PPT-The in-silico identification of potent natural bioactive anti-dengue agents by targeting

Author : helene | Published Date : 2022-05-31

Foysal Ahammad 1 Fazia Adyani Ahmad Fuad 1 1 Department of Biotechnology Engineering International Islamic University Malaysia Kuala Lumpur 50728 Malaysia Corresponding

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The in-silico identification of potent natural bioactive anti-dengue agents by targeting: Transcript

Foysal Ahammad 1 Fazia Adyani Ahmad Fuad 1 1 Department of Biotechnology Engineering International Islamic University Malaysia Kuala Lumpur 50728 Malaysia Corresponding author faziaadyaniiiumedumy. By. . SOMESHWAR.K. M.PHARM.. II - SEMESTER . . . Department of Pharmaceutics. University College of Pharmaceutical Sciences,. KAKATIYA UNIVERSITY. virulence. Should we expect dengue virulence evolution in response to . Dengvaxia. ® . vaccination?. April 20, 2017. IDM Symposium, Bellevue, WA. Katia Koelle. Department . of . Biology. Duke University. Camille Sana. MPH Student. Walden University. PUBH 6165-4 :Environmental Health. Dr. Howard Rubin. February 2012. Source: Centers for Disease Control and Prevention . Goals/Objectives. Audience. . Malorie Schuler. Objectives. Describe the clinical manifestations of dengue fever.. Explore the prevention and treatments of dengue fever.. Observe the local implications of dengue fever in the Costa Rican population.. aedes. . aegypti. . http://www.bupa.co.uk/individuals/health-information/directory/d/dengue-fever. Dengue . occurs throughout much of the tropical world. Dengue became a world wide problem in the 1950’s though it rarely affects the US. . Part 1: . Overview of Dengue. What Is Dengue?. Prevalence of Dengue in Latin America. Dengue Reported Cases in the Americas, 2016 . to 2017. Dengue Serotypes. Limitations of Dengue Surveillance. Dengue Pathophysiology and Disease Severity. Part 1: . Overview of Dengue. What Is Dengue?. WHO Dengue Case Classification. Prevalence and Disease Burden of Dengue. Dengue Serotypes. Global Distribution of Dengue, 2012. Global Dengue Transmission Map - Thailand. Stephen Jun Villejo | Paolo Redondo. Angela . Nalica. | . Erniel. Barrios. School of Statistics, UP . Diliman. Climate change and dengue. According to the World Health Organization, climate change affects occurrence of infectious diseases, apart from rapid demographic, environmental, social, technological and other changes.. Assistant Professor, Dept. of PM. DEFINITION. Dengue is an acute febrile illness characterized by severe muscle and . joint pain. , rash, malaise, and lymphadenopathy. . The . severity of the . musculoskeletal complaints . Ali. MD, FNB. Epidemiology. Pathogenesis. Diagnosis. Management. prevention. EPIDEMIOLOGY. Classification. Transmission. Mosquito vector. Distribution. Pattern of transmission. Factors influencing transmission. . . . Dr. AMRIT YOG DATLEY . SOURCE : WHO guidelines for diagnosis, . . treatment, prevention and control. EPIDEMIOLOGY. Dengue is most rapidly spreading mosquito-borne viral disease.. ACMG/AMP Variant . Interpretation . guidelines . (. Richards et al 2015). Population. Data. In . silico. Data. Segregation . Data. Database. Prevalence in . affecteds. statistically increased over controls. 0 er: Health Emergency Supply N ot e UNICEF Supply Division February 2018 1 Dengue Feve r - Health Emergency Supply Note February 2018 1. Summary UNICEF provides a list of available supplies for t bHLH. families reveals candidate transcription factors for secondary metabolic pathways in . Cannabis sativa . L. . Laura Bassolino. 1*. , Matteo Buti. 2. , Flavia Fulvio. 1. , Alessandro Pennesi. 1.

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