10.6084/m9.figshare.c.3714136_D2.v1 Vincent Doublet Vincent Doublet Yvonne Poeschl Yvonne Poeschl Andreas Gogol-Döring Andreas Gogol-Döring Cédric Alaux Cédric Alaux Desiderato Annoscia Desiderato Annoscia Christian Aurori Christian Aurori Seth Barribeau Seth Barribeau Oscar Bedoya-Reina Oscar Bedoya-Reina Mark Brown Mark Brown James Bull James Bull Michelle Flenniken Michelle Flenniken David Galbraith David Galbraith Elke Genersch Elke Genersch Sebastian Gisder Sebastian Gisder Ivo Grosse Ivo Grosse Holly Holt Holly Holt Dan Hultmark Dan Hultmark H. Lattorff H. Lattorff Yves Le Conte Yves Le Conte Fabio Manfredini Fabio Manfredini Dino McMahon Dino McMahon Robin Moritz Robin Moritz Francesco Nazzi Francesco Nazzi Elina Niño Elina Niño Katja Nowick Katja Nowick Ronald van Rij Ronald van Rij Robert Paxton Robert Paxton Christina Grozinger Christina Grozinger Additional file 2: Table ST1. of Unity in defence: honeybee workers exhibit conserved molecular responses to diverse pathogens Springer Nature 2017 Apis mellifera Nosema Varroa destructor DWV IAPV RNA virus Meta-analysis Transcriptomics Co-expression network Immunity 2017-03-02 05:00:00 Dataset https://springernature.figshare.com/articles/dataset/Additional_file_2_Table_ST1_of_Unity_in_defence_honeybee_workers_exhibit_conserved_molecular_responses_to_diverse_pathogens/4743175 List of 7,077 genes ordered by their rank product after the rank product analysis looking for up-regulated genes. Genes ordered from higher ranks (up-regulated) to lower ranks (non-regulated). Table ST2. List of 7,077 genes ordered by their rank product after the rank product analysis looking for down-regulated genes. Genes ordered from higher ranks (down-regulated) to lower ranks (non-regulated). Table ST3. List of 7,077 genes ordered by their rank product after the rank product analysis looking for differentially-regulated genes. Genes ordered from higher ranks (differentially-regulated) to lower ranks (non-regulated). Table ST4. List of 7,077 genes ordered by their rank product after the directed rank product analysis looking for up-regulated genes in abdominal tissue, after Nosema infection. Table ST5. List of 7,077 genes ordered by their rank product after the directed rank product analysis looking for down-regulated genes in abdominal tissue, after Nosema infection. Table ST6. Functional analysis (GO slim) based on top up-regulated genes in abdominal tissues (gut, fat body or all abdomen) upon infection by Nosema. Cut-off < 0.01 uncorrected p-value, genes from S4 Table. Table ST7. Functional analysis (GO slim) based on top down-regulated genes in abdominal tissues (gut, fat body or all abdomen) upon infection by Nosema. Cut-off < 0.01 uncorrected p-value, genes from S5 Table. Table ST8. List of 7,077 genes ordered by their rank product after the directed rank product analysis looking for up-regulated genes after RNA virus infection and Varroa infestation. Table ST9. List of 7,077 genes ordered by their rank product after the directed rank product analysis looking for down-regulated genes after RNA virus infection and Varroa infestation. Table ST10. Functional analysis (GO slim) based on top up-regulated genes upon infection by RNA virus and Varroa infestation. Cut-off < 0.01 uncorrected p-value, genes from S8 Table. Table ST11. Functional analysis (GO slim) based on top down-regulated genes upon infection by RNA virus and Varroa infestation. Cut-off < 0.01 uncorrected p-value, genes from S9 Table. Table ST12. List of the 209 highly connected (hub) genes with at least 34 inter-gene connections. Table ST13. List of genes involved in the immune gene network (Fig. 4C). Table ST14. List of immune genes used to construct the immune gene network (Fig. 4C). Table ST15. Experimental procedure and description of datasets. (XLSX 9947 kb)