Welcome to our dedicated page for Windtree Therapeutics news (Ticker: WINT), a resource for investors and traders seeking the latest updates and insights on Windtree Therapeutics stock.
Windtree Therapeutics Inc (WINT) delivers innovative therapies targeting acute heart failure and respiratory distress through its pioneering SERCA2a activation technology and KL4 surfactant platform. This news hub provides investors and industry professionals with centralized access to the company's latest developments.
Key updates include: Clinical trial progress for istaroxime in cardiogenic shock, regulatory milestones for neonatal respiratory treatments, strategic licensing agreements, and financial performance reports. Our curated news collection eliminates the need to monitor multiple sources, offering timestamped updates directly from company releases and verified industry reports.
Regularly updated content covers Phase 2/3 trial results, intellectual property expansions, partnership announcements with pharmaceutical leaders, and analysis of market-moving events. Bookmark this page to track how Windtree's dual focus on cardiovascular innovation and surfactant delivery systems positions it in the competitive biotech landscape.
The company is pursuing a new strategy to become revenue-generating through: - Acquiring FDA-approved assets - A right to purchase a 436-unit residential property in Houston - Partnership for PHEXXI® manufacturing cost reduction - China partnership expected to generate revenues by end of 2026
Financial position shows cash and cash equivalents of $1.2 million with current liabilities of $6.5 million. The company raised $2.6 million through Series D convertible preferred stock in April-May 2025. Notably, Windtree regained Nasdaq compliance but remains under monitoring until March 2026.
Windtree Therapeutics (NASDAQ: WINT) announced the presentation of preclinical data on istaroxime and a selective SERCA2a activator at the upcoming European Society of Cardiology Heart Failure Conference. The ePoster presentation demonstrates how istaroxime and its metabolite analog (CVie216) help reduce calcium-dependent arrhythmias in an STZ rat model during ischemia-reperfusion by activating SERCA2a.
The study identified a potential mechanism explaining the decreased incidence of reperfusion-induced arrhythmias in STZ-isolated hearts after exposure to these compounds. This research is particularly significant as arrhythmias can severely impact heart function and can be fatal, especially in patients with heart failure and cardiomyopathy.
Windtree Therapeutics (NASDAQ: WINT) has announced potential U.S. exclusivity strategies for its drug candidate istaroxime in treating cardiogenic shock. If granted New Chemical Entity (NCE) designation by the FDA, istaroxime could receive 7.5 years of U.S. market exclusivity upon approval. The company also holds a U.S. method of use patent extending protection until 2039, with a pending patent that could provide coverage until 2043.
The company is currently conducting the SEISMiC C Phase 2 study, a global placebo-controlled trial evaluating istaroxime in SCAI Stage C cardiogenic shock patients. The study's primary endpoint focuses on systolic blood pressure profile over 6 hours of treatment, with an interim analysis planned for Q3 2025.
Windtree Therapeutics (WINT) has entered an Assignment and Conditional Assumption Agreement to acquire a 436-unit multifamily residential property in Houston, Texas. This strategic move marks a shift in the company's strategy to become revenue-generating while continuing its biotech pipeline development. The acquisition, planned for May 23, 2025, will be primarily funded through non-recourse secured mortgage financing and preferred stock issuance.
The company has the option to extend the closing date for two 30-day periods. The deal is contingent upon satisfactory due diligence and financing terms. Windtree's new corporate strategy includes acquiring revenue-generating assets, including small biotech companies with FDA-approved products, while maintaining its focus on cardiovascular and oncology drug development.