Discuss the differences in structure between an icosahedral, a helical, and a complex virus. Are viruses...
Discuss the differences in structure between an icosahedral, a helical, and a complex virus. Are viruses considered 'cells'? Why or why not? Discuss both the negative aspects, as well as the positive uses, for viruses .
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Discuss the differences in structure between an icosahedral, a
helical, and a complex virus. Are viruses...
2. Viruses are not considered living and a uses are not considered living and are therefore...
2. Viruses are not considered living and a uses are not considered living and are therefore not found in the Linnaean system of taxonomy. Why are viruses not considered to be living? (page 3 In your answer * Explain the structure of a virus and how they are different from a living cell wn needs to maintain organelles through the use of ATP, water and oxygen (1) • explain how viruses use living cells to reproduce themselves (1)
How do viruses minimize their genome size in relation to capsid structure? This is a multiple...
How do viruses minimize their genome size in relation to capsid structure? This is a multiple answer question. More tharn one may be correct Icosahedral capsids have a large amount of surface area to volume ratio, maximizing the amount of space inside. Helical capsids have the capacity to simply "get longer": As rods, they don't have a true end until the last subunits are added. □ B Some viruses utilize an actual DNA or RNA pump that spools the genomic...
is the type of DNA targeting virus responsible for hepatitis B, wheras the virus responsible for...
is the type of DNA targeting virus responsible for hepatitis B, wheras the virus responsible for hepatitis C is a According to the "rule of nines" a burn patient with burns covering the right leg (front and back) as well as the right arm (front only) would be assessed as involving the body surface type virus that targets cellular 2. percent of protein is not normally in the blood but appears with acute inflammation and necrosis within 24-48 hours The...
Discuss the differences between name type and structure type equivalence. Explain some potential challenges with implementing...
Discuss the differences between name type and structure type equivalence. Explain some potential challenges with implementing structure type equivalence.
Discuss the differences between biological sex, gender and sexual orientation. Be sure to address what aspects...
Discuss the differences between biological sex, gender and sexual orientation. Be sure to address what aspects of these appear to be a function of society and what aspects are a function of biology. Also discuss any challenges or points of conflict associated with these terms in society.
Draw and describe differences between euchromatin and heterochromatin; include differences in their structure as well as...
Draw and describe differences between euchromatin and heterochromatin; include differences in their structure as well as functional differences. Compare and contrast facultative and constitutive heterchromatin.
Prompt 2: Please select 2 of the prompts below to discuss: • Compare prokaryotic and eukaryotic cells. Be sure to i...
Prompt 2: Please select 2 of the prompts below to discuss: • Compare prokaryotic and eukaryotic cells. Be sure to include at least 2 similarities and 2 differences. (USLO 2.1) • Identify structures specific to prokaryotic cells and discuss their importance. (USLO 2.2) • Discuss the differences between gram positive and gram negative cell walls. Why is this important information to understand? (USLO 2.3)
Discuss the major differences between humoral and cell-mediated immunity, including cell types involved and the end...
Discuss the major differences between humoral and cell-mediated immunity, including cell types involved and the end result of the immune process. Why is it essential to have both a humoral as well as a cell-mediated immune response in order to have a fully competent immune system? Please cite outside sources in APA format if used
BIO 202 QUIZ #1 1. Viruses are A Small infectious particles B. A simple structure. C....
BIO 202 QUIZ #1 1. Viruses are A Small infectious particles B. A simple structure. C. The core of either RNA or DNA. D. A variety of shapes: brick-like, helical, or polyhedral E. All of the above. 2. A typical virus has the following anatomical feature(s): A. Protein coat known as a capsomere. B. Core of either DNA or RNA. C. Capsomeres that constructed from protein subunits or capsids. D. Both A and C E. All of the above. 3....
Identify and discuss any remarkable differences between AGAAP (Australian GAAP) and IFRS to the disclosures relating to...
Identify and discuss any remarkable differences between AGAAP (Australian GAAP) and IFRS to the disclosures relating to the following financial aspects • Non-Current Assets • Intangible Assets • Leases • Employee Benefits
2. Viruses are not considered living and a uses are not considered living and are therefore not found in the Linnaean system of taxonomy. Why are viruses not considered to be living? (page 3 In your answer * Explain the structure of a virus and how they are different from a living cell wn needs to maintain organelles through the use of ATP, water and oxygen (1) • explain how viruses use living cells to reproduce themselves (1)
How do viruses minimize their genome size in relation to capsid structure? This is a multiple answer question. More tharn one may be correct Icosahedral capsids have a large amount of surface area to volume ratio, maximizing the amount of space inside. Helical capsids have the capacity to simply "get longer": As rods, they don't have a true end until the last subunits are added. □ B Some viruses utilize an actual DNA or RNA pump that spools the genomic...
is the type of DNA targeting virus responsible for hepatitis B, wheras the virus responsible for hepatitis C is a According to the "rule of nines" a burn patient with burns covering the right leg (front and back) as well as the right arm (front only) would be assessed as involving the body surface type virus that targets cellular 2. percent of protein is not normally in the blood but appears with acute inflammation and necrosis within 24-48 hours The...
Prompt 2: Please select 2 of the prompts below to discuss: • Compare prokaryotic and eukaryotic cells. Be sure to include at least 2 similarities and 2 differences. (USLO 2.1) • Identify structures specific to prokaryotic cells and discuss their importance. (USLO 2.2) • Discuss the differences between gram positive and gram negative cell walls. Why is this important information to understand? (USLO 2.3)
BIO 202 QUIZ #1 1. Viruses are A Small infectious particles B. A simple structure. C. The core of either RNA or DNA. D. A variety of shapes: brick-like, helical, or polyhedral E. All of the above. 2. A typical virus has the following anatomical feature(s): A. Protein coat known as a capsomere. B. Core of either DNA or RNA. C. Capsomeres that constructed from protein subunits or capsids. D. Both A and C E. All of the above. 3....
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