One area of great interest to developers, copiers and improvers of therapeutic antibodies is glycosylation, since it can significantly influence the safety and efficacy profiles of the drug. In an article by Claire Morgan and Daryl Fernandes of Ludger published in IPI of Autumn 2009, it is shown how both the original drug manufacturers and the designers of follow-on biologics could produce biobetter antibodies through glycoengineering. In particular, they examine strategies for optimising both fragment antigen-binding (Fab) and fragment crystallisable (Fc) region glycosylation to produce monoclonal antibodies (MAbs) with improved clinical performance and better commercial profiles compared to existing drugs.
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Generics
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- FDA approves generic teriparatide and levetiracetam
- US generics launch and approval for Dr Reddy’s and Lupin
- Five Chinese companies join UN’s MPP for Covid-19 medicines
- South Korean companies to make generic Bridion and COVID-19 drugs
Research
- Generic medications in the Lebanese community: understanding and public perception
- Community pharmacists’ understanding of generic and biosimilar drugs: Lebanon case study
- Reshaping landscape of Japanese generics market – uncertain future of universal health insurance
- Impact of e-bidding procurement on generic omeprazole injection prices in Thailand
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Biosimilars
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- China approves first denosumab copy biological Maiweijian
- EMA recommends approval of first denosumab biosimilar Jubbonti and Wyost
- First denosumab biosimilars approved in Canada and the US
- Dr Reddy's launches bevacizumab biosimilar Versavo in the UK
Research
- Topline results for Polpharma Biologics’ vedolizumab biosimilar candidate
- Comparing biosimilar adoption: Medicare Advantage versus traditional Medicare
- Questioning the need for ethnic sensitivity assessments for biosimilar monoclonal antibodies
- ANVISA's role in biosimilar medicine regulation and innovation promotion
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