An update on mechanism of entry of white spot syndrome virus into shrimps

    loading  Checking for direct PDF access through Ovid


Host-parasite relationships can be best understood at the level of protein-protein interaction between host and pathogen. Such interactions are instrumental in understanding the important stages of life cycle of pathogen such as adsorption of the pathogen on host surface followed by effective entry of pathogen into the host body, movement of the pathogen across the host cytoplasm to reach the host nucleus and replication of the pathogen within the host. White Spot Disease (WSD) is a havoc for shrimps and till date no effective treatment is available against the disease. Moreover information regarding the mechanism of entry of White Spot Syndrome Virus (WSSV) into shrimps, as well as knowledge about the protein interactions occurring between WSSV and shrimp during viral entry are still at very meagre stage. A cumulative and critically assessed information on various viral-shrimp interactions occurring during viral entry can help to understand the exact pathway of entry of WSSV into the shrimp which in turn can be used to device drugs that can stop the entry of virus into the host. In this context, we highlight various WSSV and shrimp proteins that play role in the entry mechanism along with the description of the interaction between host and pathogen proteins.HighlightsA comprehensive description of manner in which WSSV intrudes into the body to shrimps have been mentioned.The major shrimp receptors that help virus enter shrimp include chitin binding proteins, Peritrophin-Like Protein, C Type lectins, Rab7 protein.The major viral proteins that promote ingression of the virus into the host are VP24, VP28, VP53A, VP110, VP53B, VP337.

    loading  Loading Related Articles