Antiviral Medication By: Elizabeth Devin and Brittany Vereen.

Slides:



Advertisements
Similar presentations
D7 - Antivirals. D.7.1 State how viruses differ from bacteria.
Advertisements

Adriana Weinberg, MD University of Colorado Denver.
Information source: Swine Flu What is Swine Influenza? Swine Influenza (swine flu) is a respiratory disease of pigs caused by type A influenza.
Infectious Diseases/ Immune System. NOTES Infectious Disease= caused by pathogens that enter, live in/on, and multiply within the human body. Pathogens=
Viruses Virus- an infectious agent made up of a core of nucleic acid and a protein coat.
Any organism or particle that can get inside of you and make you sick is an infectious agent.
Blocviroc – an innovative treatment for HIV/AIDS Steve English Development Head, Antivirals.
OSELTAMIVIR (AKA TAMIFLU). WHAT IS IT? Tamiflu is a drug used to treat the flu (influenza A and B, as well as swine influenza A). Chemical formula C 16.
Herpes By : Ameriha Jerkins. Herpes is a viral disease from herpesviridae. Family caused by both herpes simplex. Wow, I did not really know about herpes.
for pregnant women and new moms
D7 - Antivirals Differences between bacteria and viruses How does antiviral drugs work? The AIDS problem.
The Roles of Medicines (1:40) Click here to launch video Click here to download print activity.
Emerging Viruses BY PLAN A. Topic Questions  Why are these new viruses more harmful compared to the previous form of the virus?  Why is it so difficult.
Basic Body Systems Unit 6 Immune System Lecture Pages and Chapter 5 and 17.
STD’S Sexually Transmitted Diseases. Statistics (American Social Health Association) Estimated total number of people living in the US with an incurable.
Biology 1 Testing drugs Drugs Trials……. Would You?????
Viruses Alive or not?.
Notes 9-1 Viruses.
Viruses A virus is a NON-Living particle made of DNA or RNA and a protein coat. Look at table 25-1 on p. 487 in text book. VERY small. ~ 0.001micron.
Viruses.
Viruses Chapter 19. Viruses Non-living, cannot reproduce without a hostNon-living, cannot reproduce without a host Contain either DNA or RNA (retrovirus)
Viruses, Bacteria, and Your Health.  I. How infectious diseases spread  A. Infected person  1. touching, kissing, inhaling droplets of sneezes or coughs.
Common Infectious Disease. Health Stats ) Pneumonia 1) Pneumonia 2) Tuberculosis 2) Tuberculosis 3) Infectious Diarrhea 3) Infectious Diarrhea.
Analyze Wellness, Disease Prevention and Recognition of Symptoms Common Core Standard 9.PCH.1.1 Recognize that individuals have some control over risks.
Shingles is a skin rash caused by chicken pox
PATHOGENS. HOW DO PATHOGENS CAUSE DISEASE? EVIL SPIRITSSWAMP AIR IMBALANCE OF BODY FLUIDS.
Virus? Warts are a skin virus! Characteristics of Protist No Nucleus Ring of DNA Asexual Reproduction.
ActionAid schools | October 2014 | 1 ActionAid Schools l October 2014.
Cold Sores Courtney Spangler 2 nd Hour. Description Cold sores are caused by a viral infection that attacks the skin and nervous system. Cold sores are.
Swine Flu & You! Information Regarding the Possible Approaching Swine Flu Pandemic.
DNA is a molecule in your cells’ nuclei that can be used as instructions by your cells to make new cells, and pigments for your hair and skin.
Viruses pp. 104 to 107.
Review Questions 1. What is the most common infection? Answer: The cold 2. What are the 2 surface proteins on the flu virus? Answer: H = Haemagglutinin.
SWINE INFLUENZA. What is Swine Influenza? What is Swine Influenza? Swine Influenza (swine flu) is a respiratory disease of pigs caused by type A influenza.
Viruses. What is a virus? microscopic, nonliving particle microscopic, nonliving particle Invades and then reproduces inside a living cell. Invades and.
Influenza A, H1N1 “Swine Flu” The Facts and How to Protect Yourself.
How can we prevent the spread of infectious disease? Immunity: body’s ability to destroy pathogen’s before they can cause disease.
Viruses. What are viruses? They are not living things. Viruses are considered non-living because they do not use energy to grow or to respond to their.
BACTERIA AND VIRUSES ANTIBIOTICS AND BACTERIAL RESISTANCE TO 1.
Sexually Transmitted Diseases Stop, Think, Be SAFE!!
Learning objectives Know the stages of drug development Explain why animals are used in research Analyse why new drugs may fail Starter: 1.List 5-10 medications.
$1 Million $500,000 $100,000 $50,000 $25,000 $10,000 $5,000 $1,000.
1 NOTES: VIRUSES. 2  Vocabulary –Virus –Capsid –Lytic cycle –Lysogenic cycle –Retrovirus  Key Concepts –What is a virus? –How do viruses reproduce?
CHAIN OF INFECTION STI POINT OF VIEW.
Warm Up! What are viruses? What are some illnesses caused by viruses?
Viruses Chapter 7.1. POINT > Describe what a virus is POINT > Describe virus structure POINT > Define bacteriophage POINT > Explain how viruses reproduce.
VIRUSES ARE THEY ALIVE OR NOT??? STRUCTURE OF A BACTERIOPHAGE (A VIRUS THAT INFECTS BACTERIA) HEAD PROTEIN COAT GENETIC MATERIAL TAIL NECK BODY TAIL.
Antiviral Medications
2.4a Boosting your immunity
Viruses.
VIRUSES DEFINITION – nonliving infectious particle that lives in a host cell. A. HISTORY 1. DISCOVERY – tobacco mosaic virus 2. SIZE - animation 3.
Treating Disease Learning Objectives: Describe how antibiotics work.
VIRUSES!.
Kingdom for virus???? (Do they even have a kingdom?)
Viruses A virus is a tiny non-living particle that invades and then multiples inside a living cell.
Viruses.
Immune System, Vaccines & Antivirals
Viruses Alive or not?.
Viruses Alive or not?.
Structure, Reproduction & Disease
Viruses.
Ben Wenzke, Chris Moore, and Eric Rockelmann
Ms. Blalock, Ms. Hartsell, Mr. Luckman
Viruses.
Virus Notes.
Viruses Doesn’t belong to any kingdom -It’s not a plant or an animal.
Viruses.
Preventing and Treating Disease
Viruses Alive or not?.
Presentation transcript:

