created by pumping the drug formulation through a small, heated capillary wherein the excipient system is substantially converted to the vapor state. Upon exiting the capillary, the vapor stream quickly cools and slows in velocity yielding a dense aerosol with a defined particle size. The defined particle size can be readily controlled and adjusted through device modifications and drug formulation changes.
Discovery Labs' Surfactant Replacement Technology
Surfactants are protein and lipid (fat) compositions that are produced naturally in the lungs and are critical to all air-breathing mammals. They cover the entire alveolar surface, or air sacs, of the lungs and the terminal conducting airways which lead to the air sacs. Discovery Labs' surfactant product candidates contain a precision-engineered peptide that is designed to closely mimic the essential attributes of human surfactant protein B (SP-B), the protein that is most important for the proper functioning of the respiratory system. Discovery Labs' SRT has the ability to be precisely formulated to address various medical indications.
Discovery Labs' SRT technology was invented at The Scripps Research Institute, was further developed by Johnson & Johnson, and is exclusively licensed to Discovery Labs. The Company's lead product, Surfaxin(r), for the prevention of Respiratory Distress Syndrome (RDS) in premature infants, has received an Approvable Letter from the FDA and is under review for approval in Europe by the EMEA. Aerosurf(tm), the Company's lead aerosol product, has recently completed a pilot Phase 2 clinical trial to address neonatal respiratory failure.
Robert J. Capetola, Ph.D., President and CEO of Discovery Labs, commented, ``Aerosolized surfactant replacement therapy that can be reliably and consistently delivered deep into patients' lungs has the potential to transform respiratory medicine. Based on the successes we have realized to this point, we are confident about the potential of our surfactant technology -- we anticipate FDA approval of our lead product, Surfaxin for RDS in April 2006; our scientists have demonstrated that our SRT can be aerosolized at the proper particle size with the fluid dynamics capable of penetrating the deep lung; and we have successfully completed pilot Phase 2 clinical studies of our aerosolized SRT in neonates with RDS and in adults with mild to moderate asthma. To capitalize on this opportunity, it is necessary to combine our SRT technology with a robust aerosol generation technology into a comprehensive systems approach that can be engineered into products that provide optimal delivery to the lungs, functional patient interfaces and ease of use by medical practitioners.
During the past two years, our scientific team has assessed several aerosol generating technologies. This alliance is the culmination of a comprehensive feasibility evaluation that took place over the last year, which successfully demonstrated the capabilities of Chrysalis' technology. Chrysalis' technology demonstrated an ability to consistently and reliably deliver, over extended periods of time, aerosolized surfactant at output rates that we believe are appropriate for therapeutic utility in neonates, children and adults. We now have access to a leading aerosolization technology with the product development and engineering expertise of Chrysalis -- thus strengthening our capabilities to achieve our vision. Beginning in 2006, we will further advance our pipeline of aerosolized surfactant replacement therapies, starting with our lead aerosol product, Aerosurf.``
The Lead Program -- Aerosurf(r) for the NICU
Serious respiratory problems are some of the most prevalent medical issues facing premature infants in the NICU. There are approximately 1.5 million premature infants born annually worldwide at risk for respiratory problems associated with surfactant dysfunction. Neonatologists generally try to avoid mechanically ventilating these patients because doing so requires intubation (the invasive process of inserting a breathing tube down the trachea). Noted neonatologists have commented on the potential utility of a non-invasive method of delivering SRT to treat premature infants suffering from an array of respiratory disorders.
Aerosurf is Discovery Labs' precision-engineered aerosolized SRT, administered via nasal continuous positive airway pressure (nCPAP) to treat premature infants at risk for respiratory failure. In September 2005, Discovery Labs completed and announced the results of a pilot Phase 2 clinical study of Aerosurf which was designed to evaluate its feasibility, safety and tolerability for the prevention of RDS in premature infants. The study demonstrated that it is feasible to deliver Aerosurf via nCPAP and the treatment was generally safe and well tolerated. The Phase 2 study of Aerosurf did not include the Chrysalis technology.
Discovery Labs and Chrysalis believe that the combination of their respective technologies and expertise can develop a systems approach to optimize the therapeutic application of Aerosurf for neonatologists to treat premature infants suffering from respiratory failure. Discovery Labs anticipates conducting multiple Phase 2 clinical studies of Aerosurf in 2006.
Aerosurf is an investigational drug that has not been approved by the U.S. FDA or any other world health regulatory authorities.
AI
