Poisoning Videos

Prevent food poisoning and reduce your chances of getting sick by following these simple steps.

Dr. Jonathan McCullers, a researcher in infectious disease from St. Jude Children's Research Hospital provides a special interview to Health Matters at Work. Dr. McCullers explains the process by which the H1N1 and other seasonal flu vaccines are produced each year. He also explains the different ways vaccines can be administered, as well as the types of treatment available for people affected by influenza.

Dr. Jonathan McCullers, a researcher in infectious disease from St. Jude Children's Research Hospital provides a special interview to Health Matters at Work. Dr. McCullers explains the process by which the H1N1 and other seasonal flu vaccines are produced each year. He also explains the different ways vaccines can be administered, as well as the types of treatment available for people affected by influenza.

Dr. Jonathan McCullers, a researcher in infectious disease from St. Jude Children's Research Hospital provides a special interview to Health Matters at Work. Dr. McCullers explains the process by which the H1N1 and other seasonal flu vaccines are produced each year. He also explains the different ways vaccines can be administered, as well as the types of treatment available for people affected by influenza.

Dr. Nicole Lurie, Assistant Secretary for Preparedness and Response from the US Department of Health and Human Services, provides a special interview to Health Matters at Work. Whenever you are out in public, you risk exposure to influenza (H1N1). Find out how you can protect yourself in the workplace, when traveling for the holidays, or at church.Author: jgallisdorfer Tags: H1N1 swine flu influenza HHS Health and Human Services CDC Lurie Nicole thimeresol mercury poisoning autism health matters work community charities pandemic preparedness response seasonal Posted: 14 November 2009 Rating: 0.0 Votes: 0

Dr. Nicole Lurie, Assistant Secretary for Preparedness and Response from the US Department of Health and Human Services, provides a special interview to Health Matters at Work. Whenever you are out in public, you risk exposure to influenza (H1N1). Find out how you can protect yourself in the workplace, when traveling for the holidays, or at church.

China's biggest lead smelting firm accepts partial responsibility for lead poisoning...Billionaire George Soros invests in clean technology.

China will move 15,000 people living near its biggest lead smelter base after over 1,000 children were found with excessive amounts of lead in their blood.

Learn some first aid advice from St John Ambulance, such as how to deal with poisoning and chemicals.

Every kitchen and bathroom contains household chemicals that could be extremely hazardous to young children. Paramedic, Steve Furnell explains to a new mother what to do if her child drinks something poisonous, like detergent.

What kinds of bacteria are growing in your sink or your refrigerator? How about on your keyboard at work? Does soap really reduce the amount of bacteria on your hands? Dr. Keith Lampel of the Food and Drug Administration helps citizen scientists discover the world of bacteria in and around us. Filmed at the Marian Koshland Science Museum in Washington, D.C., this two-part science lab kicked off with a hands-on activity in the museum to observe the invisible bacteria that are present all around us. Attendees were shown how to prepare samples in the museum and took lab supplies with them for further investigation in their homes, offices and schools. For the second part of program, participants shared their scientific endeavors from the previous week as Dr. Lampel answered their questions and discussed recent research at the FDA, new technologies, and new initiatives in food safety. Dr. Keith Lampel is the Director of the Division of Microbiology within the Center for Food Safety and Applied Nutrition at the Food and Drug Administration (FDA). His research interests include the development of rapid detection methods for food-borne pathogens using DNA-based technology, and identifying the genes in these bacteria that are involved in the development of disease.