What does the discovery of more than 5,000 new viruses in the world s oceans mean?

According to relevant research statistics, there are more than 5,000 new viruses in the world's oceans, and this discovery shows that human beings are studying the ocean more and more deeply. Although it is uncertain whether there is a risk of infection with these viruses, on the positive side, these newly discovered viruses are of great help to the study of the origins, development and history of life on Earth. <>

As we all know, the ocean occupies a much larger area than the land in the world, and the ocean occupies an important position in the earth's ecology. Due to the vastness and depth of the ocean, human understanding of the ocean has always been limited. With the continuous development of science and technology, scientists are studying the ocean more and more deeply.

Researchers have discovered more than 5,000 new viruses in the world's oceans. There is no need for the majority of netizens to panic about this matter, because most of these viruses have always existed on the earth, but they have not been discovered by humans, and to a large extent, they will not pose a visible threat to humans. <>

Most of these viruses are RNA viruses, and the study of them can lead to a deeper understanding of viruses. This time, the researchers discovered these new viruses through gold group sequencing technology and combined with computer algorithms. The natural world is so big that there are no surprises, and the discovery of these new viruses is also a normal phenomenon, so there is no need for humans to panic.

The study of these new viruses is also likely to have a positive impact on humans, and viruses do not mean diseases, and some viruses are even very good for the human body. <>

The study of marine viruses contributes to the understanding of the oceans and the genetic study of these viruses can also expand our understanding of the evolution of life. Most viruses rely on host cells to survive, and in order to evade the immune function of host cells, these viruses have evolved to mimic the genetic sequence of host cells. Therefore, the study of the genome of viruses is conducive to the study of biological cells by humans.

The earth has always been the only home for human beings to survive, and mastering the information of the earth's organisms is also conducive to human beings to better coexist in harmony with other creatures on the earth.

This discovery illustrates that there are still many unsolved mysteries that our oceans don't know about, and it also illustrates global warming.

This finding shows that if the melting of glaciers causes sea levels to rise, then these new viruses could affect our human existence.

It shows that there are a lot of viruses in the ocean, so we should not go diving, let alone take away those things in the ocean. It would not be good if it affected all of us.

Researchers are constantly discovering new materials. Use a submersible to go out into the sea to explore unexplored areas. Discover new materials for the benefit of humanity. Research new items.

The researchers sequenced the genome of the sampled seawater to look for RNA viruses through the RDRP gene, the full name of which is RNA-dependent RNA polymerase, which is key to the survival of RNA viruses, meaning that finding a version of the RDRP gene proves that a version of the RNA virus exists. Eventually, with the help of supercomputers and machine learning algorithms, the researchers found more than 5,000 different versions of the RDRP gene in the sampled seawater, and then speculated that more than 5,000 different RNA viruses were present in them.

These viruses in the ocean are found through marine organisms.

In general, the ocean area of our planet is much larger than the land area, and the ocean itself is in liquid form, so the ocean is more suitable for viruses than the land. With the progress of science and technology, we have explored the ocean more and more, and found that there are many kinds of viruses in the ocean, which are discovered by scientific researchers in three ways: first, through seafood analysis and research, followed by marine algae research, and finally through seawater analysis and research.

The following three points will be explained in detail:

Clause. 1. Researchers have found so many viruses through seafood testing: In order to ensure the safety of seafood and seafood, researchers will conduct sampling and testing before seafood enters the market, and the laboratory test is to see if the heavy metals exceed the standard and whether it contains pathogenic bacteria. In the process, scientists discovered that the ocean actually contains many new viruses.

Although the vast majority of these new viruses are not pathogenic, there are indeed many types of viruses. As seafood continues to be fished, new viruses continue to be discovered. With the analysis and research of seafood, perhaps more and more new virus species will be discovered.

Clause. 2. Researchers have found so many viruses through marine algae research: most viruses in the ocean take marine algae as their hosts, because the marine algae community is stable and suitable for virus proliferation, so most viruses can be found in the marine algae community. Researchers often assess the marine environment and the extent of pollution by studying marine algae.

So as research progressed, more and more viruses were found in algae. So algae studies can find viruses.

Clause. 3. Researchers have found so many viruses through seawater analysis: although the main component in the ocean is sodium chloride, there are dynamic changes in the content of other elements, including various organic and inorganic substances. Therefore, researchers also need to observe the seawater frequently, and in the process of observation, different viruses are also found to change.

Today is August 6th, according to the latest reports, marine-related experts from the United States have found that more than 5,000 unknown viruses have been found in seawater, and everyone knows that in fact, viruses have strong mutations, once the virus mutates, then these more than 5,000 viruses may cause us great harm. But these viruses are also indeed now posing a danger to marine life, so who will sanitize these viruses in the deep sea? How can we be sure that the virus in the ocean can be eradicated?

Sanitizing viruses through biology may seem like a fantasy, but in fact it is not without a trace. For example, we have a lot of viruses in our lives, but in fact, a lot of viruses don't make us sick often, because we have a certain amount of resistance. And the same is true of living thingsMarine life also has its own immune system and its own disinfection system.

