Figure. MHC-I and MHC-II presentation of lymphoma immunoglobulin. (A) MHC-I (left) and MHC-II (right) presented peptides derived from patients' immunoglobulin were mapped to the immunoglobulin domains. Peptides recovered from all seventeen patients are mapped to a schematic of the IgM molecule with a heat map indicating the number of recovered peptides covering each position. (B) Expanded view of the immunoglobulin heavy chain variable region. The heatmap represents the total number of MHC-presented peptides that span that position, including non-neoantigens for MHC-I (above) and MHC-II (below). Neoantigen peptides created by either somatic hypermutation or VDJ rearrangement are mapped above or below the heat map. Red, positions within the recovered peptides which are altered from germline variable genes thus creating neoantigens. Boxes, peptides derived from a single patient.
Figure.

MHC-I and MHC-II presentation of lymphoma immunoglobulin. (A) MHC-I (left) and MHC-II (right) presented peptides derived from patients' immunoglobulin were mapped to the immunoglobulin domains. Peptides recovered from all seventeen patients are mapped to a schematic of the IgM molecule with a heat map indicating the number of recovered peptides covering each position. (B) Expanded view of the immunoglobulin heavy chain variable region. The heatmap represents the total number of MHC-presented peptides that span that position, including non-neoantigens for MHC-I (above) and MHC-II (below). Neoantigen peptides created by either somatic hypermutation or VDJ rearrangement are mapped above or below the heat map. Red, positions within the recovered peptides which are altered from germline variable genes thus creating neoantigens. Boxes, peptides derived from a single patient.

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