Additional file 1: Table S1. of A proteomics approach reveals molecular manipulators of distinct cellular processes in the salivary glands of Glossina m. morsitans in response to Trypanosoma b. brucei infections

523 non-redundant protein groups identified by LC-MS/MS. Table S2. 362 protein groups specific to the host vector. Table S3. 158 protein groups specific to the parasite identified in parasitized SG of G. m. morsitans. Table S4. Four bacterial endosymbiont proteins identified in the G. m. morsitans by LC-MS/MS. Table S5. 276 protein groups upregulated in the parasitized SGs of G. m. morsitans. Table S6. 32 protein groups significantly upregulated in the parasitized SG of G. m. morsitans. Table S7. 81 protein groups downregulated in parasitized SGs. Table S8. Four host proteins not affected by parasite infection. Table S9. Distribution of GO terms associated with biological processes. Table S10. GO terms associated with molecular functions. Table S11. GO terms associated with cellular compartments. Table S12. 225 protein pairs with significant interacting probabilities (â Ľ0.2) determined by FpClass. (XLSX 352 kb)

本数据集包含经液相色谱-串联质谱（LC-MS/MS）鉴定得到的523组非冗余蛋白质。表S2：362个宿主载体特异性蛋白质组。表S3：158个在莫氏舌蝇（Glossina m. morsitans）被寄生的唾液腺（salivary glands, SG）中鉴定得到的寄生虫特异性蛋白质组。表S4：经液相色谱-串联质谱（LC-MS/MS）在莫氏舌蝇中鉴定得到的4种细菌内共生蛋白质。表S5：276个在莫氏舌蝇被寄生的唾液腺中上调的蛋白质组。表S6：32个在莫氏舌蝇被寄生的唾液腺中显著上调的蛋白质组。表S7：81个在被寄生的唾液腺中下调的蛋白质组。表S8：4种不受寄生虫感染影响的宿主蛋白质。表S9：与生物过程相关的基因本体（Gene Ontology, GO）术语分布。表S10：与分子功能相关的基因本体（GO）术语。表S11：与细胞组分相关的基因本体（GO）术语。表S12：经FpClass鉴定得到的225对相互作用概率≥0.2的蛋白质对。(XLSX 352 kb)