InO escape. Different mechanisms contributing to failure of InO therapy are depicted, particularly (1) antigen escape by alteration of CD22 epitope expression, preventing the antibody-drug conjugate from entering the CD22-positive B cell, and (2) resistance to the drug calicheamicin by compromised DNA damage or apoptotic responses. Mechanisms in bold were observed in the study by Zhao et al.

InO escape. Different mechanisms contributing to failure of InO therapy are depicted, particularly (1) antigen escape by alteration of CD22 epitope expression, preventing the antibody-drug conjugate from entering the CD22-positive B cell, and (2) resistance to the drug calicheamicin by compromised DNA damage or apoptotic responses. Mechanisms in bold were observed in the study by Zhao et al.

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