virus, bacteria, fungus, protist,,..) and list the major features of this class of particles or pathogens. Then, describe what is known about these specific structural features in your pathogen (ex- what specific type of glycoproteins does it have? capsid/genome features? cell-wall components? Flagella? speciallized organelles? specialized hyphae/spores?)

virus, bacteria, fungus, protist,,..) and list the major features of this class of particles or pathogens. Then, describe what is known about these specific structural features in your pathogen (ex- what specific type of glycoproteins does it have? capsid/genome features? cell-wall components? Flagella? speciallized organelles? specialized hyphae/spores?)

Principles Of Pharmacology Med Assist

6th Edition

ISBN:9781337512442

Author:RICE

Publisher:RICE

Chapter16: Antifungal, Antiviral, And Immunizing Agents

Section: Chapter Questions

Problem 23RQ

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Concept explainers

Virus

Viruses are infectious microscopic agents that can only reproduce in live cells of animals, plants, or microbes and are smaller than bacteria. Vertebrates, invertebrates, plants, protists, and fungi are among their many hosts. Viruses are unable to multiply on their own due to the lack of necessary cellular machinery, but they can guide the cell machinery of a host to make additional viruses by infection. The virus enters and attaches to a particular host cell, injects its genetic material, and reproduces by using the host’s genetic material. Viruses cause infection by taking entry into the host cell and using the host cell’s enzymes and raw materials to multiply.

Question

Topic is : SARS-CoV-2

State which class of infectious particle or organism your pathogen belongs to (virus, bacteria, fungus, protist,,..) and list the major features of this class of particles or pathogens. Then, describe what is known about these specific structural features in your pathogen (ex- what specific type of glycoproteins does it have? capsid/genome features? cell-wall components? Flagella? speciallized organelles? specialized hyphae/spores?)

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Can you please help me..... 1. Protective capsule is? 2. Outer covering surrounding capsid of some viruses is? 3. Two forms of growth? 4. Gelatinous covering of microbe? 5. Long filament of cells? 6. genetically different cells within species? Thank you
Please help me with this question. More than one answer may be correct. The graph relating to the information is included below. The above graph is looking at the relative entry of SARS-CoV2 isolated spike proteins into human cells in culture at two times points: before introduction of the virus to the cell culture (0 minute) and 5 minutes after introduction of the virus to the cell culture. CHC stands for "clathrin heavy chain" and siRNA stands for small interfering RNA, which is often used in experiments as an easy method to stop expression of a certain gene. So in this case, the CHC siRNA would stop cellular production of CHC. The control siRNA introduces a small RNA fragment that does not match any gene as a negative control. Imagine that the experiment was then allowed to run for 500 minutes in addition to five minutes? How would the relative uptake of the spike protein into the control siRNA cells compare after 500 min to the 5 minute treatment? Options: 500 min time point would…
Please help me with this question. More than one answer may be correct. THe graph relating to the information is included below. The above graph is looking at the relative entry of SARS-CoV2 isolated spike proteins into human cells in culture at two times points: before introduction of the virus to the cell culture (0 minute) and 5 minutes after introduction of the virus to the cell culture. CHC stands for "clathrin heavy chain" and siRNA stands for small interfering RNA, which is often used in experiments as an easy method to stop expression of a certain gene. So in this case, the CHC siRNA would stop cellular production of CHC. The control siRNA introduces a small RNA fragment that does not match any gene as a negative control. From the above figure, you can conclude what about the process that allows the SARS CoV-2 virus entry into the cell? Options: The spike protein is not involved in cell entry, contrary to popular belief This is evidence for clathrin-mediated endocytosis as the…
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Please answer both the questions. I'll definitely give a like.
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Question:- E- Where could we find viruses? Explain.