Viruses always need to survive through proteins and other substances, and at this time they can only choose organisms as habitats。As long as the immune system of living organisms is strong enough, it can completely destroy the harm caused by these viruses. Therefore, the virus can also be directly sanitized through the immunity of the stupid collapsion itself.

In fact, there is such a situation in animal husbandry, that is, many animals will have the danger of virus invasionAt this time, they will be vaccinated to ensure that these creatures will be able to fight the virus when they grow up. In the aquaculture industry, this situation can actually exist. So we can also get vaccinatedand even other disinfection methods to purify the virus reservoir in the ocean.

However, natural selection, survival of the fittest, viruses can increase the ability of organisms to reproduce, so we can only control it appropriately!

Of course, we are the ones who sanitize, we try to spray some disinfectant into it, and at the same time we have to control the environment and not let the sea level rise.

There are also opposing biological limbs in the marine virus database, so the marine virus library is sanitized through the biological itself or through artificial vaccines.

It should be those scientists who are going to develop something and then inject it into the ocean to eliminate these locust viruses. Because only they have the ability to innovate, they can also join hands with medical scientists to go to potato friends to deal with them.

1. It can be sanitized by organisms in the ocean; 2. We artificially inject vaccines into the ocean to resist marine viruses.

Viruses have always threatened our human health, a very small virus can take human life, and the most exaggerated is the virus, it can spread wildly among people, it may be a small sneeze, can infect hundreds of people. Researchers have found more than 5,500 new RNA virus species in the ocean, this discovery is quite amazing, people have very little research on RNA viruses, not as many as some epidemic viruses, but we try to find that the reason why humans are infected with other viruses has a lot to do with RNA viruses. <>

So how many unknown viruses are there in the world? Let's talk about this topic for a while. From my understanding, there should be an infinite number of unknown virus species in the world, and only when it breaks out, people will find it, otherwise if you want to find it, you have to go to various fields to collect samples to investigate, and these viruses will be discovered, but people can't do such an intense work.

The world is very big, and the types of viruses are ubiquitous like bacteria, and if we touch something, it may carry a virus. <>

At the moment when the virus is raging, we must be vigilant against other viral infections, so we must do a good job of our hygiene habits, and don't be sloppy, because the fact that the disease comes from the mouth cannot be changed, and wearing a mask is very important. And the virus is completely invincible to us humans, there are some viruses that we can defeat through drugs, but it will produce an antibody, and will continue to reproduce, just like this new coronavirus, he has been multiplying for five or six generations, and now the governance is very exaggerated, each generation is more violent than the previous generation, and has a certain resistance to our vaccine. Therefore, it is still very meaningful to actively vaccinate against the new crown, and this matter must be implemented.

There are a lot of unknown viruses in the world, and they are all very scary, especially terrifying, so what we need to do is to improve our awareness of safety precautions, protect the environment, and protect ourselves.

There are still many unknown viruses in the world, so there are thousands of them, so the viruses we are experiencing today are only the tip of the iceberg.

There are hundreds of millions of viruses in the world, but many of them are not harmful to us.

This means that there are a lot of viruses in the ocean, so don't go to the sea if you don't have to.

This means that if there is a problem with the marine ecology, the impact on people can be huge.

This means that there is a great threat to our lives, and there will be more viruses in the future.

Ingus Kruklitis Shutterstock) "KDSP" scientists found almost 200,000 marine viruses on a sailing ship, increasing the number of known marine viruses from 15 to 15, 000 recorded in previous surveys. The new survey "KDSPE" and "KDSPS" reveals new details about the distribution of marine viruses in marine ecosystems. The "kdspe" and "kdsps" viruses exist on the edge of life.

They have no cells, no normal biological processes, and no independent reproduction. Instead, they are more or less a bag of genetic material that bumps into living cells and injects genetic instructions into those cells, resulting in more viruses. [6 New Discoveries About Viruses] But whether viruses count as life or not, there's no denying that they play an important role in the ecosystem in which they were discovered.

Because they are so numerous, they really matter," Matthew Sullivan, a microbiologist and senior researcher at The Ohio State University, said in a statement published today (April 25) in the journal Cell. Book Chain".

To compensate for this, scientists conducted a global search for the virus between 2009 and 2013, navigating the poles aboard a ship called Tara. The researchers were surprised to find that the swaying currents did not mix virus species well. Instead, viruses are broadly grouped into five regional categories.

Researchers have also found a number of viruses in the Arctic, where little is known about any local viruses.

The new research will help biologists understand how viruses affect marine ecosystems. In addition to this, the authors also point out that viruses could alter how the ocean sucks carbon dioxide out of the air into the water, with the researchers saying that viruses, like any organic matter, are mostly made of carbon. Sullivan said

For the last 20 years or so, we've known that half of the oxygen we breathe comes from marine life. In addition, the oceans absorb half of the carbon dioxide in the atmosphere and may help flesh out the story. on the big screen.

Hello, I'm glad to guess for you, there are currently about (2.1 million) known species of marine life in Suiduandan, and the actual number is expected to be more than 10 times the known number. I hope it can help you, and I wish you a happy life with lead.