Please use this identifier to cite or link to this item: http://hdl.handle.net/10419/176512
Authors: 
Lee, Jeong Hee
In, Youngyong
Lee, Il-hyung
Lee, Joon Woo
Year of Publication: 
2016
Citation: 
[Journal:] Journal of Open Innovation: Technology, Market, and Complexity [ISSN:] 2199-8531 [Volume:] 2 [Year:] 2016 [Issue:] 1 [Pages:] 1-25
Abstract: 
Purpose: This research seeks to answer the basic question, "How can we build up the formula to estimate the proper royalty rate and up-front payment using the data I can get simply as input?" This paper suggests a way to estimate the proper royalty rate and up-front payment using a formula derived from the regression of historical royalty dataset. Design/methodology/approach: This research analyzes the dataset, including the royalty-related data like running royalty rate (back-end payments) and up-front payment (up-front fee + milestones), regarding drug candidates for specific drug classes, like anticancer or cardiovascular, by regression analysis. Then, the formula to predict royalty-related data is derived using the attrition rate for the corresponding development phase of the drug candidate for the license deal and the revenue data of the license buyer (licensee). Lastly, the relationship between the formula to predict royalty-related data and the expected net present value is investigated. Findings: For the anticancer (antineoplastics) and cardiovascular drug classes, the formula to predict the royalty rate and up-front payment is as follows ... Research limitations/implications (if applicable): This research is limited to the relationship between two drug classes-anticancer (antineoplastics) and cardiovascular-and royalty-related data. Practical implications (if applicable): Valuation for the drug candidate within a specific drug class can be possible, and the royalty rate can be a variable according to drug class and licensee revenue.
Subjects: 
Valuation
Licensing deal
Drug
Royalty data
Royalty rate
Up-front fee
Milestones
Regression
Drug class
Anticancer
Antineoplastics
Attrition rate
Development phase
Licensee
Life sciences
rNPV
eNPV (expected NPV)
DCF
QSAR
Computational chemistry
Persistent Identifier of the first edition: 
Creative Commons License: 
https://creativecommons.org/licenses/by/4.0/
Document Type: 
Article
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