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This overview delves into the ways viruses can benefit our lives, prevention of viral diseases, comparison of active and passive transport, and treatment options. Discover how viruses can protect us from bacteria, and how antiviral medication can speed up recovery from flu. Learn about the cons of viruses, prevention methods, and the effects of vaccines on the immune system. Understand the causes of viruses and requirements for vaccines in Pennsylvania. Explore the negative effects of vaccines, DNA and RNA composition, and the ABCs of viruses and vaccines. Discover different perspectives on vaccination from parents who choose to vaccinate and those who choose not to.
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Group 6 Colin Nathan Rocci
Overview • Ways viruses can benefit our lives • Prevention of viral diseases • Unvaccinated children • Parents who choose not to vaccinate • Comparison of active and passive transport
Benefits of viruses in life • Protectsus frombacteriaand help immune system fight against viruses • Antiviral medication helps speeds recovery from flu virus Colin mauz
Cons of virus • Cold viruses attack with a fast-acting infection • The cell releases hundreds of new virus particles to infect lots of other cells • When a cell is infected the cell turns fromRNAtoDNA instead of DNA to RNA
Preventions of viruses • Can prevent by stimulating the body's immune system with vaccines • Vaccines prompts the body to produce immunity to the disease • Immunity is the body's ability to destroy pathogens or inactivated toxins Colin Mauz
Treatment of viruses • Wait for the immune system to fight off the virus • There are some antiviralmedications to take to get rid of some viruses • You can get blood tested to see if your immune system is fighting off the virus Colin
Causes of viruses • When virus enters your body, itinvadessome of your cells and takes over the cell machinery, redirecting it to produce the virus • The DNA is surrounded by a coat of lipids thatcannotreplicate Colin
Requirements for vaccines in PA • The state of Pennsylvania requires that people get Tetanus, diphtheria, chicken pox andhepatitis B • PA requires all students to be vaccinated • If a student is unvaccinated, they can face exclusion Nathan
Negative effects of vaccines • Vaccine side effects are different per person • Common symptoms can be fevers and achiness around the body • Some more harsh symptoms can be seizures and life-threatening reactions Nathan
How vaccines affect the immune system • Vaccines insert a small amount of the disease into the person's body • This trains the immune system • The vaccine introduces a small amount of the disease into the body so that it can find a way to prevent viruses in the future • If a person has a weak immune system, they may get some small symptoms of the disease Nathan
DNA and RNA • DNA and RNA are made up of monomers called nucleotides. • DNA is made up of thymine, cytosine, adenine and guanine • RNA is made up of Uracil, Cytosine, Adenine, Guanine • DNA has information to make protein but can't leave nucleus • RNA can leave the nucleus and makes the proteins • Peoples DNA is different due to Mutiple variants of each gene. Nathan
PROS VS. CONS PROS CONS Can cause serious side effects Some vaccines have bad ingredients Vaccines are not natural • Can protect future generations • Bad reactions from getting vaccines are extremely not common • Can protect/save your child/children's life as they grow older RocciSchuima
Parents Who Choose to Vaccinate • Think that it can protect future generations • Think that it can prevent trips to the doctor or hospital • Think that it can protect their child's life growing up RocciSchuima
Parents Who Choose Not To Vaccinate • Personal beliefs: that if their child or children has a heathy diet can decrease their risk of getting any diseases • Religious reasons family's religious beliefs lead them off from letting their children getting vaccines • Safety Concerns such as hearing different opinions about getting vaccines RocciSchuima
Transport PASSIVE TRANSPORT ACTIVE TRANSPORT Moves molecules against the concentration gradient low-high Uses the energy though one ATP molecule Examples: Going up a slide, Running up a Hill • Doesn’t require energy(ATP) • Moves molecules with the concentration gradient high-low • Examples: Isotonic, Hypertonic, Hypotonic, Going down a slide Rocci Schuima
ABC's • What causes a virus? a. an infected cell b. unhealthy food c. both a and b d. none of the above A Colin
ABC'S • How can you find out if you have a virus? a. ask your doctor b. take your temperature c. blood test d. ask Brian Hess C Colin
ABCs What is DNA not made up of • Thymine • Uracil • Guanine • Adenine B)uracil Nathan
ABCs True or false are vaccines required to go to school in PA • True • False A)True Nathan
ABCs WHICH REQUIRES ENERGY? A. PASSIVE TRANSPORT B. ACTIVE TRANSPORT C. HYPERTONIC D. ALL OF THE ABOVE B Rocci Schuima
ABCs HOW DO THE MOLECULES MOVE ON THE CONCENTRATION GRADIENT FOR ACTIVE TRANSPORT? A. AGAINST B. WITH C. Doesn’t move D. NONE of these A Rocci Schuima
Overview • Ways viruses can benefit our lives • Prevention of viral diseases • Unvaccinated children • Parents who choose not to vaccinate • Comparison of active and passive transport