Created with Sketch. Make an adenovirus
... from this family can cause diseases such as tonsillitis, conjunctivitis, respiratory diseases, ear infections and gastroenteritis. What to do 1. Cut out the isohedron template. 2. Crease along the lines. 3. Glue the tabs to make an isohedral shape. This represents the virus capsid. 4. Before you glu ...
... from this family can cause diseases such as tonsillitis, conjunctivitis, respiratory diseases, ear infections and gastroenteritis. What to do 1. Cut out the isohedron template. 2. Crease along the lines. 3. Glue the tabs to make an isohedral shape. This represents the virus capsid. 4. Before you glu ...
chapter 4 review
... CHAPTER 5 REVIEW VIRUS: pg. 84 & 85 Size Extremely small Need electron microscope to see them Shape Varies Structure Protein coat (outside) DNA (inside) (see drawing) How are viruses different from living cells? (see study sheet 2) Viruses cannot do the 4 life processes Viruses are non living Viruse ...
... CHAPTER 5 REVIEW VIRUS: pg. 84 & 85 Size Extremely small Need electron microscope to see them Shape Varies Structure Protein coat (outside) DNA (inside) (see drawing) How are viruses different from living cells? (see study sheet 2) Viruses cannot do the 4 life processes Viruses are non living Viruse ...
Coxsackievirus
... To cell CV are characterized by their ability to cause CPE in tissue culture and by their capacity to initiate acute disease by inducing apoptosis within targeted organs in vivo. So,these viruses are considered highly cytolytic. CV can establish persistence in susceptible cells, indicating tha ...
... To cell CV are characterized by their ability to cause CPE in tissue culture and by their capacity to initiate acute disease by inducing apoptosis within targeted organs in vivo. So,these viruses are considered highly cytolytic. CV can establish persistence in susceptible cells, indicating tha ...
20_Bacteria and Virus PowerPoint
... Prion – protein particle that causes disease - misfolded proteins in the brain that cause a chain reaction of misfolding in other normal proteins they contact, clogging the brain tissue and causing disease. ...
... Prion – protein particle that causes disease - misfolded proteins in the brain that cause a chain reaction of misfolding in other normal proteins they contact, clogging the brain tissue and causing disease. ...
Chapter 20
... Prion – protein particle that causes disease - misfolded proteins in the brain that cause a chain reaction of misfolding in other normal proteins they contact, clogging the brain tissue and causing disease. ...
... Prion – protein particle that causes disease - misfolded proteins in the brain that cause a chain reaction of misfolding in other normal proteins they contact, clogging the brain tissue and causing disease. ...
Kingdom: Viruses
... •The proteins on the outside of the virus allow it to attach to proteins on our cell membranes. Once attached, the virus is able to release its RNA into our cells to take control of ribosomes and make copies of itself. ...
... •The proteins on the outside of the virus allow it to attach to proteins on our cell membranes. Once attached, the virus is able to release its RNA into our cells to take control of ribosomes and make copies of itself. ...
On March 3, 2014, the BBC reported that an ancient virus, found
... entity, this single cell Rip Van Winkle, being awakened from its long slumber, joined forces with other existing viruses. Many of its allies had long ago been rendered harmless to living creatures by nature and evolution. This new force, however, would not be denied. Much like how common bacteria an ...
... entity, this single cell Rip Van Winkle, being awakened from its long slumber, joined forces with other existing viruses. Many of its allies had long ago been rendered harmless to living creatures by nature and evolution. This new force, however, would not be denied. Much like how common bacteria an ...
Unit Vocabulary: Diseases
... Unit Vocabulary: Diseases For each word below, complete the Definition, Examples, and Sentence boxes of the Frayer Models. ...
... Unit Vocabulary: Diseases For each word below, complete the Definition, Examples, and Sentence boxes of the Frayer Models. ...
VIRUSES - Piscataway Township Schools
... particle that invades and then multiplies inside a living cell. – Do not use energy to grow or to respond to their surroundings – Cannot make food, take in food, or produce wastes ...
... particle that invades and then multiplies inside a living cell. – Do not use energy to grow or to respond to their surroundings – Cannot make food, take in food, or produce wastes ...
Bacterial Viruses, Viroids, and Prions
... Animal and plants viruses may be grown in cell culture. Continuous cell lines may be maintained indefinitely. ...
... Animal and plants viruses may be grown in cell culture. Continuous cell lines may be maintained indefinitely. ...
Chapter 13-Viruses. Viroids, and Prions
... Proteinaceous infectious particles: PRIONS • 1982 Stanley Prusiner proposed that there were infectious proteins • Caused the disease “scrapie” in sheep • Caused the “mad-cow”disease in 1987 • Human forms suggest a genetic component ...
... Proteinaceous infectious particles: PRIONS • 1982 Stanley Prusiner proposed that there were infectious proteins • Caused the disease “scrapie” in sheep • Caused the “mad-cow”disease in 1987 • Human forms suggest a genetic component ...
