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A Longitudinal Survey for Genome-based Identification of SARS-CoV-2 in Sewage Water in Selected Lockdown Areas of Lahore City,Pakistan: A Potential Approach for Future Smart Lockdown Strategy
Authors:Tahir Yaqub  Muhammad Nawaz  Muhammad Z Shabbir  Muhammad A Ali  Imran Altaf  Sohail Raza  Muhammad A B Shabbir  Muhammad A Ashraf  Syed Z Aziz  Sohail Q Cheema  Muhammad B Shah  Saira Rafique  Sohail Hassan  Nageen Sardar  Adnan Mehmood  Muhammad W Aziz  Sehar Fazal  Nadir Hussain  Muhammad T Khan  Muhammad M Atique  Ali Asif  Muhammad Anwar  Nabeel A Awan  Muhammad U Younis  Muhammad A Bhattee  Zarfishan Tahir  Nadia Mukhtar  Huda Sarwar  Maaz S Rana  Omair Farooq
Abstract:In 2019, the newly emerged SARS-CoV-2 virus caused pneumonia-like illness. The disease rapidly spread globally, leading to a worldwide outbreak referred to as the COVID-19 pandemic. The affected patients show symptoms of fever, dry cough, respiratory distress, myalgia, and gastrointestinal disturbance. As of April 5, 2021, 132,083,022 people worldwide were affected by COVID-19, while 2,868,454 people died due to the disease1]. SARS-CoV-2-positive patients may remain asymptomatic or start showing symptoms in 2?14 days after exposure to the virus2]. The viral infection can be diagnosed from nasopharyngeal, throat, alveolar lavage, lacrimal, blood, and stool samples. The patient starts shedding the virus in stool regardless of being symptomatic or asymptomatic, which makes sewage-based detection of the virus to be more beneficial in the early infection stage.
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