Difficult Word/ Phrase | Contextual Sense |
Pay price | to experience the bad result of something you have done |
Endemic | (Of or relating to a disease) constantly present to greater or lesser extent in a particular locality |
Surveillance | Close observation |
Under the radar | Not getting attention |
Genome sequencing | A laboratory method that is used to determine the entire genetic makeup of a specific organism or cell type |
Outbreak | the sudden start of something unpleasant (especially a disease) |
Rave party | a big event at which young people dance to electronic music in a large building or in the open air |
Exportation | something causing to spread in another part of the world |
Scant | Limited than what is required |
Mortality rate | The ratio of deaths in an area to the population of that area |
Clade | a group of living organisms that includes all the descendants sharing specific genetic traits of a common ancestor |
Mutation | an alteration in the genetic material (the genome) of a cell of a living organism or of a virus that is more or less permanent and that can be transmitted to the cell’s or the virus’s descendants |
Spur | stimulate |
Paying a price (to experience the bad result of something you have done): On monkeypox outbreak
Vaccines and antivirals for monkeypox must be made available in endemic ((Of or relating to a disease) constantly present to greater or lesser extent in a particular locality) countries in Africa
In three weeks since the first case of monkeypox infection was confirmed on May 7 in the U.K. in a person who had just arrived from Nigeria (where the outbreak has been continuing since September 2017) the virus has spread to at least 21 countries and infected 226 people, mainly in Europe and North America. The U.K., which is the hardest hit, has reported 106 lab-confirmed cases as of May 26. As per WHO, more cases can be expected as surveillance (close observation) expands; scientists believe the virus has been spreading under the radar (not getting attention) for some time. For instance, a person in Canada had symptoms of monkeypox on April 29, though it was not tested at that time. Similarly, the monkeypox genome sequence (A laboratory method that is used to determine the entire genetic makeup of a specific organism or cell type) first shared by Portugal was from a sample collected on May 4 but was not tested for monkeypox till the U.K. reported the first case. All the 21 countries that have reported at least one case are non-endemic for monkeypox, raising concerns about the fast spread of the virus, by far the largest outbreak (the sudden start of something unpleasant (especially a disease)) in humans outside Africa. Two rave parties (a big event at which young people dance to electronic music in a large building or in the open air) in Spain and Belgium have been super-spreader events. Nigeria has reported 231 confirmed cases and eight deaths since 2017, with 15 cases reported this year till April 30. There have been a few instances of exportation (something causing to spread in another part of the world) to non-endemic countries from Nigeria since 2017, and eight such instances in all from the endemic countries in Central and West Africa. However, human-to-human transmission in non-endemic countries has been very limited, if at all, in the past.
Despite the first case in humans being reported in 1970, and the virus becoming endemic in about a dozen countries in Africa, very little attention has been paid to study the virus characteristics, the host animal, and the modes of transmission. However, in September 2019, the FDA approved a vaccine, and two antivirals approved for treating smallpox have shown promise in animal studies. It is unclear how long it would take to contain the outbreak. Meanwhile, there is a potential risk of the virus jumping from humans to animals, which may make it endemic in these countries. While China was rightly criticised for keeping the SARS-CoV-2 outbreak a secret for weeks, the developed countries have paid scant (Limited than what is required) attention to stop the outbreak in Nigeria. The low mortality rate (The ratio of deaths in an area to the population of that area) of about 1% for the virus clade (a group of living organisms that includes all the descendants sharing specific genetic traits of a common ancestor) now in circulation in Europe and North America, the slow rate of mutation (an alteration in the genetic material (the genome) of a cell of a living organism or of a virus that is more or less permanent and that can be transmitted to the cell’s or the virus’s descendants), the relative ease of stopping the virus spread, and the availability of vaccines should not be a reason once more to ignore the virus spread in Nigeria. Instead, it should spur (stimulate) more research on the virus and make vaccines and antivirals available in Nigeria and other endemic countries in Africa.
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