Kung dapat mong alagaan ang iyong alagang hayop o kailangan mong makahalubilo ang mga hayop habang ikaw ay may sakit, hugasan ang iyong mga kamay bago at pagkatapos mong makipaghalubilo sa iyong mga alagang hayop, at magsuot ng isang tela na natatakpan ang iyong mukha.
Ang nakagawian na pagsubok sa mga alagang hayop para sa COVID ay hindi inirerekomenda sa mga oras na ito. Kami ay patuloy pa rin sa pag-aaral tungkol sa virus na ito, ngunit lumilitaw na maaari itong kumalat mula sa tao papunta sa mga hayop sa ilang mga sitwasyon. Batay sa limitadong impormasyon na magagamit hanggang sa kasalukuyan, ang panganib ng mga alagang hayop sa pagpapalaganap ng virus na sanhi ng COVID sa mga tao ay itinuturing na mababa.
Kung ang iyong alagang hayop ay may sakit, kumunsulta sa iyong beterinaryo. Bagaman alam natin ang ilang baktirya at fungi ay maaaring dalhin sa balahibo at buhok, walang katibayan na ang mga virus, kabilang ang virus na nagdudulot ng COVID, ay maaaring kumalat sa mga tao mula sa balat, balahibo o buhok ng mga alagang hayop. Gayunpaman, dahil ang mga hayop ay maaaring magdala ng iba pang mga mikrobyo na maaaring maging sanhi ng pagkakasakit ng mga tao, palaging magandang ideya na ugaliin ang malusog na kinagawian sa paligid ng mga alagang hayop at iba pang mga hayop, kabilang dito ang paghuhugas ng iyong mga kamay bago at pagkatapos makisalamuha sa kanila.
Ligtas ba na ampunin ang mga alagang hayop na mula sa isang kanlungan? Batay sa limitadong impormasyon na magagamit hanggang sa kasalukuyan, ang panganib ng mga hayop sa pagpapalaganap ng COVID sa mga tao ay itinuturing na mababa.
Walang dahilan para isipin na ang anumang mga hayop, kabilang ang mga alagang hayop sa kanlungan, ay may mahalagang papel sa paglaganap ng virus na sanhi ng COVID S: Kasalukuyan naming hindi lubos na nauunawaan kung paano nakakaapekto ang COVID sa iba't ibang mga species ng hayop. Alam namin ang isang maliit na bilang ng mga alagang hayop, kabilang ang mga aso, pusa, at isang ferret na iniulat na nahawahan ng virus na sanhi ng COVID matapos na makipag-ugnay sa isang tao sa COVID Adams, who is originally from Indiana, said he has been to Columbus and driven through the Interstate 70 corridor in Ohio several times.
Getting testing going in each state is a top priority so that health departments can understand how much the virus has spread in each community, Adams said. Thursday, seven people had tested negative for the disease and three people were awaiting test results, according to the state. Local health departments have monitored people who recently returned to Ohio from other countries where the virus is more widespread, according to the state.
Acton issued an order prohibiting the annual festival from allowing spectators at any of its events except for a pre-ticketed finale Saturday. Ohio leaders also spoke Thursday about how state and local health departments planned to handle the first confirmed case here. So far the Ohio Department of Health has not released any location or identifying information regarding the 10 people who have been tested for the disease. But Acton said Thursday that if an Ohioan tests positive for COVID, officials would release more information and would notify the public where that person may have been recently in the community.
Max Filby - The Columbus Dispatch. Not only are viruses microscopic, they are smaller than many other microbes, such as bacteria.
Most viruses are only 20— nanometers in diameter, whereas human egg cells, for example, are about micrometers in diameter, and the E. Viruses are so small that they are best viewed using an electron microscope , which is how they were first visualized in the s. Viruses generally come in two forms: rods or spheres.
However, bacteriophages viruses that infect bacteria have a unique shape, with a geometric head and filamentous tail fibers. No matter the shape, all viruses consist of genetic material DNA or RNA and have an outer protein shell, known as a capsid. There are two processes used by viruses to replicate: the lytic cycle and lysogenic cycle. Some viruses reproduce using both methods, while others only use the lytic cycle.
In the lytic cycle, the virus attaches to the host cell and injects its DNA. Then fully formed viruses assemble. These viruses break, or lyse, the cell and spread to other cells to continue the cycle.
Like the lytic cycle, in the lysogenic cycle the virus attaches to the host cell and injects its DNA. In humans, viruses can cause many diseases.
For example, the flu is caused by the influenza virus. Typically, viruses cause an immune response in the host, and this kills the virus. However, some viruses are not successfully treated by the immune system, such as human immunodeficiency virus, or HIV.
This leads to a more chronic infection that is difficult or impossible to cure; often only the symptoms can be treated. Unlike bacterial infections, antibiotics are ineffective at treating viral infections. Viral infections are best prevented by vaccines, though antiviral drugs can treat some viral infections. Most antiviral drugs work by interfering with viral replication. Some of these drugs stop DNA synthesis, preventing the virus from replicating. Although viruses can have devastating health consequences, they also have important technological applications.
Viruses are particularly vital to gene therapy. Because some viruses incorporate their DNA into host DNA, they can be genetically modified to carry genes that would benefit the host.
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