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Scientists have estimated that influenza viruses are taken from man can cause the disease in animals. In addition, man can catch the disease from animals. In fact, a great amount of wild birds seem to carry the virus without showing some evidence of illnesses. Some scientists conclude that a large family of influenza viruses may have evolved in the bird kingdom, a group that has been on the earth for 100 million years and is able to carry the virus without attracting the disease. There is even convincing evidence to show that virus strains are transmited from place to place and from continent to continent by migrating birds. It is known that two influenza viruses can recombine when all are present in an animal at the same time. The result of such recombination is a great variety of strains containing different H and N spikes. This rises the possibility that a human influenza virus can recombine with an influenza virus from a lower animal produce an entirely new spike. Research is underway to determine if that is the way that major new strains come into being. Other possibility is that two animal influenza strains may recombine in a pig, for example, to produce a new strain which is

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[Tam Cửu]

Scientists have estimated that influenza viruses are taken from man can cause the disease in animals. In addition, man can catch the disease from animals. In fact, a great amount of wild birds seem to carry the virus without showing some evidence of illnesses. Some scientists conclude that a large family of influenza viruses may have evolved in the bird kingdom, a group that has been on the earth for 100 million years and is able to carry the virus without attracting the disease. There is even convincing evidence to show that virus strains are transmited from place to place and from continent to continent by migrating birds. It is known that two influenza viruses can recombine when all are present in an animal at the same time. The result of such recombination is a great variety of strains containing different H and N spikes. This rises the possibility that a human influenza virus can recombine with an influenza virus from a lower animal produce an entirely new spike. Research is underway to determine if that is the way that major new strains come into being. Other possibility is that two animal influenza strains may recombine in a pig, for example, to produce a new strain which is

[TBODY] [/TBODY]

Scientists have estimated that influenza viruses are taken from man can cause the disease in animals. In addition, man can catch the disease from animals. In fact, a great amount --> number (vì a great amount of thường được dùng với danh từ không đếm được.) of wild birds seem to carry the virus without showing some evidence of illnesses. Some scientists conclude that a large family of influenza viruses may have evolved in the bird kingdom, a group that has been on the earth for 100 million years and is able to carry the virus without attracting the disease. There is even convincing evidence to show that virus strains are transmitted from place to place and from continent to continent by migrating birds.

It is known that two influenza viruses can recombine when all are present in an animal at the same time. The result of such a recombination is a great variety of strains containing different H and N spikes. This rises--> raises the possibility that a human influenza virus can recombine with an influenza virus from a lower animal produce an entirely new spike. Research is underway to determine if that is the way that major new strains come into being. Other--> Another (sau là danh từ số ít) possibility is that two animal influenza strains may recombine in a pig, for example, to produce a new strain which is

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[ng.htrang2004]

Scientists have estimated that influenza viruses are taken from man can cause the disease in animals. In addition, man can catch the disease from animals. In fact, a great amount of wild birds seem to carry the virus without showing some evidence of illnesses. Some scientists conclude that a large family of influenza viruses may have evolved in the bird kingdom, a group that has been on the earth for 100 million years and is able to carry the virus without attracting the disease. There is even convincing evidence to show that virus strains are transmited from place to place and from continent to continent by migrating birds. It is known that two influenza viruses can recombine when all are present in an animal at the same time. The result of such recombination is a great variety of strains containing different H and N spikes. This rises the possibility that a human influenza virus can recombine with an influenza virus from a lower animal produce an entirely new spike. Research is underway to determine if that is the way that major new strains come into being. Other possibility is that two animal influenza strains may recombine in a pig, for example, to produce a new strain which is

[TBODY] [/TBODY]

Scientists have estimated that influenza viruses are taken => taken from man can cause the disease in animals. In addition, man can catch the disease from animals. In fact, a great amount => number of wild birds seem to carry the virus without showing some => any evidence of illnesses. Some scientists conclude that a large family of influenza viruses may have evolved in the bird kingdom, a group that has been on the earth for 100 million years and is able to carry the virus without attracting the disease. There is even convincing evidence to show that virus strains are transmited from place to place and from continent to continent by migrating birds.
It is known that two influenza viruses can recombine when all => both are present in an animal at the same time. The result of such recombination is a great variety of strains containing different H and N spikes. This rises => raises the possibility that a human influenza virus can recombine with an influenza virus from a lower animal produce an entirely new spike. Research is underway to determine if that is the way that major new strains come into being. Other => Another possibility is that two animal influenza strains may recombine in a pig, for example, to produce a new strain which is

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[S I M O]

Scientists have established (nghĩa là to discover or get proof of something, còn từ estimate chỉ là dự đoán thôi, mà đây là khẳng định r) that influenza viruses are (rút gọn mệnh đề, tham khảo ở đây) taken from man can cause the disease in animals. In addition, man can catch the disease from animals. In fact, a great number (amount ko đi vs đếm đc) of wild birds seem to carry the virus without showing any evidence of illnesses. Some scientists conclude that a large family of influenza viruses may have evolved in the bird kingdom, a group that has been on the earth for 100 million years and is able to carry the virus without contracting (nghĩa của từ này là to catch or become ill with a disease, và attract thì nghĩa không phù hợp) the disease. There is even convincing evidence to show that virus strains are transmitted from place to place and from continent to continent by migrating birds.
It is known that two influenza viruses can recombine when all/both are present in an animal at the same time. The result of such recombination is a great variety of strains containing different H and N spikes. This raises (rise là chủ thể phải tự tăng, còn ở đây là cái khác tăng cho cái đang nói đến) the possibility that a human influenza virus can recombine with an influenza virus from a lower animal to produce an entirely new spike. Research is underway to determine if that is the way that major new strains come into being. Another (Ở đây đã nhắc đến cái thứ nhất nên mình dùng another để xác định cái còn lại) possibility is that two animal influenza strains may recombine in a pig, for example, to produce a new strain which is