Early Findings Indicate The covid-19 Virus Can Exist In Natural Bodies Of Water. According to World Health Organization covid-19 is an infectious disease caused by a newly discovered coronavirus. Some people infected with the virus will experience mild to moderate respiratory illness and recover without requiring special treatment.
But older people and those with underlying medical issues like cardiovascular disease, chronic respiratory disease, diabetes and cancer are moving likely to develop serious illness.
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However, the perfect way to slow down and prevent transmission is to get proper information about covid-19. You should know the causes and how it spreads, and also abide by the prevention rules.
You are to protect yourself and others from infection by not touching your face, by washing your hands frequently using alcohol-based sanitizer. Currently there are no specific vaccine or treatments for the virus. Though there are lots of ongoing clinical trials evaluating potential treatments.
The basis of the battle against covid-19 is how readily the virus can spread, whether through droplet released when we speak, through pets’ fur or feces. Read the section below the details.
Early Findings Indicate The Covid-19 Virus Can Exist In Natural Bodies Of Water
According to Inverse given the possibility of disease transfer by sewege, researchers recently set out to determine what happens when wastewater leaks into waterways.
They followed the journey of wastewater in Tijuana, Mexico, as it traveled from esturay to ocean, chasing down a question with critical public health implications, which is: if the virus gets into the matter ocean, can it be carried into the atmosphere in sea spray?
Their discovery was proved to be the first finding of SARS-CoV-2 in a body of water that’s not the wastewater of treatment plants. The implications of the finding are not yet certain and there’s cause for alarm.
A professor and atmospheric chemist at University of California San Diego, Kimberly Prather, led the research. Kimberly presented her team’s early results Monday during a virtual meeting of the American Chemical Society. The research is still ongoing and has not been peer-reviewed yet.
Kimberly and her colleagues’ aim are to find out whether SARS-COV-2, which causes covid-19, travels from a Tijuana sewege plant into the ocean environment. The plant is known contaminate- it dumps tens to hundred million of sewege into the Tijuana River, which flows into an esturay and then into the ocean.
The Research Result
The sewege has an effect on the atmosphere already- the microbes that humans add to the environment get trapped in the surf zone and change the composition of seawater and the surrounding air.
Kimberly explained “we see a lot of viruses and bacteria- basically a lot of things that are present in sewege- in the air near San Diego”.
However, in your other to explore whether SARS-COV-2 is among the contaminants, her team took water samples from the three water bodies, analyzed, and discovered:
- In Tijuana river water, SARS-CoV-2 is present (27 positives, 6 negative)
- In the estuary that leads to the ocean, SARS-CoV-2 was present (2 positives, 11 negative)
- SARS-CoV-2 was present, at least in one suspected case, in the ocean (1positive, 44negative)
- In the sea spray, SARS-CoV-2 was not present (0 positive, 90 negative)
According to Kimberly “We don’t see it getting out and getting into the sea spray- at least not at our limits of detection”.
Essentially, the presence of SARS-CoV-2 refers only to the virus’s RNA being detected. That does not mean that the virus is infectious. Kimberly said “we hope it’s not – we know that sunlight can kill this virus”.
Furthermore, her team went ahead to discover how long the virus can survive and remain infectious in the environment.
How Microbes Travels
The goal of Kimberly Parther’s lab is to understand how the ocean’s microbes contributes to the marine atmosphere. The findings helps to illuminate how tiny network of life shapes our environment and also alter the rate of climate change.
According to Kimberly Parther, Microbes don’t want to sit at the top surface of the ocean, so when wave crash, they launch large amounts of whatever it’s sitting on the surface”. However, in a different studies, Parther’s teams are looking at the natural microbes like phytoplankton.
Kimberly Parther’s SARS-CoV-2 has to do with the ongoing examination of the “extra micro organism we see in the air” including bacteria, viruses and their health implications.
Conclusively, the researchers will continue with their research on the virus that causes covid-19 in coastal water near sewege outflow, with the aim of finding out if there are “hot spots” where certain strains of viruses are centered on. The team plan to assess how the virus interact with the environmental conditions, like water flow and wind and also monitor it’s ability to infect.