Antiviral Medication By: Elizabeth Devin and Brittany Vereen

What is antiviral med.?  Antiviral medication is medication for viruses for example, fighting bacteria.  Antiviral medication does not cure the sickness but instead inhibits their development.  “There are a few antiviral medicines available. Vaccines can help prevent you from getting many viral diseases.”  “The “perfect “ drug is typically required to satisfy these three points: i) it must be safe; ii) it must be effective in treating the specific disease for which it was designed; iii) it can be manufactory in a clean and reproducible process. At the end of the four phases of the clinical development the drug is finally ready to be safely used by the patients.”

How do you give antivirus medicine?  Antivirus medicine can be given in different ways.  You can give them through a pill or shot form  The most common way to give the drug is through a pill form.

Some important antivirus drugs:  Tamiflu- used to help cure the flu virus.  Atripla- used to help with HIV  Valtrex- used to help with the shingles virus  Oseltamivir or Zanamivir- helps fight off the H1N1 virus (swine flu)  Telaprevir- treatment for hepatitis C  Zovirax- treatment for the chicken pox (picture of the H1N1 virus)

Why do we use these drugs?  We need these drugs to rid our bodies of diseases.  If we didn’t have these drugs, many people would die every year from sickness.  “There's no medication to cure the flu, or any other viral infection. But antiviral drugs can shorten the duration and stop the virus from replicating — helping you to get well sooner.”- Diana Rodriguez Picture of the virus herpes

Pictures of antivirus drugs: Tamiflu: used for the flu Truvada: used to treat HIV Gardasil- used to prevent 4 types of HPV in girls TDAP vaccine- Tetunus, pertusis, and diphtheria all in one

What if you don’t want to take the medicine, what will happen?  What would happen to you is that you would remain sick, and just get sicker and sicker.  Some people get so sick that they would die because of the sickness.  If you are sick, and you show symptoms of a virus, go to your doctor and seek help.

How does antiviral medication and chemistry relate to one another?  Without chemistry, medication would never be made to treat viruses.  Chemist and biologists work together to come up with different treatment options  Chemists make changes to molecules to interact appropriately with the body  To make sure the chemists did everything right, they use clinical trials and animal testing to see if the medicine is right

Video:

Review:  Antiviral medication is medication for viruses, for example fighting bacteria  Tamiflu is made to help fight the flu  This medication does not cure the sickness, but it helps fight it off  The medicine can be taken in pill form or through a shot  If you don’t go to the doctor and get put on medicine, you will remain sick  Animal testing and clinical trials are done to see with the medicine works and is safe.

Quiz:  1.) What is the most common way to give antiviral medicine? A. Pill C. Skin lubricant B. Shot D. None of these  2.) What was the drug that helped with H1N1? A.Zovirax C. Zanamivir B. OseltamivirD. Both B and C  3.) What is antiviral medication used for? A.Stomach bug C. Viruses B.FeverD. None of these  4.) What is testing done on? A.Animals C. Plants B. Clinical trials D. A & B  5.) What do chemists do? _______________________

Works Cited:   als/en/ als/en/  29&source=lnms&tbm=isch&sa=x&ei=fd5zvjrehesisqt82ogwbq&sqi=2&ved =0cacq_auoag&surl=1#imgdii=_ 29&source=lnms&tbm=isch&sa=x&ei=fd5zvjrehesisqt82ogwbq&sqi=2&ved =0cacq_auoag&surl=1#imgdii=_  treatment.aspx treatment.aspx  280&bih=929&source=lnms&tbm=isch&sa=x&ei=iubzvkjels7zsat8zikwcw&s qi=2&ved=0cayq_auoaq&surl=1#imgdii=_ 280&bih=929&source=lnms&tbm=isch&sa=x&ei=iubzvkjels7zsat8zikwcw&s qi=2&ved=0cayq_auoaq&surl=1#imgdii=_  280&bih=929&source=lnms&tbm=isch&sa=x&ei=iubzvkjels7zsat8zikwcw&s qi=2&ved=0cayq_auoaq&surl=1#safe=active&tbm=isch&q=pictures+of+an tiviral+drugs&imgdii=_ 280&bih=929&source=lnms&tbm=isch&sa=x&ei=iubzvkjels7zsat8zikwcw&s qi=2&ved=0cayq_auoaq&surl=1#safe=active&tbm=isch&q=pictures+of+an tiviral+drugs&imgdii=_    nes.aspx nes.aspx