L9 viruses 7e
... Proteinaceous infectious particles: PRIONS • 1982 Stanley Prusiner proposed that there were infectious proteins • Caused the disease “scrapie” in sheep • Caused the “mad-cow”disease in 1987 • Human forms suggest a genetic component ...
... Proteinaceous infectious particles: PRIONS • 1982 Stanley Prusiner proposed that there were infectious proteins • Caused the disease “scrapie” in sheep • Caused the “mad-cow”disease in 1987 • Human forms suggest a genetic component ...
ppt version
... DNA viruses: breakage RNA related viruses: • when the virus polymerase switches template strands during genome synthesis • the new recombinant virus has properties incompatible with survival ...
... DNA viruses: breakage RNA related viruses: • when the virus polymerase switches template strands during genome synthesis • the new recombinant virus has properties incompatible with survival ...
Viruses
... it in by using receptors that are meant to let in something else. (Nutrients, for example) ...
... it in by using receptors that are meant to let in something else. (Nutrients, for example) ...
Biological Properties of Tomato apex necrosis virus (ToANV)
... There are currently 18 families (dae) of plant viruses; plus 81 genera (virus; not including viroids and other subviral agents). Not all genera are within assigned families at this time, and some new genera and families are not shown at right. According to Hull, (page 87) he says there are 977 spe ...
... There are currently 18 families (dae) of plant viruses; plus 81 genera (virus; not including viroids and other subviral agents). Not all genera are within assigned families at this time, and some new genera and families are not shown at right. According to Hull, (page 87) he says there are 977 spe ...
How do viruses, bacteria, and protists effect our lives in both positive
... spoil when they break down the chemicals Some cause diseases/illnesses, which can be mild (like strep throat) or life threatening (like Tuberculosis ) ...
... spoil when they break down the chemicals Some cause diseases/illnesses, which can be mild (like strep throat) or life threatening (like Tuberculosis ) ...
Viruses: Bacterial and Animal
... into the host chromosome • Transforming genes are called oncogenes • Examples: papillomavirus, herpesvirus ...
... into the host chromosome • Transforming genes are called oncogenes • Examples: papillomavirus, herpesvirus ...
Virus and Bacteria Worksheet
... Name the viruses/bacteria and state what they infect. T/F state whether the statement is true or false. If FALSE correct what is wrong to make the statement true. 1. _________________ All viruses look alike 2. _________________ Bacteria are unicellular 3. _________________ Bacteria have cell walls ...
... Name the viruses/bacteria and state what they infect. T/F state whether the statement is true or false. If FALSE correct what is wrong to make the statement true. 1. _________________ All viruses look alike 2. _________________ Bacteria are unicellular 3. _________________ Bacteria have cell walls ...
viruses and bacteria
... 1. List and explain the 5 steps of virus replication A. B. C. D. E. 2. Where are viruses found? 3. How many viruses can be in a single drop of blood? (Hint 109) 4. What is one of the most deadly viruses ever identified? Explain what it does to the body. ...
... 1. List and explain the 5 steps of virus replication A. B. C. D. E. 2. Where are viruses found? 3. How many viruses can be in a single drop of blood? (Hint 109) 4. What is one of the most deadly viruses ever identified? Explain what it does to the body. ...
Answers to Mastering Concepts Questions
... 1. It is inaccurate to refer to the “growth” of viruses because viruses cannot grow. Instead, they are assembled inside cells (much as cars are assembled in a factory). Viruses do not increase in size or develop. 2. If a virus can attach to a cell and penetrate it, the virus can infect a cell. Gener ...
... 1. It is inaccurate to refer to the “growth” of viruses because viruses cannot grow. Instead, they are assembled inside cells (much as cars are assembled in a factory). Viruses do not increase in size or develop. 2. If a virus can attach to a cell and penetrate it, the virus can infect a cell. Gener ...
6 Viruses and Other Acellular Infectious Agents
... 1. Envelopes are membrane structures surrounding some (but not all) viruses a. Lipids and carbohydrates are usually derived from the host membranes b. Proteins are virus-specific c. Many have protruding glycoprotein spikes (peplomers) such as the enzymes neuraminidase and hemagglutinin 2. Although v ...
... 1. Envelopes are membrane structures surrounding some (but not all) viruses a. Lipids and carbohydrates are usually derived from the host membranes b. Proteins are virus-specific c. Many have protruding glycoprotein spikes (peplomers) such as the enzymes neuraminidase and hemagglutinin 2. Although v ...
Size and Shape of Viruses
... Viruses come in all shapes sizes. You can only see them with a microscope. 3 shapes of viruses 1.Enveloped – round with spikes( flu viruses) 2.Helical – Long narrow coiled shape( rabies) 3.Polyhedral- many sides(foot and mouth disease) ...
... Viruses come in all shapes sizes. You can only see them with a microscope. 3 shapes of viruses 1.Enveloped – round with spikes( flu viruses) 2.Helical – Long narrow coiled shape( rabies) 3.Polyhedral- many sides(foot and mouth disease) ...