Inactive Instrument

Verseon Corp Stock London S.E.

Equities

USU9221J1098

Biotechnology & Medical Research

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Verseon Gains US Patent Protection for Compounds That Could Eliminate Bleeding Risks of Current Anticoagulants CI
Verseon Corporation Reports Earnings Results for the Half Year Ended June 30, 2019 CI
Verseon Corporation Reports Earnings Results for the Full Year Ended December 31, 2018 CI
Verseon Corporation Auditor Raises 'Going Concern' Doubt CI
Verseon Showcases Candidates for Next-Generation Diabetic Eye Disease Drugs CI
Verseon Corporation Presents Preclinical Efficacy Data for the First Development Candidate for Clinical Trials in Their Diabetic Eye Disease Program at ARVO 2019 CI
Verseon Corporation announced that it has received $0.1014 million in funding CI
Verseon Corporation will Change its Ticker to VERS from VSN CI
Verseon Corporation announced that it expects to receive $0.1014 million in funding CI
Verseon Corporation Announces First Participants Receive Verseon PRrecision Oral AntiCoagulant in Phase I Trial CI
Verseon Corporation Announces Resignation of Xavier Rolet as Non-Executive Director CI
Verseon Corporation Announces Board Changes CI
Verseon Corporation Unveils Transformative Blockchain Technology for Tokenized Securities CI
Verseon Commences Phase I Trial for Precision Oral Anticoagulant VE-1902 CI
Verseon Corporation Provides Interim Report Charts Progress of Development Programs as it Submits Phase I Protocol for Precision Anticoagulant CI
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Managers TitleAgeSince
Founder - 01-12-31
Founder - 01-12-31
Founder - 01-12-31
Members of the board TitleAgeSince
Chief Tech/Sci/R&D Officer - 18-11-04
Founder - 01-12-31
Founder - 01-12-31
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Verseon Corporation is a pharmaceutical company. The Company's platform models interactions between a protein and a drug molecule with precision sufficient for designing drug candidates. The Company operates through the pharmaceutical research segment. The Company uses its drug discovery technology to develop a portfolio of programs targeting disease areas consisting of anti-coagulation, diabetic macular edema (DMA) and oncology. The Company's platform generates a range of drug-like, synthesizable compounds, which are then computationally tested against a disease-causing protein to identify the binders, the drug candidates that could potentially treat the disease. These computationally designed candidates are synthesized and sent through a series of disease specific in vitro and in vivo tests to identify the candidates for clinical testing in humans.
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