The Structure and Function of Ebola Treatment Units

Magnified 20,000X, this colorized scanning electron micrograph (SEM) depicts a grouping of methicillin resistant Staphylococcus aureus (MRSA) bacteria. See PHIL 617 for a black and white view of this image. Phoro credit: CDC.

The ebola virus genus which is responsible for the cause of Ebola Virus Disease (EVD), is a hemorrhagic fever virus in humans. The U.S. Centers for Disease Control and Prevention (CDC) classifies Ebola as a Category A select agent, making it a “high-priority agent” as it threatens national security.[2] Ebolaviruses (EBOV) belong to the virus family Filoviridae which it shares with Marburgvirus and Cuevavirus.[1] EBOV genomes consist of non-segmented, single-stranded RNA structures that includes seven open reading frames.[5][15] The EBOV genome is approximately 18.9 kilobases long.[5] The EBOV genome encodes for seven genes each containing its own open reading frame.[3][6][28] The seven gene all aid in the viral entry and replication of the virus (Figure ): Glycoproteins(GPs) bind to the host's receptors on the cell's surface to insert its viral genome. The Ebola Matrix Protein (VP40 NPs) gives EBOV its filamentous shape and directs the budding of enveloped viruses Nucleoproteins are subunits of the Nucleocapsid that as whole protects the viral genome. VP35, VP30, and VP24 proteins play roles in the formation of EBOVs helical nucleocapsid The Polymerase (L) Protein is responsible for creating several copies of the RNA genome within hosts cells