Answer the following questions;
1) How do DNA Cancer viruses such as SV40, Adenovirus and Human
Papilloma Virus 16 inactivate them?
2) What are the 6 phases of HIV/AIDS and what happens during each
phase?
Answer 1: Tumor suppressor protein are present in our body which have main role to block the cancerous cells. There are generally two type of Tumor Suppressor Proteins as P53 and RB (Retinoblastoma). But if by any mean(chemical, physical or biological) there is mutation in these protein so it result in the development of cancer cell whose division is uncontrolled.
If we take the example of Human Papilloma Virus by the inactivation of tumor suppressor gene this virus will now bind to the protein(P53 and RB) and destroy them. Now HPV will lead to the progression of different type of cancer as cervical, veginal or uterian in females while oral and esophagial in males.For the inactivation of these viruses the main treatment is the inactivation of these by process of vaccination. So here pathogen which is not infectious is inserted in body to creat some kind of adaptive response (may be humoral or cell mediated).
Answer the following questions; 1) How do DNA Cancer viruses such as SV40, Adenovirus and Human...
36) Which of the following has been linked to cervical cancer? a) Human papilloma virus b) Epstein-Barr virus c) Influenza Virus d) Human immunodeficiency virus e) Human herpes virus 37) This virus has 8 nucleocapsids a) Rhabdoviridiae b) Orthomyxoviridiae c) Herpesviridiae d) Retroviridae e) Ebola 38) Which of these enzymes is necessary for the replication of a (+) strand RNA virus? a) RNA dependent RNA polymerase b) RNA-dependent DNA polymerase c) Reverse Transcriptase d) DNA dependent DNA polymerase e) DNA-dependent...
Write up three clinical questions using the following format: Presumptively diagnose the etiologic agent of a specific disease scenario based on facts that include: 1) patient history, 2) clinical presentation, and 3) selected laboratory findings or treatment scenario. (Please be as simple as possible) Note: Pathogens can be from the following list: (You MUST provide at least one viral and one bacterial question) 1. Treponema ( pallidum, pertenue, carateum, and endemicum) 2. Borrelia ( recurrentis, hermsii, burgdorferi, garinii, and afzelii)...
please answer questions 1-3 photos of packet provided for
information
CINTOSE STUDY Part II - Viruses and Vaccines Viruses, Viruses, Viruses Smallpox, like many other dis c u s s an evil thing It has no intenso harm anyone or anything at all. Any individuals the called a virin) is that a particle, an inent object. On its own, it cant consume plants or other animals and beak them down to use the energy stored in their bonds. On its...
a,b and d please
1. (6 pts) The genomes of viruses are diverse. For animal viruses, they often encode and bring own polymerases to the infected host cell for viral replication. a. (1 pt) Viruses with single-stranded RNA as their genome for which the nucleotide sequence is the same as the viral mRNA are said to be viruses. (Circle one best answer.) A) plus-stranded; B) minus-stranded; C) mRNA-like; D) complete; E) defective b. (1 pt) A virus is an obligate...
1. Use the following figure and information to answer the question(s) below. 100,000 Virus A - Virus B Number Viruses 10,000 - per millilter of culture 1000 - ---- 30 60 120 Time After Infection in minutes) Cells were infected with approximately 1000 copies of either virus A or virus B at the O time point. At five-minute intervals, a sample of the virus and cell mixture was removed. The intact cells were removed from the sample, and the number...
Can you pleasee answer these questions: If we performed electrophoretic separation (AGE) of human genomic DNA (buccal swab extraction), and we didn’t perform any restriction digestion, answer the following: 1. How many bands do you expect to see in each lane where genomic DNA is loaded? 2. Why do you see bands above the molecular marker? 3. How many wells do you see on the gel? How many of them are used in the experiment (i.e. have loaded samples)? Thank...
Can you pleasee answer these questions: If we performed electrophoretic separation (AGE) of human genomic DNA (buccal swab extraction), and we didn’t perform any restriction digestion, answer the following: 1. How many bands do you expect to see in each lane where genomic DNA is loaded? 2. Why do you see bands above the molecular marker? 3. How many wells do you see on the gel? How many of them are used in the experiment (i.e. have loaded samples)? Thank...
1. Damaged DNA is discovered during the G1 checkpoint. How does p53 react, and what are the possible results? 2. If S phase checkpoints detect nucleotides deficit, what happens to the dividing cell and the cell cycle? 3. What three conditions may be detected during the G2 checkpoints, and what are the two possible results if there is inadequate DNA or spindle fibers? 4. What two conditions are checked during the metaphase checkpoint? What happens if the cell “passes” the...
HIV is a retrovirus (a virus that uses reverse transcriptase). a. What is reverse transcriptase? b. How is a retrovirus different from other viruses? c. How does a retrovirus infect a cell and reproduce itself? 2. Review of the immune system. a. What is a T cell? b. What varieties of T cell exist? How are they functionally different? c. What are their roles in the human body? d. How is each T cell variety differentiated from the others (molecularly)?...
please answer thank you!
Questions: 1. List the components that all types of viruses have in common. Then describe the function of each component. (Short answer-2 points- 1 for a complete and correct list of components and 1 for correctly assigning the function for each component. 2. Viruses are living things that function entirely on their own (True/False)- 1 point. 3. List 2 different ways that a virus can gain access to the body of the host (Short answer-1 point)...