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City Eotaxin / Galveston / Brasier / VEGF / RANTES / Cusick / Palo Alto / PDGF-BB / Barabasi / / Company Newman M. Networks / Oxford University Press / Simmons / GM / Packard Laboratories / / Country United States / / Facility Laboratory Investigation / University of Pittsburgh / University of Texas Medical Branch / / IndustryTerm medium sized networks / random networks / bipartite network / / MedicalCondition pathogenesis underlying rickettsial diseases / spotted fever / disease / Emerging Infectious Diseases / thrombocytopenia / diffuse infection / Allergy / fever / diffuse endothelial infection / typhus / injury / rickettsial diseases / lymphadenopathy / diseases / infectious diseases / infection / infections / several rickettsial diseases / both diseases / inflammatory / / NaturalFeature Rocky Mountain / / Organization National Institute of Health / University of Texas Medical Branch / University of Pittsburgh / Pittsburgh / Oxford University / Institute for Human Infections and Immunity / / Person Juan P. Olano / Paula Santibañez-Saenz / Shyam Visweswaran / Justin Drake / Van Damme / Jose Antonio Oteo / Suresh K. Bhavnani / H. Popov / V / Hung Peng / Bryant Dang / / Position Walker / head / / Product IL-17 / / ProvinceOrState Texas / Alabama / Saskatchewan / Pennsylvania / Arkansas / / Region Mediterranean / / SocialTag 
How Cytokines Co-occur across Rickettsioses Patients: From Bipartite Visual Analytics to Mechanistic Inferences of a Cytokine Storm Suresh K. Bhavnani, PhD1, Justin Drake, BS1, Gowtham Bellala, PhD2, Bryant Dang, BS1,