VERU-100 is a peptide commercialized by Veru, with a leading Phase II program in Hormone-Sensitive Prostate Cancer. According to Globaldata, it is involved in 2 clinical trials, of which 1 is ongoing, and 1 is planned. GlobalData uses proprietary data and analytics to provide a complete picture of VERU-100’s valuation in its risk-adjusted NPV model (rNPV). Buy the model here.
The revenue for VERU-100 is expected to reach an annual total of $20 mn by 2036 in the US based off GlobalData’s Expiry Model. The drug’s revenue forecasts along with estimated costs are used to measure the value of an investment opportunity in that drug, otherwise known as net present value (NPV). Applying the drug’s phase transition success rate to remaining R&D costs and likelihood of approval (LoA) to sales related costs provides a risk-adjusted NPV model (rNPV). The rNPV model is a more conservative valuation measure that accounts for the risk of a drug in clinical development failing to progress.
VERU-100 Overview
VERU-100 is under development for the treatment of hormone sensitive prostate cancer. It is administered as a subcutaneous three months depot. It is a long-acting GnRH antagonist peptide. It acts by targeting gonadotropin-releasing hormone (GnRH) receptor.
Veru Overview
Veru is a biopharmaceutical company that develop novel medicines for the management of breast cancer and prostate cancer. The company is headquartered in United States.
The company reported revenues of (US Dollars) US$39.4 million for the fiscal year ended September 2022 (FY2022), a decrease of 35.8% over FY2021. The operating loss of the company was US$83.2 million in FY2022, compared to an operating profit of US$13 million in FY2021. The net loss of the company was US$83.8 million in FY2022, compared to a net profit of US$7.4 million in FY2021.
The company reported revenues of US$2.5 million for the first quarter ended December 2022, a decrease of 3.1% over the previous quarter.
For a complete picture of VERU-100’s valuation, buy the drug’s risk-adjusted NPV model (rNPV) here.