Introduction: Market for the biosimilar is growing in faster pace and development is currently at peak. There is an ever-increasing pressure to reduce healthcare costs as treatment with biologic cost around $1,00,000-4,00,000 a year to patient. There are unique development and commercialization challenges in biosimilar hence requiring detailed clinical development plan including better defined regulatory pathways and information about market access.
Biosimilar Market: The global biosimilars market is expected to reach USD 14 Billion by 2022 from USD 3.5 Billion in 2016, at a CAGR of 26% during the forecast period. Below factors influence market potential of biosimilar:
• Physician preference-Since biosimilar are not like simple generics hence it’s difficult to prove that drug is similar enough like originator.
It is not easy to convenience multiple stakeholders to switch from originator to biosimilar unless having unique marketing strategy and significant cost difference.
Commercialization Challenges: Traditional products are created through chemical process due to simple and well-defined structure & having small molecules (Molecular weight ~150 Daltons) hence it is easy to produce identical API unlike biosimilar having large molecule (Molecular weight ~150,000 Daltons having complex structure and structural variation) needs larger clinical trials. Biologics generally derived from the living sources like bacteria, yeast and are typically proteins and antibodies. Below are the key commercialization challenges.
Funding for product development and commercial manufacturing It is difficult to obtain adequate funding from Venture Capitalist (VC), Angel investor or Govt. for the product development and commercialization due to competitive market space, identification of proper funding option is important for the successful commercialization. Scaling manufacturing to meet commercial requirements Unlike the manufacturing processes of small-molecule drugs that can be chemically synthesized and easily replicated, a biologic is produced from living organisms and has more complexity and heterogeneity (duplicate text was observed in above two lines, please modify) hence it is difficult to scaling manufacturing, identification of cost effective raw material and finding effective manufacturing partner (considering geographical proximity) is key for the commercialization success. Meeting regulatory obligations/compliance of biosimilar products regulations are still evolving hence meeting regulatory obligations and compliance is difficult in biosimilar development unless company adopt integrated strategic plan at the start of program having opinion from experts and stepwise input on regulatory and market to meet obligations.
Strategies and Path to Success: Commercialization of biosimilar encounters series of unexpected challenges as well as opportunities. It requires app. $40-70 million investment and typically priced at around 30% discount in comparison to innovator. Evolving regulatory framework in relation to patient, payer and physician demand careful strategic consideration while implementing commercialization strategies. Biosimilar sponsors will need to do following:
Conclusion: The biosimilar market will continue to evolve rapidly and with uncertainty. Successfully developing and marketing a biosimilar presents a unique and contradictory challenge. In biosimilar, commercialization strategies go beyond target audience team to include prelaunch, customer profiling, data management, program management, scaling manufacturing, data analytics, quality control and more. Outsourcing the commercialization operation can be advantageous in a wide range of biosimilar portfolio.
References:
1. Lewis G (2014) “Pharma Transformation in Turbulent Times,” presented at DCAT week.
2. Fritz T, Lightcap C, Shah K (2012) Manufacturing strategies for biosimilars. Pharma Manufacturing.
3. Groves RM, Fowler FJ, Couper MP (2009) Survey methodology (2nd edn.). Hoboken, NJ: John Wiley & Sons.
4. Pandya PA (2017) Managing pharmaceuticals and life sciences projects on a global scale: a project management perspective. J Bioanal Biomed 9: 169-172.
5. Wang J, Chow SC (2012) On the regulatory approval pathway of biosimilar products. Pharmaceuticals (Basel) 5: 353-368.
6. Zelenetz AD, Ahmed I, Braud EL (2011) NCCN Biosimilars White Paper: regulatory, scientific, and patient safety perspectives. J Natl Compr Canc Netw 9: S-1-S-22.
7. Pandya P (2017) Managing complex R&D projects-strategies from project management perspectives. Chronicles of Pharmaceutical Science 1: 128-131.