Difference between revisions of "Team:Fudan/Applied Design"

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  <h class="highlight-title dark-blue"><center></br></br></br>Antigen density heterogeneity and limited treatment, </br>two obstacles in improving therapeutic effect and applicability of immunotherapy</center></h>
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  <h class="highlight-title dark-blue"></br></br>Target antigen density heterogeneity</h>
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  <p></br>The expression of the antigen on individual cells within a given tumor is different or heterogeneous. A solid tumor mass consists of numerous tumor cells. In thesetumor cells, some may express relatively less tumor antigens, others may express relatively more tumor antigens. Meanwhile, a given tumor antigen is not only expressed on malignant cells, but may also be expressed on normalcells at a low level <font color="dark-blue">(Figure 1A)</font>. Thus, normal cells expressing low level of tumor antigens subsequently should not be targeted, otherwise would casusecomplications. Carefully control the on-target/off-tumor effect is critical for the success of immunotherapy. <font color="dark-blue">(Figure 1B)</font> </br></br>
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Revision as of 14:25, 30 October 2017




Antigen density heterogeneity and limited treatment,
two obstacles in improving therapeutic effect and applicability of immunotherapy


Target antigen density heterogeneity


The expression of the antigen on individual cells within a given tumor is different or heterogeneous. A solid tumor mass consists of numerous tumor cells. In thesetumor cells, some may express relatively less tumor antigens, others may express relatively more tumor antigens. Meanwhile, a given tumor antigen is not only expressed on malignant cells, but may also be expressed on normalcells at a low level (Figure 1A). Thus, normal cells expressing low level of tumor antigens subsequently should not be targeted, otherwise would casusecomplications. Carefully control the on-target/off-tumor effect is critical for the success of immunotherapy. (Figure 1B)