This monograph gathers and evaluates data on adverse events (AEs) associated specifically with those biomedicines monoclonal antibodies, fusion proteins, and cytokines that have recently entered therapeutic use in humans. All AEs observed when using each member of this new drug class are covered, with a view to improving understanding of pathogenesis, facilitating prevention, monitoring, and control, and contributing to the development of better drugs that provide benefits while minimizing risk. Further aspects here examined include the role of drug mechanisms of action and immunogenicity in relation to AEs outcome and induction of systemic syndromes. Additional data on AEs in off-label treatments are also considered.

Electronic data sheets, downloadable from Springer Extra Materials platform, include more detailed safety data as well as additional basic information on product characteristics, pre- and post-marketing AEs classified according to frequency, and system/organ targeting. Data on excipients and selected information on drug interactions and associations are also provided. "Adverse Events with Biomedicines: Prevention Through Understanding" will serve as a detailed, practical guideline to this important new area, which demands the attention of clinicians, immunologists, oncologists, allergologists, public health professionals, and drug companies.

"

Adverse Events and Oncotargeted Kinase Inhibitors gathers and evaluates data on adverse events associated with tyrosine kinase inhibitors (TKIs), a powerful anti-tumor drug class that has recently been introduced for human therapy. This book compiles a comprehensive safety profile of each TKI from experiences in official therapeutic indications, also exploring off-label exploratory investigations and postmarketing pharmaceutical surveillance databases. A brief history of each drug's development and submission is provided, along with a more detailed analysis of the mechanism(s) of action involved in therapeutic activity or related to the insurgence of specific adverse events. Early chapters focus on general characteristics of TKIs, typology, and classification of adverse events, while the final chapters analyze TKIs as AE inducers and classes of AEs by system or organ involvement. This comprehensive resource compiles and critically reviews all of the relevant safety data for this class of drugs, with the goal of improving the understanding of pathogenesis and facilitating the prevention, monitoring, and management of these adverse events.

This monograph gathers and evaluates data on adverse events (AEs) associated specifically with those "biomedicines" - monoclonal antibodies, fusion proteins, and cytokines - that have recently entered therapeutic use in humans. All AEs observed when using each member of this new drug class are covered, with a view to improving understanding of pathogenesis, facilitating prevention, monitoring, and control, and contributing to the development of better drugs that provide benefits while minimizing risk. Further aspects here examined include the role of drug mechanisms of action and immunogenicity in relation to AEs outcome and induction of systemic syndromes. Additional data on AEs in off-label treatments are also considered. Electronic data sheets, downloadable from Springer Extra Materials platform, include more detailed safety data as well as additional basic information on product characteristics, pre- and post-marketing AEs classified according to frequency, and system/organ targeting. Data on excipients and selected information on drug interactions and associations are also provided. Adverse Events with Biomedicines: Prevention Through Understanding will serve as a detailed, practical guideline to this important new area, which demands the attention of clinicians, immunologists, oncologists, allergologists, public health professionals, and drug companies.